Test tasks to examination in eye illnesses For students of medical faculty
FUNCTIONS OF THE ORGAN OF VISION 1. WHAT CHARACTERIZES CONCEPT VISUAL ACUITY OF THE HUMAN EYE 1) ability of an eye accurately to distinguish colours and shades 2) ability of an eye accurately to distinguish subjects in the centre and on periphery 3) + ability of an eye to perceive the separate points located from each other on the minimum distance 4) the space simultaneously perceived by a motionless eye 2. THE MINIMUM POINT OF NORMal VIEW IS EQUAL 1) 1 second-5 to seconds 2)+to 1 minute 3) to 5 minutes 4) to 1 degree 5) to 5 degrees 3. VISUAL ACUITY IS MEASURED BY UNITS 1) + the relative 2) centimetres 3) millimetres 4) dioptries 5) degrees 6) metres 4. IF VISUAL ACUITY RAISES, THE POINT OF VIEW THUS 1) + decreases 2) increases 3) there is no interdependence 5. INTERDEPENDENCE BETWEEN THE POINT OF VIEW AND VISUAL ACUITY 1) a straight line 2) dependences between them are not present 3) + return 6. WHETHER IN REGULAR INTERVALS VISUAL ACUITY ON VARIOUS SITES RETINA 1) + is not present 2) yes 7. THE HIGHEST VISUAL ACUITY PROVIDES 1) + area of the central pole of a yellow stain 2) a yellow stain on all extent 3) area of a disk of an optic nerve 4) Visus on all sites of a retina it is uniform 8. ОПТОТИП is 1) + a letter figure or other sign used for definition Visus'a 2) type of visual ability 3) feature of a structure of optical system of an eye 4) the value characterising refracting force of optical system 9. UNDER WHAT POINT OF VIEW ALL IS VISIBLE ОПТПТИП WITH SET РАССТОЯНИЯ 1) 1 second 2) 1 degree 3) 5 degrees 4) 1 minute 5) 5 seconds 6) + 5 minutes 10. UNDER WHAT POINT OF VIEW FROM THE SET DISTANCE DETAILS ОПТОТИПА ARE VISIBLE 1) 1 second 2) + 1 minute 3) 1 degree 4) 5 seconds 5) 5 minutes 6) 5 degrees 11. FORMULA СНЕЛЛЕНА IT 1) + Visus =d/D 2) Visus =D-d Visus =D/d 3) Visus =D+d Visus =dxD 12. WHETHER THERE CAN BE A VISUAL ACUITY MORE THAN 1,0 1) + yes 2) is not present 13. 5 METERS INVESTIGATED FROM DISTANCE READ ONLY THE FIRST LINE OF THE TABLE OF SIVTSEV. WHAT VISUAL ACUITY AT IT? 1) +0,1 2) 0,2 3) 0,5 4) 1,0 14. FROM WHAT DISTANCE VISUAL ACUITY RESEARCH UNDER TABLES IS CONDUCTED? 1) 2 m 2) З m 3) 4 m 4) +5 m 15. IF THE INVESTIGATED CONSIDERS FINGERS FROM DISTANCE OF 2,5 M IT HAS VISUAL ACUITY EQUAL 1) 0,025 2) +0,05 3) 0,25 4) 0,5 16. IF THE INVESTIGATED READS THE FIRST LINE OF THE TABLE ABOUT 3 M IT HAS VISUAL ACUITY EQUAL 1) 0,03 2) +0,06 3) 0,3 17. IF THE INVESTIGATED CONSIDERS FINGERS FROM DISTANCE OF 50 SM IT HAS VISUAL ACUITY EQUAL 1) 0,005 2) +0,01 3) 0,05 18. VISUAL ACUITY RESEARCH UNDER TABLES IS MADE WITH 1) 2 m 2) 3 m 3) 4 m 4) +5 m 19. AT VISUAL ACUITY RESEARCH TO SHOW EACH SIGN ON THE TABLE FOLLOWS TO... SECONDS 1) 1 2) +3 3) 10 4) 20 20. IN THE SPECTRUM OF WHITE COLOUR DISTINGUISH...ЦВЕТОВ 1) 5 2) +7 3) 9 4) 12 21. HOW MANY KINDS color sense OF COMPONENTS ARE AVAILABLE IN THE VISUAL ANALYZER 1) 2 2) +3 3) 4 4) 5 5) 7 22. WHAT TWO COLOURS OF THE SPECTRUM OF THIS WORLD CONCERN TO long wave? 1) + the red 2) + the orange 3) the yellow 4) the green 5) the blue 6) dark blue 7) the violet 23. WHAT TWO COLOURS OF THE SPECTRUM OF WHITE COLOUR CONCERN TO medium wave? 1) the red 2) the orange 3) + the yellow 4) + the green 5) the blue 6) dark blue 7) the violet 24. WHAT THREE COLOURS CONCERN THE SHORT-WAVE? 1) the red 2) the orange 3) the yellow 4) the green 5) + the blue 6) + dark blue 7) + the violet 25. WHAT THREE COLOURS ARE ACHROMATIC? 1) + the black 2) + the white 3) + the grey 4) the red 5) dark blue 6) the green 7) the violet 26. HOW MANY KINDS color OF COMPONENTS ARE AVAILABLE IN THE VISUAL ANALYZER? 1) 2 2) +3 3) 4 4) 5 5) 7 27. WHETHER THERE IS A EXCITATION OF MONOCHROME PHOTORECEPTORS BY BEAMS OF OTHER LENGTH OF THE WAVE? 1) is not present 2) + yes, but to a lesser degree 28. AT WHAT UNIFORM IRRITATION OF THREE color RECEPTORS THE SENSATION OF WHITE COLOUR IS CREATED? 1) + the red 2) + the yellow 3) the green 4) the orange 5) the blue 6) + dark blue 7) the violet 29. THE RECEPTORS PERCEIVING COLOURS, ARE? 1) + cones 2) bipolar 3) sticks 4) pigmentary epithelium 5) ganglionic epithelium 30. COLOUR SENSATION FRUSTRATION IS? 1) abnormal трихромзия 2) monochromatism -protanopia 3) protonomalous -tritanopija 4) deuteronolamy -tritanomalia 5) deuteronopia 6) + all listed 31. protonopia is? 1) abnormal perception of red colour 2) abnormal perception of green colour 3) abnormal perception of dark blue colour 4) + full loss of perception of red colour 5) full loss of perception of green colour 6) full loss of perception of dark blue colour 32. deuteronopia is? 1) abnormal perception of red colour 2) abnormal perception of green colour 3) abnormal perception of dark blue colour 4) full loss of perception of red colour 5) + full loss of perception of green colour 6) full loss of perception of dark blue colour 33. tritanopia is? 1) abnormal perception of red colour 2) abnormal perception of green colour 3) + abnormal perception of dark blue colour 4) full loss of perception of red colour 5) full loss of perception of green colour 6) full loss of perception of dark blue colour 34. CONGENITAL FRUSTRATION OF COLOUR SENSATION ARE? 1) + anomalous trichomatism, color anomaly, dichromatism 2) color anomaly. Dichromatis,merythropsia 3) dichromatism , anomalous trichomatism. shganopsia 4) erythropsia, xanthopsia.chloropsia.cynopsia 35. THE FRUSTRATION OF COLOUR SENSATION ARE 1) abnormal trichomatism, color anomaly, dichromatism 2) color anomaly, dichromatism, erythropsia 3) dichromatism , abnormal trichomatism, cynopsia 4) + erythropsia, xanthopsia, chloropsia, cynopsia 36. AT THE PATIENT AFTER extraction KATARAK ALL SUBJECTS IN operation TO THE EYE SEEM PAINTED IN BLUE COLOUR. YOUR DIAGNOSIS: 1) protonopia 2) erythropsia 3) deuteranopia 4) chloropsia 5) tritanopia 6) + cynopsia 37. AFTER THE POISONING OF THE PATIENT BEGAN TO SEE ALL IN YELLOW COLOUR. YOUR DIAGNOSIS: 1) + xanthopsia 2) erthropsia 3) deuteronopia 4) chloropsia 5) tritanopia 6) cyanopsia 38. THE FIELD OF VISION HAS GREAT VALUE, AS 1) provides orientation in space 2) gives the characteristic of functional ability of the visual analyzer 3) frustration are an early symptom of many diseases 4) promotes топической to diagnostics of defeats of a brain 5) + all listed 39. THE BLIND STAIN IT 1) + a projection in sight of an optic nerve disk 2) a projection in sight of a yellow stain 3) limited scotoma in any part of a field of vision 4) defects of a field of vision from retina vessels 40. THE METHOD OF RESEARCH OF THE FIELD OF VISION IS 1) vazometry 2) biomicroscopy 3) anomaloscopy 4) ofthalmoscopy 5) + peremetry 6) biometry 41. TO SPECIFY TWO PHYSIOLOGICAL DEFECTS OF THE FIELD OF VISION 1) + a blind stain 2) scotoma on periphery 3) negative scotoma fields of vision 4) + angioscotoma 5) concentric narrowing of a field of vision to 20 degrees 42. scotoma WHICH THE PATIENT FEELS, IS CALLED 1) the negative 2) the absolute 3) + the positive 4) the relative 43. DEVICES FOR RESEARCH OF THE FIELD OF VISION ARE 1) + perimetres, campimetry 2) campimetry, opthalmoscope 3) campimetry, gonioscope 4) perimetres, anomaloscope 5) campimetry, opthalmoscope 6) gonioscope, adaptometer 44. THE FIELD OF VISION IS MEASURED IN WHAT UNITS 1) in centimetres 2) in dioptries 3) in minutes 4) + in degrees 45. THE BLIND STAIN scotoma is? 1) + the physiological absolute negative 2) the physiological absolute positive 3) the physiological relative negative 4) the physiological relative positive 5) frustration of twilight sight 6) narrowing of a field of vision 7) focal defect of a field of vision 46. hemi anopsia is? 1) + bilateral loss of half of field of vision 2) loss of half of field of vision in one of eyes 3) absence of a field of vision in one of eyes 4) the expressed bilateral narrowing of a field of vision 47. hemianopsia HAPPEN? 1) homonemous 2) bitemporal 3) heteronomous 4) binasal 5) quadrants 6) + all listed 48. AT BITEMPORAL hemianopsia IS SURPRISED 1) an optic nerve 2) external departments chiasmus 3) + internal departments chiasmus 4) a visual path close chiasmus 5) a visual path in subcrustal area 6) in area furrows 49. AT DAMAGE OF CENTRAL DEPARTMENTS cHIAsma IT IS DEFINED 1) + bitemporal hemoanopsia 2) nasal hemoanopsia 3) full loss of a field of vision on the right 4) full loss of a field of vision at the left 50. WHAT CHANGES OF THE FIELD OF VISION WILL BE AT DEFEAT OF THE RIGHT VISUAL PATH 1) + link sided hemoanopsia 2) right-hand hemoanopsia 3)bi temporal hemoanopsia 4) nasal hemoanopsia 5) full loss of a field of vision on the right 6) full loss of a field of vision at the left 51. HOW MANY KINDS OF ADAPTATION OF THE EYE YOU KNOW? 1) 1 2) +2 3) 3 4) 4 52. FRUSTRATION OF TWILIGHT SIGHT IS CALLED 1) + hemaralopy 2) tritanopy 3) protanopy 4) scotoma 5) deuteranopia 6) asthenopia 53. HOW THE DEVICE INTENDED FOR COLOUR SENSATION RESEARCH IS CALLED? 1) perimetre 2) + adaptometer 3) campimeter 4) anomaloscope 54. WHETHER ARE CAPABLE TO DISTINGUISH STICKS COLOURS 1) + is not present 2) yes
55. PHOTORECEPTORS ARE 1) + cones, rods 2) cones, ganglionic epithelium cells 3) cones,pigmentary epithelium cells 4) rods , ganglonic epithelium cells 5) rods,pigmentary epithelium cells 56. DAY SIGHT IS CARRIED OUT 1) + cones 2) rods 3) ganglionic retina cells 4) cells pigmentary epithelium 5) bipolar cells of a retina 57. TWILIGHT SIGHT IS CARRIED OUT 1) cones 2) + rods 3) ganglionic retina cells 4) cells pigmentary epithelium 5) bipolar cells of a retina 58. WHAT IS THE PHOTOscopic SIGHT? 1) + day sight 2) twilight sight 3) night sight 4) peripheral sight 5) the central sight 59. MESOPIC SIGHT 1) + twilight sight 2) day sight 3) night sight 4) peripheral sight 5) the central sight 60. SKOTOPIC SIGHT 1) + night sight 2) twilight sight 3) day sight 4) night blindness 61. WHAT NAME CARRIES CORRECT COLOUR SENSATION 1) + normal trichromatism 2) abnormal trichromatism 3) dichrromatism 4) monochromatism 62. YOU KNOW WHAT KINDS OF FRUSTRATION OF COLOUR SENSATION 1) abnormal trichromatism 2) dichromatism 3) monochromatism 4) protonomalia 5) deuteronomalia 6) protonopia 7) tritanopia 8) tritanomalia 9) + all listed 63. WHAT IS protonomalia 1) + abnormal perception of red colour 2) abnormal perception of green colour 3) abnormal perception of dark blue colour 4) full loss of perception of red colour 5) full loss of perception of green colour 6) full loss of perception of dark blue colour 64. INVESTIGATED ONE EYE CORRECTLY NAMES ALL SIGNS IN TABLES rabkin, AND OTHER EYE THEM CONFUSES. WHAT AT IT COLOUR SENSATION FRUSTRATION? 1) the congenital 2) + the got 3) can both that and another 4) on these given it is impossible to establish 65. AT INVESTIGATED VISUAL ACUITY WITH CORRECTION 0,7 IN BOTH eyes, BUT HE INCORRECTLY READS SIGNS IN TABLES rabkin. WHAT TYPE OF FRUSTRATION OF COLOUR SENSATION AT IT? 1) the congenital 2) the got 3) + can be both that and another 4) on resulted given it is impossible to establish 66. FOR WHAT PURPOSE TO SERVE DEVICE ANOMALOScOPe? 1) for definition of anomalies of a refraction 2) + for colour sensation research 3) for detection of anomalies in sight 4) for definition of anomalies of visual acuity 67. INVESTIGATED SEES ONLY LIGHT, BUT LOCALIZES IT ONLY FROM THREE PARTIES, VISUAL ACUITY IS EQUAL 1) + pr. l incerta 2) pr.l. certa
REFRACTION AND ACCOMMODATION 1. THE PHYSICAL REFRACTION OF THE EYE DEFINES 1) refracting force of a crystalline lens 2) + refracting force of all optical environments of an eye 3) refracting force of all optical environments of an eye and position of the main focus in relation to a retina 4) position of the main focus in relation to a retina 5) refracting force of a cornea 2. THE CLINICAL REFRACTION OF THE EYE DEFINES 1) refracting force of a crystalline lens 2) refracting force of all optical environments of an eye 3) refracting force of all optical environments of an eye and position of the main focus in relation to a retina 4) + position of the main focus in relation to a retina 5) refracting force of a cornea 3. REFRACTING FORCE OF THE CORNEA IS EQUAL... TO DIOPTRIES 1) 1,5-2,0 2) + 40,0-42,0 3) 18,0-20,0 4) 60,0-62,0 5) 28,0-30,0 4. REFRACTING FORCE OF THE CRYSTALLINE LENS IS EQUAL 1) 1,5-2,00 2) 40,0-42,0 D 3) +18,0-20,0 D 4) 60,0-62,0 D 5) 28,0-30,0 D 5. REFRACTING FORCE OF THE EYE IS EQUAL 1) 1,5-2,00 2) 40,0-42,0 D 3) 18,0-20,00 4) +60,0-62,0 D 5) 28,0-30,0 D 6. IN REST OF ACCOMMODATION МИОП WELL SEES 1) far 2) far and close 3) + close 4) neither far, nor close 7. IN REST OF ACCOMMODATION hypermetropy WELL SEEn in? 1) far 2) far and close 3) close 4) + neither far, nor close 8. AT emitropy THE IMAGE OF SUBJECTS AT REST accomodation SETTLES DOWN 1) + on a retina 2) before a retina 3) behind a retina 9. myopia IT IS CHARACTERIZED 1) + superfluous force of refraction or increase anterioposterior eye axes 2) insufficient force of refraction or reduction anterioposterior eye axes 3) harmony between refracting force and length anterioposterior eye axes 4) a combination of various kinds of a refraction 10. hypermetropia IT IS CHARACTERIZED 1) superfluous force of refraction and increase anterioposterior eye axes 2) + insufficient force of refraction or reduction anterioposterior eye axes 3) harmony between refracting force and length anterioposterior eye axes 4) a combination of various kinds of a refraction 11. MIOPJA co regulates glass, GIVING THE HIGHEST sharp SIGHT? 1) the greatest positive 2) + the least negative 3) the greatest negative 4) the least positive 5) correction is not required 12. hypermetropia co regulates...glass, GIVING THE HIGHEST VISUAL ACUITY 1) + the greatest positive 2) the least negative 3) the greatest negative 4) the least positive 5) correction is not required 13. emetropia co regulates...glass, GIVING THE HIGHEST VISUAL ACUITY 1) the greatest positive 2) the least negative 3) the greatest negative 4) the least positive 5) + correction is not required 14. IF FOCAL LENGTH OF LENS decreases.ТО ITS OPTICal FORCE 1) will not change 2) will decrease 3) + will increase 15. IF THE LENS FOCAL LENGTH INCREASES THAT ITS OPTICal FORCE 1) will not change 2) + will decrease 3) will increase 16. OPTICAL FORCE OF LENSES IS MEASURED IN 1) centimetres 2) + dioptries 3) millimetres 17. THE DIOPTRY IT 1) + a unit of measure of optical force 2) a visual acuity unit of measure 18. FOCAL LENGTH AT THE LENS FORCE IN 1 DIOPTRY EQUALLY 1) 2м 2) +1 m 3) 0,5 m 19. REFRACTING FORCE OF THE LENS IN (D) WITH FOCAL LENGTH 1 METER IS EQUAL (D) 1) 2,00 2) +1,00 3) 0,50 4) 0,10 20. IF AT LENS MOVEMENT BEFORE THE EYE CONSIDERED SUBJECTS ARE DISPLACED IN ТУЖЕ THE PARTY, WHAT THIS LENS? 1) the collective 2) + the disseminating 3) the flat 21. AT LENS MOVEMENT BEFORE THE EYE CONSIDERED SUBJECTS ARE DISPLACED IN THE OPPOSITE SIDE. WHAT IS THE LENS? 1) + the collective 2) the flat 3) the disseminating
22. THE CLINICAL REFRACTION OF THE EYE IS MEASURED IN WHAT UNITS? 1) + dioptries 2) metres 3) relative sizes 23. THE PHYSICAL REFRACTION OF THE EYE IS MEASURED IN WHAT UNITS 1) + dioptries 2) relative units 3) metres 24. IF THE MAIN FOCUS COINCIDES WITH THE RETINA, IT 1) + emmetropia 2) hypermetropia 3) myopia 4) ametropia 25. IF THE MAIN FOCUS DOES NOT COINCIDE WITH retina.ТО IT 1) emmetropia 2) hypermetropia 3) myopia 4) +ametropia 26. IF THE MAIN FOCUS IS LOCATED BEFORE THE RETINA, IT 1) + myopia 2) emmetropia 3) hypermetropia 27. IF THE MAIN FOCUS IS LOCATED FOR СЕТЧАТКОЙ.ТО IT 1) emmetropia 2) myopia 3) astigmatism 4) press biosia 5) + hypermetropia 28 astigmatism is? 1) + a combination of different degrees of a refraction or its different kinds in both eyes 2) a combination of different degrees of a refraction or its different kinds in one eye 3) different size of the image of subjects on a retina 4) high degree ametropia 29. TO NOTE KINDS astigmatism 1) the correct 2) idle time 3) the wrong 4) the difficult 5) a straight line 6) the mixed 7) return 8) + all listed 30. THE MAIN MERIDIANS OF THE ASTIGMATIC EYE IS 1) + planes where there is the greatest difference in refracting force 2) planes with the least difference of refracting force 3) the sections spent in vertical and horizontal meridians 31. IF COLLECTIVE LENSES active, AND DISSEMINATING DO NOT CHANGE IT, IT 1) + emmetropia 2) myopia 3) hypermetropia 4) astigmatism 32. AT WHAT KIND OF THE REFRACTION COLLECTIVE LENSES WORSEN SIGHT, AND DISSEMINATING IMPROVE IT? 1) emmetropia 2) + myopia 3) astigmatism 4) hypermetropia 33. IF COLLECTIVE LENSES IMPROVE SIGHT, IT 1) emmetropia 2) + hypermetropia 3) myopia 4) astigmatism 34. in hypermetropia THE STRONGEST COLLECTIVE LENS BECAUSE DEFINES ? 1) collective lenses increase the image at an eye bottom 2) + small degrees hypermetropia co regulates accommodation 35.in myopia THE WEAKEST MINUS LENS BECAUSE DEFINES 1) + in myopia the eye eliminates hyper correction by means of accommodation 2) disseminating lenses reduce the image at an eye bottom in proportion to force 36. AS TERM cycloplegia IT IS UNDERSTOOD 1) a paralysis occulomotor muscles 2) + an accommodation paralysis 3) medicamentous midriasis 4) an accommodation relaxation 37. cycloplegia IT IS introduced ? 1) adrenaline, clonidine, timonola 2) пилокарпина, timonola, clonidine 3) + atropine, homotropine, scopolamina 38. AT PRESSURE OF ACCOMMODATION THE EYE REFRACTION 1) + amplifies 2) it is weakened 3) does not change 39. THE PUPIL AT PRESSURE OF ACCOMMODATION 1) does not change 2) extends 3) + it is narrowed 4) it is on occasion narrowed, and in others 40. ACTIVE components ACCOMMODATIONS IS 1) + reduction ciliary muscles 2) elastic properties of a crystalline lens 3) change of an indicator of refraction of a crystalline lens 4) pressure of internal direct muscles 41. AT REDUCTION ciliary OF THE MUSCLE THE TENSION OF FIBRES innervation OF THE SHEAF 1) does not change 2) amplifies 3) + it is weakened 42. THE CRYSTALLINE LENS AT PRESSURE OF ACCOMMODATION 1) does not change 2) flatten 3) + becomes more convex 4) it is displaced from top to bottom, leaves from a cornea 43. FOR WHAT ACCOUNT OF NERVES INNERVATSIon aaccomodation IS CARRIED OUT? 1) somatic, parasympathetic 2) + parasympathetic, sympathetic 3) sympathetic, somatic 44. IN WHAT STRUCTURE OF NERVES THERE ARE FIBRES innervation ACCOMMODATION? 1) + occulomotor, sympathetic 2) trochlear 3) trochlear, sympathetic 45. FOR WHAT ACCOUNT OF THE KIND OF THE NERVE STRENGTHENING accomodation IS CARRIED OUT? 1) the somatic 2) + the parasympathetic 3) the sympathetic 46. FOR WHAT ACCOUNT OF THE KIND OF NERVES EASING accomodation (dis accomodation) IS CARRIED OUT? 1) the somatic 2) + the sympathetic 47. WHAT IS THE ABSOLUTE ACCOMMODATION? 1) + accommodation of each eye separately 2) binocular accommodation 3) a clinical refraction of an eye at the maximum pressure of accommodation 48. presbiopsia IT IS CONNECTED WITH 1) + age reduction of elasticity of a crystalline lens and easing ciliary muscles 2) age easing ciliary muscles and reduction of an indicator of refraction of a crystalline lens 3) age reduction of an indicator of refraction of a crystalline lens and decreases distinctive ability of a retina 4) age easing of distinctive ability of a retina reduction of elasticity of a crystalline lens 49. presbiopsia USUALLY BEGINS ? 1) 30-35 2) 35-40 3) +40-45 4) 45-50 50. presbiopsia IT IS SHOWN AT EARLIER 1) + hypermetropia 2) emmetropia 3) myopia 4) has no value 51. AT presbiopsia THE EYE REFRACTION 1) + does not change 2) amplifies 3) it is weakened 52. THE FURTHER POINT OF CLEAR SIGHT AT presbiopsia 1) + does not change 2) leaves from an eye 3) comes nearer to an eye 53. THE NEAREST POINT OF CLEAR SIGHT AT presbiopsia 1) does not change 2) + leaves from an eye 3) comes nearer to an eye 54. paresis ACCOMMODATION (PARALYSIS) ARISES AT DEFEAT 1) fibres of a sympathetic nerve, innervate innervation body 2) + a parasympathetic part occulomotor a nerve 3) trochler nerve 4) a taking away nerve 55. THE NEAREST POINT OF CLEAR SIGHT AT THE PARALYSIS OR paresis ACCOMMODATIONS 1) + keeps away from an eye 2) does not change 3) comes nearer to an eye 56. THE CLINICAL REFRACTION OF THE EYE AT THE ACCOMMODATION SPASM 1) + amplifies 2) it is weakened 3) does not change 57. REDUCTION OF DEGREE hypermetropia OCCURS AT 1) presbiopsia 2) a paralysis or paresis accommodations 3) + an accommodation spasm 58. FALSE myopia DEVELOPS AT 1) a paralysis or paresis accommodations 2) + an accommodation spasm
59. FALSE myopia OR emmetropia FROM TRUE IT IS POSSIBLE distinguish? 1) + by means of medicamentous cycloplegia 2) selection of correlating lenses 3) at dynamic supervision 60. AT THE SPASM OF ACCOMMODATION cycloplegia...clinical refraction 1) does not change 2) strengthens 3) + weakens 61. AT emmetropia THE IMAGE OF SUBJECTS AT REST accomodation SETTLES DOWN 1) + on a retina 2) behind a retina 3) before a retina 62. TO how many DIOPTRIES DEGREE hypermetropia IS CONSIDERED WEAK 1) 1,0 2) + 2,0 3) 3,0 4) 4,0 5) 5,0 63. TO how many DIOPTRIES DEGREE hypermetropia IS CONSIDERED AVERAGE 1) 1,0 2) 2,0 3) 3,0 4) 4,0 5) + 5,0 64. WITH ABOVE how many DIOPTRIES DEGREE hypermetropia IS CONSIDERED HIGH? 1) 1,0 2) 2,0 3) 3,0 4) 4,0 5) + 5,0 65. TO ametropia CONCERN 1) emmetropia and myopia 2) + myopia and hypermetropia 3) emmetropia
66. hypermetropia WEAK DEGREE AT YOUNG AGE shows OF THE COMPLAINT ON 1) sight decrease afar 2) fast fatigue 3) decrease in sight near to eyes 4) difficulty at reading 5) + complaints are not present 67. hypermetropia TO WEAK DEGREE AFTER 40 YEARS SHOWS complaints ON 1) sight decrease afar 2) sight decrease close 3) difficulty at reading 4) fatigue of eyes at work at a short distance 5) + all listed 6) anything from the listed 68. IN WHAT THE REASON OF OCCURRENCE HIDDEN hypermetropia AT YOUNG AGE? 1) + habitual pressure of the accommodation which are not relaxing even in rest, 2) high functional ability of a retina at young age 3) a habitual relaxation of accommodation 69. WHETHER VISUAL ACUITY DECREASES AT hypermetropia WEAK degree AT YOUNG AGE? 1) + is not present 2) yes 3) it is insignificant 70. IN THE INVESTIGATED IT IS FOUND OUT hypermetropia IN 2,0 D. WHAT IS DEGREE? 1) + the weak 2) average 3) the strong
71. AT INVESTIGATED hypermetropia 4,0 D. WHAT IS DEGREE? 1) the weak 2) + average 3) the strong 72. AT CHILDREN'S AGE AT hypermetropia AVERAGE OR HIGH DEGREE CAN DEVELOP 1) frustration of binocular sight 2) formation of monocular sight 3) содружественное a squint 4) amblyopia 5) accommodated asthenopia 6) chronic conjuctivitis 7) + all listed 8) anything from the listed 73. YOUNG hypermetropia WEAK DEGREE SHOULD APPOINT 1) full correction for constant carrying 2) full correction for near distances 3) full correction for a distance 4) points on 1,0 dioptry has less degree hypermetropia 5) + any 74. THE INDICATION FOR APPOINTMENT OF POINTS AT hypermetropia ANY DEGREE ARE 1) asthenopic complaints 2) visual acuity decrease on both eyes 3) visual acuity decrease even on one eye 4) children till 4 years at hypermetropia have more than 3,0 dioptries irrespective of visus a 5) + all listed 6) anything from the listed 75. TO how many DIOPTRIES DEGREE myopia IS REGARDED AS WEAK? 1) 2,0 2) + 3,0 3) 4,0 4) 5,0 5) 6,0
76. TO how many DIOPTRIES DEGREE myopia IS REGARDED AS AVERAGE? 1) 2,0 2) 3,0 3) 4,0 4) 5,0 5) + 6,0 77. HIGH DEGREE myopia IS CONSIDERED, IF THE REFRACTION IS MORE...... DIOPTRIES 1) 2,0 2) 3,0 3) 4,0 4) 5,0 5) + 6,0 78. TO CHILDREN WITH hypermetropia AVERAGE СТЕПЕ EVEN AT HIGH VISUAL ACUITY CONSTANT CORRECTION IS APPOINTED FOR 1) + preventive maintenance amblyiopia and frustration of binocular sight 2) accommodation and preventive maintenance trainings amblyiopia 3) normal development цилиарного a body and regulation opthalmotonus 4) regulation opthalmotonus and preventive maintenance amblyiopia 79. THE REASONS OF OCCURRENCE myopia ARE 1) a heredity 2) primary weakness of accommodation 3) visual loadings 4) imbalance of convergence and accommodation 5) the raised extensibility sclera 6) + all listed 7) anything from the listed 80. AT PROGRESSING myopia CAN BE OBSERVED 1) a dispersing squint 2) muscular asthenopia 3) a dystrophy of vascular and mesh covers 4) back staphyloma 5) hemorrhages in a retina and glassy body 6) turbidity glassy тепа 7) the complicated cataract 8) seperation retinas 9) + all listed 10) anything from the listed 81. HYPERCORRECTION myopia AT CHILDREN'S AND YOUTHFUL AGE IT IS POSSIBLE TO AVOID CORRECTION APPOINTMENT 1) + after medicamentous cycloplegia 2) on 1-2 D is weaker 3) on the basis of objective methods of definition of a refraction 4) according to repeated researches
82. AT myopia AVERAGE AND HIGH DEGREES CORRECTION IS APPOINTED as follows? 1) on 1-3 dioptries degrees myopia, giving high enough sight afar are weaker 2) two pairs points for a distance full to corrections for closer on 1-3 dioptries are weaker 3) bifocal points - for a distance full correction, and for closer on 1-3 dioptries is weaker 4) + all listed 83. HYGIENIC AND PROFESSIONAL THE RECOMMENDATION FOR myopia HIGH DEGREE: 1) a sparing mode 2) lifting of weights is counter-indicative 3) jumps are forbidden 4) restrictions for visual overloads 5) + all listed 84. TO CHOOSE surgery in which THE WAY-STVUET TO THE STOP OF PROGRESSING myopia 1) radical keratotomy 2) keratomilesia 3) + strengthening of a back piece sclera 4) epikeratiphakia 5) implantation negative intraoccular lenses 85. IN WHAT WAYS IT IS POSSIBLE TO REDUCE REFRACTING FORCE OF THE EYE? 1) radical keratotomy 2) keratomilesia 3) removal of a transparent crystalline lens 4) introduction negative intraoccular lenses (ИОЛ) 5) + all listed
85.IN WHICH WAYS YOU CAN REDUCE refracting force EYES? 1) radial keratotomy 2) keratomileusis 3) Remove the transparent lens 4) the introduction of negative intraocular lens (IOL) 5) + all of the above 86.ANISOMETROPIYA IS 1) + a different degree of refraction in both eyes 2) different size images of objects in the fundus of both eyes 3) is not the same refraction in different meridians of one eye 4) changing refraction during one of the meridians eyes 87.WHAT IS ANISEIKONIA 1) different degrees of refraction in both eyes 2) + different size images of objects in the fundus of both eyes 3) is not the same refraction in different meridians of one eye 4) changing refraction during one of the meridians eyes 88.permitting within the boundaries between the strength of lens at a point ,How to correct anisometropia for right and left eyes are 1) 1, OD 2) +2,0 D 3) 3,0 D 4) 4,0 D 89.in case of anisometropia 1) Contact the correction 2) isoiconic Points 3) radial keratomas 4) points to the difference in optical power in both eyes not more than 2,0 D 5) + all of the above
90. IN cycloplegia DO NOT INCLUDE 1) Sol.Atropini sutfatis 1% 2) + Sol.Pilocarpini hidrochloridi 1% 3) Sol.Homatropini hidrobromidi 1% 4) + Sol.Dexamethasoni 0,4% 5) Sol.Scopolamini hidrobromidi 0,25% 91.AN ACCOUNTANT 36 years complains HEADEACHE AT THE END OF THE DAY.BLURRED VISION.ESPECIALLY while reading and work in close quarters VISUS OU-0, 6 P CORR. (+) 2,0 D = 1,0 1) + hyperopia weak otepvni.akkomodativnaya astenopiya.presbiopiya 2) hyperopia weak steleni.myshechnaya astenopiya.presbiopiya 3) average degree of hyperopia, accommodative asthenopia, presbyopia 4) average degree of hyperopia, muscle astenopiya.presbiopiya 92. AN ACCOUNTANT 36 years complains of headaches, increasing to the end of the day blurred vision, ESPECIALLY FOR READING AND WORK IN CLOSE PACCTO-BHHH.VISUS OU = 0,6 C CORR. (+) 2.0 0 = 1, O. YOUR ADVICE 1) + glasses Sph (+) 2,0 D for constant carrying 2) Points Sph (+) 2,0 D for work 3) Eyewear Sph (+) 1,0 D for the job. 93.INDICATE THE DEGREE OF Astigmatism IF REFRACTION VERTICALLY ¬ meridian (-) 3, 0D, and the horizontal (-) 0,5 D 1) 0,5 D 2) + 2,5 D 3) 3,0 D 94. INDICATE THE DEGREE OF Astigmatism IF REFRACTION vertical meridian (-) 2,0 D, and the horizontal (+) 2,0 D 1) 2,0 D 2) +4,0 D 3) 6,0 D
Conjunctiva and SCLERA 1. EXTERNAL COVERING (FIBROUS) of the eye CALLED 1) protein 2) conjunctiva 3) + sclera 4) the epithelium 2.SPECIAL SCLERA FUNCTIONS ARE 1) support 2) ensuring the tone 3) protection of the inner shells 4) + software shaped eyes. 5) support turgor, 6) protection of the internal structure ¬ tour 7) the place of fixation of the eye muscles 8) the place of fixation of eye muscles and internal structures 9) ensuring tropic chorioretinal structures 10) Protection of refractive media 3. SCLERA CONSIST OF 1) the epithelium, stroma, subskleralnaya (brown) plate 2) conjunctiva, episkpera, Tenon capsule, stroma, pigment epithelium 3) + episclera, their own substance subskleralnaya (brown) plate 4.LARGEST SCLERA THICKNESS DETERMINED 1) at the equator of the eyeball 2) + in the posterior pole of the eye 2) is uniform throughout 5. scleritis EPI scleritis AND OFTEN DURING 1) traumatic injuries 2) radiation burns 3) transition of inflammation with the surrounding ¬ distorting tissue (phlegmon of the orbit, conjunctivitis, keratitis, dacryocystitis) 4) fungal infections 5) the local hormonal imbalance 6) + systemic diseases 7) allergic manifestations 8) viral infection ¬ tions 9) specific chronic infections of the body
6. scleritis And EPI scleritis differ 1) the method of penetration of the infectious agent 2) the nature of the inflammatory process 3) + depth of lesion 7. IN episcleritis in the inflammatory process but involves BENEFITS ¬ 1) + surface of the sclera, the entire thickness of the sclera 2) gpu6okie (inner) layers of the sclera
8.OBJECTIVE CLINIC EPI scleritis CHARACTERIZED 1) clearly inflammatory foci bluish color with a dense infiltration of the conjunctiva around him with sharp pain on palpation of the eye ¬ th apple 2) + bright red with purple hue rather localized foci, slightly above the surface of the sclera prominiruyuschim with painful Palpa ¬ tion of this zone 3) diffuse infiltration of spilled sulfur-yellow color of the upper eyelid over the area with overhanging limb, scanty purulent discharge from the conjunctival cavity
9.IN EPI scleritis acuity 1) + almost does not suffer 2) is slowly deteriorating 3) dramatically and significantly reduced
10.PROGNOSIS FOR VISUAL FUNCTIONS IN EPI scleritis 1) + favorable 2) unfavorable 3) questionable 11. BASED sclerites Infiltrative LOCI 1) dissolve without a trace 2) + scar with thinning of the sclera dark 3) rough scars from thickening of the sclera yellow 4) scar formation roller bluish
12.COMPLEX THERAPY sclerites INCLUDES 1) antibacterial agents, vasodilators, immunostimulants, tissue biostimulants 2) antibiotics immunomoduyayatory, stimulators of proliferation 3) + corticosteroids, immunosuppressants. Antihistamines
13.BY following departments CONJUNCTIVA distinguished 1) + Age, transitional folds and eyeball 2) age, the eyeball and cornea 3) Age, semilunar fold, and the eyeball 4) Age, tear myastsa and eyeball 14.OSOBENNOSTYAMI CONJUNCTIVA century is 1) dense adhesions with the cartilage plate 2) multi-layered cylindrical epithelium 3) in the epithelium of the large number of goblet (glandular) cells 4) + everything right 15. FEATURES conjunctiva TRANSITION FOLDS 1) loose connection to the underlying tissues 2) some redundancy in the vaults of the conjunctiva 3) stratified squamous epithelium 4) goblet cells little 5) subepithelial tissue is rich in adenoid elements (follicles) 6) contains a large number of additional lacrimal glands 7) + all right 16.FOR conjunctiva of the eyeball Characteristically, EXCEPT 1) stratified squamous epithelium 2) adenoidnoj tissue is small (only on the periphery) 3) + contains little lacrimal glands 17.KONYUNKTIVA FOLLOWING PHYSIOLOGICAL FUNCTION 1) protective 2) barrier 3) the trophic 4) + all of the 5) hydrating
18.Main barrier function CONJUNCTIVA IS 1) + abundance of lymphoid elements in the submucosal tissue adenoidnoj 2) the secret of conjunctival glands 3) abundant slezoobrazovanie 4) density and resistance of conjunctival tissue to the toxic substance to you ¬ 19.TROFICHESKAYA FUNCTION CONJUNCTIVA AVAILABLE 1) + tears and conjunctival secretion glands 2) adenoidnoj tissue submucosa
20.FOR Adenoviral Conjunctivitis CHARACTERISTIC 1) nonsuppurative follicular conjunctivitis 2) the presence of petechial hemorrhages in the conjunctiva of the sclera 3) edema lower transition folds 4) the presence of dense hard gray film removed the conjunctiva Century 5) plus the existence of delicate gray, easily removable film on the conjunctiva of the eyelids 6) cracking and maceration in the corners of age 21.ADENOVIRUSNY CONJUNCTIVA manifested in the following FORMS 1) bluetongue 2) filmy 3) follicular 4) + all the above 22. what forms SHOWS FARINGOKONYUKTIVALNAYA famously ¬ Radko 1) catarrhal form 2) follicular form 3) filmy form 4) + all of the above 23.FOR Catarrhal Adenoviral Conjunctivitis CHARACTERISTIC SHAPE, EXCEPT FOR 1) moderately severe hyperemia of the conjunctiva and eyelids transitional folds 2) mucopurulent discharge in a small amount 3) the cornea is not involved in the process 4) plus the existence of gray dense films of the conjunctiva Century 24.FOR FOLLICULAR FORMS Adenoviral Conjunctivitis CHARACTERISTIC EXCEPT 1) congestion of the conjunctiva and eyelids transitional folds 2) mucopurulent discharge in a small amount 3) + a purulent discharge, excessive 4) rash of follicles on the conjunctiva of the cartilage and folds of the transition of both age 25.FOR scarious Adenoviral Conjunctivitis CHARACTERISTIC SHAPE, EXCEPT FOR 1) Education on the conjunctiva of the eyelids gentle, easy to remove films 2) + formation on the conjunctiva century rough, unvarnished films after blowing ¬ bleeding 3) moderately severe hyperemia of the conjunctiva and eyelids transitional folds 4) discharge mucopurulent in a small amount 26. WHAT STEPS TAKEN FOR PARTS trachomatous process 1) 2 2) 3 3) +4 4) 5 27. Consequence Trachoma is 1) trichiasis 2) parenchymatous xerosis 3) entropy Century 4) + all of the above 5) simblefaron
28. Trichiasis is 1) + abnormal growth of eyelashes 2) volvulus age at which the eyelashes grow toward the eye 3) fusion of eyelids and conjunctiva of the eyeball 4) drying of the conjunctiva and cornea
29.ENTROPION is 1) abnormal growth of eyelashes 2) + volvulus of the century, in which the eyelashes grow toward the eye 3) fusion of eyelids and conjunctiva of the eyeball 4) drying of the conjunctiva and cornea 30.SIMBLEFARON IT 1) abnormal growth of eyelashes 2) volvulus age at which the eyelashes grow toward the eye 3) + healing of the conjunctiva and eyelids eyeball 4) drying of the conjunctiva and cornea
31. parenchymatous xerosis is 1) abnormal growth of eyelashes 2) volvulus age at which the eyelashes grow toward the eye 3) fusion of eyelids and conjunctiva of the eyeball 4) + drying of the conjunctiva and cornea
32. conjunctivitis allergic genesis is, in 1) pharmaceutical 2) phlyctenular 3) pollinoznogo 4) + adenovirus 5) Spring
33. pollinosis CONJUNCTIVA CAUSES 1) + pollen 2) topical application of certain drugs 3) autoimmune factors 34.for DRUG Conjunctivitis Characteristically, EXCEPT 1) observed in long-term local application of drugs 2) can occur after a single topical application of the drug 3) Age sharply hyperemic conjunctiva, loosened, papillae gipertrofirova ¬ Ny 4) in the conjunctiva revealed enlarged follicles 5) ever pripuhshie.na papullezno-vesicular skin, rashes, areas eczematization 6) + age of the conjunctiva and sclera and extensive petechial hemorrhages
35. pinguecula is 1) + is not limited inflammatory thickening of the conjunctiva of the eyeball yellowish 2) a triangular fold of vascularized conjunctiva, growing into the cornea from the inside 3) triangular fold of vascularized conjunctiva, growing into the cornea outside 4) oblachkovidnoe nebula 5), clearly visible focal nebula 36.PTERIGIUM is 1) + is not limited inflammatory thickening of the conjunctiva of the sclera yellowish 2) a triangular fold of vascularized conjunctiva, growing into the cornea from the inside 3) oblachkovidnoe nebula 4), clearly visible focal nebula
37.in ADVANCED pterygium HELD 1) + surgical removal 2) anti-inflammatory therapy 2) treatment is required 38.for Treatment of allergic conjunctivitis to use the drug, EXCEPT 1) Ung.Hydrocortisony ophthalmici 0,5-1% 2) Sol.Dexamethasoni 0,1% 3) 1% solution prednizolone (eye drops) 4) antihistamines inside 5) + Sol.Atropini sulfatis 1% 39.CHOOSE NOT GIVEN DRUGS USED TO TREAT POLLINOZNOGO conjunctivitis 1) emulsion gidrokortieona 0.5-1% 2) 0.1% dexamethasone solution (eye drops) 3) 1.0% solution of prednisolone (eye drops) 4) antihistamines inside 5) + glucose solution intravenously 40. ANY CONCENTRATION USED IN MORTAR DEKSAMETOZONA Eye drops? 1) + 0,1% 2) 1% 3) 2% 4) 5% 5) 10% 41. GIVEN DRUGS SELECT are not used for the treatment of viral conjunctivitis 1) florenalovaya ointment 2) oxolinic ointment 3) a solution of deoxyribonuclease in eye drops 4) + solution of atropine eye drops 5) leukocyte interoferon in eye drops 6) solutions Poludan in eye drops 7) pirogenal in eye drops 42.for TREATMENT Adenoviral Conjunctivitis USED DRUGS OTHER THAN 1) Ung.Bonaphtoni 0,05% 2) Sol. Irrterferoni leicocytaris 3) Ung.Rorenali 0,25-0,5% 4) Sol.Poludani 5) Ung.Tebropheni 0,25-0,5% 6) Ung.Zoviraxi 3% 7) + Sol.Atropini sulfatis 1% 8) solutions Poludan in eye drops 9) pirogenal in eye drops 43.a boy 11 YEARS complained of sore throat, fever, pain in both eyes and adhesion VEKUTROM. ILL 1 day. Objectively: body temperature 37.8 C. The mucous pharynx and throat hyperemic, conjunctiva hyperemic CENTURY, fluffing.FOLLICLE in the conjunctiva WJC strongly increased both in quantity and in value.YOUR DIAGNOSIS: 1) + adenovirus conjunctivitis 2) acute bacterial conjunctivitis 3) an acute epidemic conjunctivitis Koch-Weeks 4) epidemic keratoconjunctivitis 5), diphtheria of the conjunctiva 44.a patient 23 years complained of stinging and foreign body sensation in both eyes, Gluing WJC in the morning. Ill from 2 days. Started with right eye and then left.OBEKTIVNO: the eyelashes Dry crust. CONJUNCTIVA hyperemic, velvety, FIGURE MEYBOMIEVYH GLANDS CARTILAGE not looked through.Moderately expressed conjunctival injection of the sclera, DIAGNOSIS 1) + acute bacterial conjunctivitis 2) adenovirus conjunctivitis 3) epidemic keratoconjunctivitis 4) pneumococcal conjunctivitis 5) diplobatsillyarny blefarokonyunktivit 45. PATIENT ON complaining griping, the feeling of sand under the CENTURY ¬ Mu and off from both eyes, found: The eyelids of both eyes LIGHTLY hyperemic and edematous. CENTURY SHARPLY conjunctiva hyperemic, fluffing, velvety, FIGURE glands, cartilage, not looked through. IN THE AGE OF GRAY conjunctiva is easy to remove FILM. ON NUMEROUS conjunctiva SCLERA hemorrhage. YOUR DIAGNOSIS:: 1) + pneumococcal conjunctivitis 2) acute bacterial conjunctivitis stafillokkovy 3) adenovirus conjunctivitis 4) Conjunctival diphtheria 5) an acute epidemic conjunctivitis Koch - Weeks 6) epidemic keratoconjunctivitis 7) chlamydial infection of the conjunctiva 46.what concentration APPLY EYE OINTMENT florencite? 1) + 0,25 and 0,5% 2) 1% and 2% 3) 3% and 5% 47. ANY CONCENTRATION OF USE EYE oxolinic ointment? 1) + 0,25 and 0,5% 2) 1 and 2% 3) SW, and 5% 48.CHILD FOR 2 DAYS AFTER BIRTH OF SHARPLY swollen eyelid.OBJECTIVE: palpebral fissure closed. Eyelids SHARPLY hydropic, dense to the touch. When you try to Dissolve eyelids from an eye SLIT JET exude COLOR OF BEEF garbage. What kind DISEASE SHOULD THINK FIRST 1) age of the abscess 2) + blennophthalmia conjunctiva 3) an acute chlamydia conjunctiva 4) acute bacterial conjunctivitis of unknown etiology 49.CHILD 5 YEARS OF APPEALS FOR THE FEVER. Sore throat, redness and separates from right eye. TEMP ¬ ROUND BODY AS A CHILD 37.8 lethargic, dynamic. ZEV hyperemic. MINDAPINY hydropic, COVERED dirty-gray FILMS. OD.Eyelids are swollen. CONJUNCTIVA CENTURY SHARPLY hyperemic, fluffing and velvety. It HAS GREY spanking is removed from the labor SUBSEQUENT Hemorrhage. EYE DIAGNOSIS 1) + diphtheria of the conjunctiva 2) an acute epidemic conjunctivitis Koch-Weeks 3) pneumococcal conjunctivitis 4) аденофарингоконъюнктивальная fever 50.CHILD COMPLAINTS TO INCREASE fever, red AVAILABILITY off from the right eye, body temperature, 38.5 CO, ZEV hyperemic on the back of the throat LARGE follicles, hyperemic conjunctiva Edematous AND HAS GREY BAD FILM Detachable, followed by bleeding, Conjunctivitis SCLERA Hemorrhage . YOUR DIAGNOSIS: 1) diphtheria 2) diphtheria of the conjunctiva 3) an acute epidemic conjunctivitis Koch-Weeks 4) pneumococcal conjunctivitis 5) + аденофарингоконъюнктивальная fever (filmy form)
Cornea and VASCULAR TRACT
1.When Histological examination PROVIDES IN CORNEA 1) anterior and posterior epithelium own substance (stroma) 2) + anterior and posterior epithelium, anterior and posterior border of plates ¬ ki, stroma 3) anterior and posterior pigmented epithelium, the front and back plate boundary, the stroma 2.OSNOVNYM FRONT PROPERTY IS corneal epithelium 1) participation in the development of lacrimal fluid 2) + high regenerative capacity 3) mechanical protection of the underlying tissues 3.SOBSTVENNOE SUBSTANCE (stroma) PROVIDING CORNEAL 1) the absorption of ultraviolet and infrared rays 2) + transparency of the cornea 3) metabolism between intraocular and lacrimal fluid 4.OSNOVNYMI FUNCTIONS ARE THE CORNEA 1) protective, supporting, photoconductive 2) + photoconductive, photorefractive, protective 3) supporting photorefractive, vlagoprodutsiruyuschaya 5.PRELOMLYAYUSCHAYA CORNEAL POWER EQUALS 1) 18,0-20,0 diopters 2) +40,40-42,0 diopters 3) 1,5-2,0 dpt 4) 28,0-30,0 diopters 5), diopter 60,0-62,0 6.DIAMETR CORNEA IN NORMAL 1) + vertical - 10 mm, horizontal -11 mm 2) Vertical -14 mm, horizontal -15 mm 3) -19 mm vertical, horizontal - 20 mm 7.ISTOCHNIKI CORNEAL POWER 1) rear long ciliary arteries, nazotsiliarnaya artery tear 2) + a tear, the capillary network of the limb zone, intraocular fluid 3) the intraocular fluid, front ciliary arteries, arte ¬ episkleralnye theory 8.SVOYSTVA NORMAL CORNEA 1) shiny, cone-shaped, chuvstvitelsnaya has a certain size 2) transparent, ellipsoidal, has some form of 3) + transparent, shiny, ysokochuvstvitelnaya, spherical shape, has a certain size 9.INNERVATSIYU CORNEAL PROVIDE 1) + the first branch of the trigeminal nerve, sympathetic fibers plexus internal carotid artery ¬ it 2) the first branch of the trigeminal nerve, sympathetic fibers carotid artery, facial nerve 3) the first branch of the trigeminal nerve, facial nerve, the parasympathetic fibers of oculomotor nerve 10.PODAVLYAYUSCHEE most feel-TEPNYH NERVOUS OVER ¬ tions IS IN LAYERS 1) + anterior epithelium and the superficial layers of the stroma 2) anterior epithelium, superficial and deep layers of the stroma 3) anterior epithelium, superficial and deep layers of the posterior stroma of epithelial 11.OSNOVNYMI METHODS OF CORNEAL ARE 1) investigation in the incident light and the method of side lighting 2) + method for side lighting and biomicroscopy 3) Biomicroscopy and ophthalmoscopy 12.DLYA certain integrity of the corneal epithelium REQUIRED ¬ MO instilled into conjunctival cavity A) Sol, DicainiO, 5% 2) Sol.Collargoli 1% 3) Sol.SuHacyli-natrii 30% 4) + Sol Fluoresceini 1% 13.DLYA TENTATIVE TEST SENSITIVITY OF CORNEA 1) apply the method of "air stream" (from a rubber bulb or mouth) 2) + related thin flagellum, rolled out of wet wool 3) touch the corneal end of a glass rod or pipette, a strip of paper 14.VOSPALITELNOE cornea CALLED 1) iritis 2) + keratitis 3) conjunctivitis 4) ZC 15.DLYA Keratitis CHARACTERISTIC 1) conjunctival injection 2) + perikornealnaya injection 3) mixed injection 4) congestive injection 16.DLYA PERIKORNEALNOY INJECTIONS characterized by the following SIGNS IN ¬ 1) + expanded vessels petlistoy regional networks that are not visible due to episcleritis matte, translucent pink and purple fringing on the limb with a decreasing intensity towards the vaults 2) the conjunctiva dark red with a bluish tint and expanded and tortuous vessels, subject to episclera oedematous with abundant shelter ¬ filling vessels 3) the conjunctiva of bright red color with a decrease in intensity as it approaches the cornea, can be easily seen some congested blood vessels, there may be petechiae 17. Inflammatory foci CALLED IN CORNEA 1) abscess 2) cellulitis 3) + infiltration 18.PRI Keratitis Scanner Darkly 1) gray in color with clear boundaries 2) + gray in color with blurred boundaries 3) white with blurred boundaries 4) White with clear boundaries 19.PRI Walleye (wall-eye) decreased 1) gray in color with clear boundaries 2) gray in color with blurred boundaries 3) white with blurred boundaries 4) + white with clear boundaries 20.PRI Keratitis turbidity IN THIS AREA 1) gray in color while preserving gloss 2) + gray in color with no gloss 3) white color while preserving gloss 4) white with no gloss 21.PRI Walleye (wall-eye) decreased IN THIS AREA 1) gray in color while preserving gloss 2) gray in color with no gloss 3) + White while preserving gloss 4) white with no gloss 22.TIPICHNYMI COMPLAINTS ARE IN Keratitis 1) photophobia, lomyaschaya pain when looking at the light source, a feeling of fullness in the eye, the mist before the eyes 2) watery eyes, burning sensation and "littered" for centuries, sticky eyelids in the morning, light veil before the eyes 3) + photophobia, lacrimation, blepharospasm, foreign body sensation in the upper eyelid, decreased visual acuity 4) aching, throbbing pain in his eye, "veil" in front of the eye, bright circles at the sight of the light source 23.SINDROM, describe typical for Keratitis ¬ sting by different methods COMBINED WITH INFECTION PERIKORNEALNOY Calling 1) keratitnym 2) + corneal 3) perikornealynym 24.PRI acute inflammatory processes infiltrate CORNEA IN THE BEGINNING 1) rumen 2) metastasizes 3) + ulcerate 25.K Exogenous Keratitis include the following types 1) traumatic, purulent, superficial, caused by nesmykaniem palpebral fissure 2) generalized (specific) infection, neyroparaliticheskie, Avita ¬ minoznye 3) sclerosing, deep, neurogenic, allergic 4) + traumatic, infectious diseases caused by adnexa eye 26.K ENDOGENOUS Keratitis include the following types 1) traumatic, purulent, superficial, caused by nesmykaniem palpebral fissure 2) + generalizovanaya (specific) infection, neyroparaliticheskie, Avita ¬ minoznye 3) sclerosing, deep, neurogenic, allergic 4) traumatic, infectious diseases caused by adnexa eye 27.VRASTANIE blood vessels in the cornea is known as 1) infiltration 2) leucoma 3) + vascularization 28.HARAKTER vascularization (deep or superficial) depend ¬ depends on 1) the area of infiltration, 2) the infectious agent 3) + depth of corneal 4) the degree of destruction of sensitive nerve fibers 29.ZNACHITELNOE desensibilization CORNEAL The characteristic ¬ teristic Keratitis 1) bacterial 2) TB 3) + herpes 4) syphilitic 30.VEROYATNYMI PATHOGEN purulent corneal ulcer ARE 1) adenoviruses, herpes virus, microbacteria 2) blue-purulent and Escherichia coli 3) + diplococcus, streptococcus, stafillokokk 31.SKOPLENIE NNWS AT THE BOTTOM OF THE FRONT CAMERA CALLED 1) hyphema 2) + gipopionom 3) leucoma 32.OSNOVNYE Clinical symptoms Creeping corneal ulcer 1) copious purulent discharge from the ulcer, deep scarring with severe violation of the sphericity of the cornea 2) deep and extensive ulceration of the cornea, pronounced vascularization, early scarring 3) plus the existence of the progressive zone ulcer (active edge), the early iridotsikpit with gipopionom 33.VOZMOZHNYE festering sores CORNEAL COMPLICATIONS 1) atrophy of the eyeball, cataract, simblefaron 2) + corneal perforation, endophthalmitis, secondary glaucoma 3) panoftalmit, pannus, keratoconus 34.PRI Purulent Keratitis NEED FOR THE FOLLOWING LABORATORY 1) Immunological 2) biochemical 3) + microscopic and bacteriological 4) fluorescence methods 35.PRINTSIPY Conservative treatment of purulent Keratitis 1) + active antibiotic treatment, purification and tushirovanie ulcers, stimulation of epithelization, cupping iridocyclitis 2) active anti-inflammatory therapy with corticosteroids, diathermocoagulation ulcers, stimulation of scarring ulcers 3) antibiotic therapy, local anesthetics, plugging of the ulcer with antibiotic ointment with superimposed monocular dressings 36.KLINICHESKIMI FORMS SURFACE herpetic keratitis ¬ LLC ARE 1) keratoconjunctivitis, spot and disciform keratitis 2) keratouveit, epithelial keratitis, and metagerpetichesky 3) + puzyrkovidny (spot), and dendritic keratitis 37.K DEEP herpetic keratitis APPLY 1) Spot subepithelial keratitis, disciform keratitis 2) + metagerpetichesky keratitis, disciform keratitis keratouveit 3) subepithelial keratitis, dendritic keratitis, keratouveit 38.OSOBENNOSTI CLINICAL herpetic keratitis 1) proceed against colds, the severity of corneal hyperesthesia syndrome is associated with corneal torpid course, the intense scarring 2) + often occurs after undergoing SARS, a sharp decrease in sensitivity ¬ STI corneal drift, the tendency to relapse 3) occurs when the body of immunosuppressive states, characterized by significant vaskulyarizatsivy, during the stormy with the formation in the outcome of rough scar 39.PRI TREATMENT herpetic keratitis APPOINTS Instillation 1) Sol.Sulfacyli-natrii30% 2) Sol.Oentamycini 0,3%, Soi.Penicillini 1% 3) + Sol.interFeroni leicocytaris, Sol.Dezoxyribonucleazae, Sol.lDU 4) Sol.Dexametazoni 0,1%, Sol.Hydrocortizoni 0,5% 40.PRI TREATMENT herpetic keratitis assigns the following ¬ ing ointment preparations 1) Ung.Solcoserili (Actovegini) 20% 2) Ung.Hydrocortizoni 0,5%, Ung.Prednizotoni 1% 3) Ung.Laevomycetini 5%, Ung.Gentamycini 1% 4) + Ung.Bonaphtoni 0,05%, Ung.TebrofeniO, 1% Ung.FlorenaliO, 1% and 3% Ung.Zoviraxi 41.TUBERKULEZNO-allergic keratoconjunctivitis usually occurs in the ... AGE 1) + Children 2) older 3) mature 42.POYAVLYAYUSCHIESYA near the limb in tuberculosis-allergic Keratitis translucent, ROUND, gray "KNOT ¬ KI", was named 1) infiltration 2) + conflicts 3) ulcer 4) pustule 43.V BASED Tuberculous-allergic Keratitis FORMED 1) persistent infiltration 2) + a persistent thorn 3) a significant thinning of the cornea 44.PRI TUBERCULOSIS infection penetrates into the cornea 1) from the external environment 2) + of the uveal tract 3) of the conjunctiva 45.TUBERKULEZNYE Keratitis It is usually 1) + unilateral 2) bilateral 46.SPETSIFICHESKY tuberculous process is amazing 1) the superficial layers of the cornea 2) + deep layers of the cornea 47.VASKULYARIZATSIYA in tuberculosis Keratitis 1) is not typical 2) + deep 3) surface, gentle 48.ISHODY Tuberculous Keratitis 1) favorable 2) + adverse 49.V REMISSIONNOM LATER PERIOD OF RECURRENT TU ¬ BERKULEZNOGO Keratitis SHOWN 1) booster 2) course anti-inflammatory therapy 3) + keratoplasty 50.LECHENIE Tuberculous Keratitis HOLDS 1) optometrist clinic 2) a family physician 3) Surgical Clinic ophthalmologist 4) + ftiziooftalmolog 51.PARENHIMATOZNY (Syphilitic Interstitial Keratitis usually occurs in AGES ... 1) + Children 2) older 3) mature 52.PARENHIMATOZNY Keratitis is a manifestation of syphilis 1) primary 2) Tertiary 3) secondary 4) + congenital 53.V COURSE Syphilitic Parenchymal Keratitis YOU ¬ Dividing STAGE 1) alterations, infiltration, vascularization 2) + infiltration, vascularization, resorption 3) infiltration, ulceration, scarring 4) infiltration, vascularization, proliferation 54.KLINIKA Syphilitic Parenchymal Keratitis The characteristic ¬ ized by 1) Local infiltration 2) Local infiltration in the deep layers of the cornea 3) diffuse infiltration in the superficial layers of the cornea 4) + diffuse infiltration in the deep layers of the cornea 55.PRI Syphilitic Parenchymal Keratitis CELEBRATED 1) only superficial vascularization 2) + a deep corneal vascularization 3) ingrowth of vessels is not observed 56.PRI Syphilitic Parenchymal Keratitis measure on ¬ crease in CORNEAL INFILTRATION 1) ulcerate 2) thinner 3) + thickens 57.ISHOD Parenchymal Keratitis With adequate treatment of 1) + friendly 2) questionable 3) poor 58.OGRANICHENNOE Cornea opacity FIRST DEGREE, barely visible in side OSVESCHESCHENII not giving USUALLY SNI ¬ tion acuity was named 1) infiltration 2) + cloud (nubecula) 3) spot (macula) 4) walleye (leucoma) 59.STOYKOE Scanner Darkly LIMITED SECOND DEGREE, visible, and the naked eye, was named 1) cloud 2) walleye (leucoma) 3) + spot (macula) 60.STOYKOE, part of the vascular turbidity (T W-4 degrees), light ¬ gray or white, take up most of ROGO ¬ VITSY, accompanied by a significant REDUCTION PRE ¬ METHOD OF VIEW, CALLED 1) vascularization 2) + walleye (leucoma) 3) scar 4) spot (macula) 61.KONSERVATIVNOE TREATMENT EMERGING turbidity ROGO ¬ VITSY is to appoint 1) + enzymes 2) vitamin 3) tissue biostimulators 4) immunomodulators 62.PRI iridocyclitis 1) pupil gray reflex with no fundus, the IOP in normal 2) + perikornealnaya injection on the back surface of the cornea pretsipiaty, the pupil is narrow, the IOP in normal 3) eye serene, the pupil is black, the fundus atrophy and excavation spectator ¬ Indeed nerve, increased IOP 4) congestive injection of eyeball anterior chamber of small pupil broad ¬ cue, high IOP 5) The pupil is gray, the study by transmitted light dark bands visible in the form of spokes in the wheel ", the IOP in normal 63.TIPICHNYMI COMPLAINTS ARE IN ACUTE iridocyclitis 1) + photophobia, lomyaschaya pain when looking at the light source is a feeling of fullness in the eye of the mist before the eyes 2) watery eyes, burning sensation and "littered" for centuries, "sticking" Age in the morning, light veil before the eyes 3), photophobia, lacrimation, blepharospasm, foreign body sensation in the upper eyelid, decreased visual acuity 4) aching, throbbing pain in his eye, "veil" in front of the eye, bright circles when looking at the light source 64.SOSUDISTAYA shell consists of. . . PARTS 1) 2 2) +3 3) 4 4) 5 65.V IRIS LOCATED 1) dilator muscles and Muller 2) muscle of Müller and Brücke 3) muscle and the accommodative muscle Brücke 4) accommodative muscle and sphincter 5) + sphincter and dilator
66.VOLOKNA innervating the sphincter ZRACHKA.VHODYAT FOR MEMBERSHIP 1) n.Trochlearis 2) + n Oculomotorius 3) n.Facialis 4) n.Trigeminus 67.INNERVATSIYA sphincter Pupils AVAILABLE 1) + parasympathetic nerves 2) sympathetic nerves 3) somatic nerves 68.INNERVATSIYA dilator Pupils DONE 1) parasympathetic nerves 2) + sympathetic nerves 3) somatic nerves 69.CHUVSTVITELNAYA innervation IRIS IMPLEMENTED ¬ is .... NERVES 1) oculomotor 2) facial 3) outlet 4) sympathetic 5) The trochlear 6) parasympathetic 7) + trigeminal (first branch) 8) trigeminal (second branch) 9) No sensitive nerves 70.CHUVSTVITELNAYA innervation of the ciliary body CONDUCTS ¬ CR ...NERVES 1) oculomotor 2) facial 3) outlet 4) sympathetic 5) The trochlear 6) parasympathetic 7) + trigeminal (first branch) 8) trigeminal (second branch) 9) No sensitive nerves 71.CHUVSTVITELNAYA innervation of choroidal implemented. .. NERVES 1) sympathetic 2) parasympathetic 3) trigeminal (first branch) 4) trigeminal (second branch) 5) + sensory nerves do not 72. WHICH VESSEL SUPPLY iris and ciliary body 1) front ciliary arteries, short posterior ciliary artery 2) + front ciliary arteries, long posterior ciliary artery 3) front ciliary arteries, long posterior ciliary arteries, branches of the conjunctival blood vessels 73. cilliary body performs two functions. Specify which 1) + production of intraocular fluid 2) + active component of accommodation and dezakkomodatsii 3) Adjust the size of the pupil 4) regulates the amount of light entering the eye, the retina provides power envelope 5) regulates light perception 74.colored INJECTIONS IS cyanotic hue, the most intensity INJECTIONS AROUND cornea and weakens towards the periphery, has a diffuse redness and not visible separate vessel. An injection CALLED 1) conjunctival 2) mixed 3) + pericorneal
75.indicate TWO symptoms is a cardinal AT IRITE 1) pain in the eye 2) + reduced visual acuity and narrowing the field of view 3) pericorneal or mixed injection 4) Pupillary 5) + mydriasis 6) change the color of the iris 7) stushevannost iris pattern
76.OBjective SIGNS IRIDOTSIKPITA 1) perikornealnaya injection 2) change the color and pattern of iris 3) Pupillary 4) the appearance of exudate in the anterior chamber of the moisture 5) the appearance of precipitates 6) + all of the 77.indicate the feature is not characteristic for the central chorioretinitis 1) + pain in the eye 2) fotopsii 3) reduction of 4) metamorfopsii
78. Inflammation of IRIS CALLED 1) + iritis 2) uveitis 3) cycle 4) keratitis 5) choroiditis
79. inflammation of ciliary body is called 1) + cyclite 2) chorioretinitis 3) iritis 4) keratitis 5) choroiditis
80. inflammation of Choroid 1) + choroiditis 2) cycle 3) iritis 4) keratitis 5) iridocyclitis
81. precipitate is 1) + point deposition on the rear surface of the cornea 2) clouding of the vitreous 3) iris adhesions to the front of the lens 4) pus in the anterior chamber of the eye 5) the presence of blood in the anterior chamber 6) point cloud on the front surface of the cornea 7) the deposition of exudates on the iris
82. synechia is 1) + adhesions of iris to lens or cornea 2) Point deposits on the back surface of the cornea 3) floating vitreous opacities 4) inflammatory deposits on the front of the lens 83.for treatment Iritis and iridocyclitis FIRST should begin with 1) + instillation into the eye midriatikov 2) etiotrop treatment 3) desensitizing therapy 4) use of analgesics 84. favorable EFFECTS IN MIDRIATIKOV iridocyclitis EXPLAINS 1) the establishment of peace iris and ciliary tepu 2) reduction of congestion of the anterior segment of the vascular tract 3) a decrease in exudation of the inflamed tissue 4) prevent the formation of adhesions, fusion and imperforate pupil 5) + all of the above 85.MIDRIATICS MEDICINE for 1) + extend pupil 2) pupillae 3) lowering intraocular pressure 86.not STRONG midriaticheskoe EFFECT IN instillation into the eye has 1) + Sol, Atropini sulfatis 1% 2) Sol.Scopoiamini hydrobromidi 0,25% 3) Sol.Homafropini hydrobromidi 1% 4) Sol.Mesatoni1% 5) Sol PlatyphyHini hydrotartratis 1% 6) Sol Adrenalin! hydrochloride 0,1% 7) SoI.Ephedrini hydrochloric1! 2-3%
87. expansion of Pupils AT Instillation of atropine is due to 1) + paralysis of the sphincter of pupil 2) excitation of the pupil dilator 3) inactivation of the enzyme cholinesterase 88.which of the following medications does not extend the pupil 1) Sol.Adrenalini hydrochloride 0,1% 2) Sol.Atropini sulfatis 1% 3) + Soi.Dicaini 0,25% 4) Sol.Scopolamini hydrobromidi 0,25% 5) Sol. Mesatoni 1% 89. DRUGS DO NOT USE FOR TREATMENT of iridocyclitis 1) Atropine 2) Corticosteroids 3) + pilocarpine 4) antibiotics 5) mezaton 6) sulfonamides 90. Methods of administering corticosteroids APPLY FOR TREATING Uveitis 1) instillation into the conjunctival sac 2) injection under the conjunctiva 3) introduction to the suprachoroidal space 4) inside 5) intravenous 6) + all of the above 91.what is the mechanism ACTION corticosteroids in treatment of uveitis 1) + non-specific anti-inflammatory and desensitizing 2) desensitizing and antimicrobial 3) antimicrobial and trophic 92.patient with iridocyclitis intraocular pressure is elevated (32 MM Hd), which of the drug you Unassigned 1) midriatiki in eye drops 2) + miostiki in eye drops 3) diakarb inside 4) glycerol inside
93.which Of the method is used to Diagnosis of VASCULAR TRACT TUMORS 1) biomicroscopy 2) direct ophthalmoscopy 3) ophthalmoscopy in a reverse form 4) binocular ophthalmoscopy 5) Gonioscopy 6) transillumination 7) and ultrasound ehometriya 8) fluorescence angiography 9) radioisotope diagnosis 10) + all of the [email protected] DELSINGH
GLAUCOMA
1. TO LOWER THE INTRAOCULAR PRESSURE BEING EYE DROPS 1) 1% solution of atropine, timolola 0.5% solution 2) + 0.5% solution, 1% solution timonola pilokarpina
2. ATROPINE INCREASED EYE PRESSURE, 1) + expansion arteriol, offset the IRIS to the filtration area 2) narrowing arteriol, sniženiiâ outflow VGŽ in skleral′n sinus
3. INCREASE IN IOP MIDRIATIKI ANGLE-CLOSURE GLAUCOMA DUE TO 1) increase of intraocular liquid products pupillary block 2) 3) + close slim-corneal angle IRIS 4) easing tension trabekul
4. DRUGS USED TO TREAT OPEN ANGLE GLAUKO ¬ WE papaverine, 1)) + 2 gomatropin pilocarpine, timolol timolol, papaverine 3) 4) gomatropin, atropine 5. PREPARATIONS CONTRA-INDICATED IN GLAUCOMA 1) papaverine, nikošpan 2) papaverine, timolol 3) pilocarpine, timolol 4) + gomatropin, atropine 6. AQUEOUS HUMOR IS FORMED 1) horioide 2) vitreous body 3) + ciliary body 4) IRIS
7. IRIDESCENT CIRCLES AROUND THE LIGHT SOURCE CAN BE 1) retinal oedema 2) iridociklite angle-closure glaucoma 3) + 4) gemoftal′me 8. ACUTE ONSET OF GLAUCOMA PUPIL 1) broad and reacts to the light 2) narrow and reacts to light 3) + wide and does not react to light 4) narrow and does not react to light
9. THE NORMAL LEVEL OF TONOMETRIČESK INTRAOCULAR GIVING ¬ 1) 14-22 mm Hg 2) 20-22 mm Hg 3) 16-20 mm Hg 4) 32-36 mm Hg 5) + 16-26 mm Hg
10. OBJECTIVE EVIDENCE OF OPEN ANGLE GLAUCOMA 1) Dystrophic changes to IRIS, glaukomatozn excavation of an optic nerve 2) + Dystrophic changes to IRIS, glaukomatozn excavation of an optic nerve, increased intraocular pressure 3) glaukomatozn excavation of an optic nerve, increased intraocular pressure, pigmentation of macular area
11. FOR CLINICAL EVOLUTION OPEN ANGLE GLAUCOMA IS ¬ INVOLVED ARE 1 + asymptomatic period) or the feeling of fullness in the eye of seeming moisturizing eye 2) obfuscate the emergence Rainbow circles when looking at a light source, periodic pain in the eye and half head 3) severe headaches, nausea, vomiting, shooting pain in the eye for ANGLE-CLOSURE GLAUCOMA CLINICAL EVOLUTION OF ¬ INVOLVED ARE 12. FOR CLINICAL CURRENT ЗАКРЫТОУГОЛЬНОЙ OF THE GLAUCOMA IT IS CHARACTERISTIC 1) serum or feeling of fullness in the eye, the seeming moisturizing eye 2) + obfuscate the emergence Rainbow circles when looking at a light source, periodic pain in the eye and half head 3) severe headaches, nausea, vomiting, shooting pain in the eye area WITH OPEN- ANGLE GLAUCOMA 13. ОТКРЫТОУГОЛЬНОЙ TO THE GLAUCOMA OPERATION IS MADE
1) + fistuliziruûŝ (trabekuloèktomiâ) 2) peripheral iridèktomiâ 3) keratotomy
14. THE MAIN LINKS IN THE PATHOGENESIS OF OPEN ANGLE GLAUCOMA 1) blockade angle Beiträge root IRIS 2) + Dystrophic changes to drainage system eye 3) incomplete absorption mezodermal′n embryonic tissues in the corner in front of the cameras ' ¬
15. THE MAIN LINKS IN THE PATHOGENESIS OF ANGLE-CLOSURE GLAUCOMA 1) + blockade angle front camera iris root 2) Dystrophic changes to drainage system eye 3) incomplete absorption mezodermal′n embryonic tissues in the corner in front of the cameras ' ¬
16. THE MAIN LINKS IN THE PATHOGENESIS OF CONGENITAL GLAUCOMA 1) blockade angle Beiträge root IRIS 2) Dystrophic changes to drainage system eye 3) + incomplete absorption mezodermal′n embryonic tissues in the corner in front of the cameras ' ¬
17. WHILE APPLYING SOL. 1% And SOL PILOCARPIN1. TIMOLOLI 0.5% 1) outward VGŽ increases production VGŽ 2) + outward VGŽ, decreasing production VGŽ 3) decreases, increases production outflow VGŽ VGŽ 4) reduced outflow VGŽ, decreasing production VGŽ
18. IN GLAUCOMA IS CHARACTERIZED BY 1) + increased intraocular pressure 2) clouding of the lens 3) defeated the macular area
19. IN GLAUCOMA CHARACTERISTIC CHANGE OF PERIPHERAL GRAS ¬ SIC FIELD OF VISION IS 1) + decrease internal half 2) narrowing the outer half of the 3) narrowed upper half
20. IN GLAUCOMA IS CHARACTERIZED BY CHANGE OF OPTIC NERVE 1) atrophy 2) + atrophy and excavation 3) atrophy, excavation and stuševannost′ borders
21. IN THE EARLY STAGES OF GLAUCOMA 1 + normal) 2) is not defined 3) narrowed down from 50 up to 15 degrees from the point of fixation 4) is less than 15 degrees to the point of fixation
22. in the DEVELOPMENT STAGES OF GLAUCOMA 1) normal 2) is not defined 3) + narrowed down from 50 up to 15 degrees from the point of fixation 4) is less than 15 degrees to the point of fixation
23. in FAR SIGHT COMING STAGE GLAUCOMA 1) normal 2) is not defined 3) narrowed down from 50 up to 15 degrees from the point of fixation 4) + 15 mins from the point of fixation degrees
24. in the TERMINAL STAGE OF GLAUCOMA 1) normal 2) + is not defined 3) narrowed down from 50 up to 15 degrees from the point of fixation 4) is less than 15 degrees to the point of fixation 25. CRITERIA FOR DETERMINING STAGE GLAUCOMA 1) level OF HIP, acuity 2) duration of the disease, the level OF HIP 3) + the status of the disk to the optic nerve, sight 26. BLINDING IN GLAUCOMA CAUSES retinal dystrophy 1) 2) clouding of the lens 3) + atrophy of an optic nerve 4) corneal clouding
27. WITH OPEN-ANGLE GLAUCOMA 1) pupil gray reflex with an eye not HIP, perikorneal′n injection on the back plane of the cornea precipiaty 2) pupil narrow, HIP in norm 3) + eye calm pupil black on eye grounds atrophy and excavation spectator ¬ leg nerve, HIP improved 4) long-term injection eyeballs, anterior chamber small pupil shero ¬ KIY, HIP high 5) pupil gray, when in light visible dark stripes as the spokes in a wheel, HIP in the ACUTE ONSET OF GLAUCOMA 28. AT THE SHARP ATTACK OF THE GLAUCOMA
1) pupil gray reflex with an eye not HIP in norm 2) perikorneal′n injection on the back plane of the cornea, pupil narrow precipiaty, HIP in norm 3) eye calm pupil black on eye grounds atrophy and excavation stare ¬ a nerve, HIP improved 4) + long-term injection eyeballs, anterior chamber small pupil shero ¬ KIY, HIP high 5) pupil gray, when in light visible dark stripes as the spokes in a wheel, HIP in rule 29. COMPLAINTS IN ACUTE ONSET OF GLAUCOMA 1) lomâŝ pain photophobia, looking at the source of light, a sense in the eye, fog raspiraniâ before eyes foreign body sensation, sense 2) burning and "counter" ' for centuries, stuck together "century in the morning light shroud in front of the eyes 3) century, reduced Visual acuity 4) + nagging, throbbing pain in the eye, «shroud» before eyes bright circles when looking at a light source
30. WHERE THE EYE IS AN INTRAOCULAR LIQUID 1) + ciliary body 2) horioidee 3) vessels all vascular IRIS 4) receptacles 5), vitreous
31. WHAT IS THE DIFFERENCE BETWEEN TONOMETRIČESKOE AND TRUE EYE PRESSURE 1) tonometričeskoe pressure below the true 2) + tonometričeskoe pressure above the true 3) there is no difference
32. IN MEASURING THE MASS OF 10 GRAMS TONOMETER MAKLAKOVA NORMAL EYE PRESSURE. ... MM HG 1-12) 23 2) + 16-3) 26 20-30
33. the METHOD OF RESEARCH CALLED THE ANTERIOR CHAMBER ANGLE 1) + goniosokipiâ 2) topography 3) biometrics 4) tonometry 5) biomicroscopy 6) perimetry
34. THE STUDY OF THE EYE CALLED THE HYDRODYNAMICS 1) tonometry 2 gonioscopy) 3) + tonografiâ 4) biometrics 5), gonioscopy 6) anomaloscope 7) biomicroscopy vizometriâ 8)
35. WEIGHT PRESSURE CUFF MAKLAKOVA APPLIED TO CONVENTIONAL MEASUREMENT OFTAL′MOTONUSA EQUALS ... Grams 1) 5.5 2) 7.5 3) + 10.0 15.0 36.4) USING the two methods IS FIELD DEFECTS IN GLAUCOMA 1) anomaloskopiû and biomikroskopiû 2) biomikroskopiû and vizometriû 3) vizometriû and perimetriû 4) + perimetriû and kampimetriû 5) kampimetriû and gonioskopiû 6) gonioskopiû and anomaloskopiû 37. NATURE AND STEPEN′ DISTROFIČESKIH IZMENENIJ RADUŽNOJ OBOLOČKI AT GLAUKOME OPREDELÂÛTSÂ 1) + biomikroskopiej 2) vizometriej 3) gonioskopiej 4) kampimetriej 5) tonografiej 6) perimetriej
38. ЭКСКАВАЦИЯ THE OPTIC NERVE AT THE GLAUCOMA IT IS DEFINED 1) + oftal′moskopiej 2) kampimetriej 3) tonografiej 4) tonografiej 5) gonioskopiej 6) biomikroskopiej DISORDERS OF ORBIT
1. THE UPPER WALL OF THE ORBIT IS BORDERED BY 1) pterygopalatine fossa 2) frontal sinus 3) the maxillary sinus 4) nasal cavity 5) the basic sinus 2. THE OUTER WALL OF THE ORBIT IS BORDERED BY 1) pterygopalatine fossa 2) frontal sinus 3) the maxillary sinus 4) nasal cavity 5) the basic sinus
3. THE LOWER WALL OF THE ORBIT IS BORDERED BY 1) pterygopalatine fossa 2) frontal sinus 3) the maxillary sinus 4) nasal cavity 5) the basic sinus
4. THE INTERNAL WALL OF THE ORBIT IS BORDERED BY 1) pterygopalatine fossa 2) frontal sinus 3) the maxillary sinus 4) nasal cavity 5) the basic sinus
5. NEIGHBORHOOD ORBIT APPENDAGE Sinuses NASAL NEED ¬ MY MIND WHILE 1) + malignancy and inflammatory diseases of orbit 2) inflammatory diseases of orbit and traumatic injury and nerve stare ¬ 3) traumatic injury to the optic nerve and penetrating wound of eyeball 4) penetrating wound of eyeball and orbital malignancy 6. EXTERNAL OPHTHALMOPLEGIA LINKED TO DEFEAT 1. abducens) n, n, n opticus faciaiis. 2) n. opfcus n.trigeminus.n. facialis 3) + n. abducens, n. ocutomotorius trochtearis, n. 4) n. ocuiomotorius, n. facialis, n. opticus
DISEASES Lens
1.When AGE MATURE CATARACT 1) + pupil gray reflex with no fundus, the IOP in normal 2) perikornealnaya injection on the back surface of the cornea pretsipiaty, the pupil is narrow, the IOP in normal 3) eye serene, the pupil is black, the fundus atrophy and excavation viewer ¬ Nogo nerve, the IOP increased 4) congestive injection of the eyeball, anterior chamber shallow, the pupil is wide and high IOP 5) The pupil is gray, the study by transmitted light dark bands visible in the form of spokes in the wheel ", the IOP in normal
2.When AGE BEGINNING CATARACT 1) pupil gray reflex with no fundus, the IOP in normal 2) perikornealnaya injection on the back surface of the cornea pretsipiaty, the pupil is narrow, the IOP in normal 3) eye serene, the pupil is black, the fundus atrophy and excavation viewer ¬ Nogo nerve, the IOP increased 4) congestive injection of the eyeball, anterior chamber shallow, the pupil is wide ¬ cue, high IOP 5) + pupil of gray, the study by transmitted light dark bands visible in the form of spokes in the wheel ", the IOP in normal 3.POMUTNENIE lens CALLED 1) + cataract 2) aphakia 3) walleye 4) glaucoma
4.KAKOY of these methods provides the most complete investigation of lens in the clinical setting 1) + biomicroscopy 2) direct ophthalmoscopy 3) transmitted light 4) focal illumination 5) ophthalmoscopy in a reverse form
5.VROZHDENNYE CATARACT AS A RULE 1) progress 2) + do not progress
6.PRIOBRETENNYE KATARAKTY.KAK RULE 1) + progress 2) do not progress
7.KAKIE TWO KINDS OF CATARACT NOT APPLY TO AGE (Starch ¬ Skim) 1) cortical 2) mixed 3) nuclear 4) + posterior polar 5) brown 6) + zonulyarnaya
8.SAMYMI Common causes of congenital cataracts APPEARANCE ARE 1) a metabolic disorder in the mother during pregnancy 2) influenza, brought by the mother during pregnancy 3) Rubella, transferred the mother time to pregnancy 4) + all of the above
9.YADRO lens Appears 1) 10 years 2) 15 years 3) 25 years 4) 40 years 5) 60 years
10.KAKOY VIEW CATARACT USUALLY do not progress 1) + congenital 2) diabetic 3) senile 4) traumatic 5) radiation
11.U ILL 56 years in both eyes DETECTED ZONULYARNAYA SC ¬ TARAKTA. To what form CATARACT YOU ITS will carry? 1) + congenital 2) acquisition 3) senile 4) Complicated 5) traumatic 6) diabetic
12.U INVESTIGATED 64 years DETECTED FRONT POLAR KATA ¬ Rakta what species can be attributed CATARACT this pathology 1) + congenital 2) senile 3) radiation 4) traumatic 5) Complicated
13.U PATIENT DETECTED ZONULYARNAYA cataract with visual acuity 0.3; WILL progressing cataract 1) Yes 2) + no
14.UKAZHITE STEP is not typical for age (senile cataract) 1) starts 2) overripe 3) immature 4) + terminal 5) Mature
15.UKAZHITE TAG is not typical for MATURE AGE KATA ¬ Rakta 1) visual acuity of light perception is a correct projection of light 2) normal anterior chamber depth 3) the study of transmitted light reflex from the fundus there 4) + in the study of transmitted light reflex from the fundus of gray-pink 5) the shadow of the iris is not
16.KAKAYA VARIETY IS NOT Overripe CATARACT 1) milk 2) morganieva 3) complete resorption of substances lens 4) + complicated
17.BOLNOY 52 years complained of gradual and Bezbakh ¬ LEZNENNOE SNI-ANNEX Vision in right eye. Objectively VISUS OD = 0,5 NOT CORR. COOL EYES, CORNEAL TRANSPARENCY, FRONT CAMERA average depth. INVESTIGATION OF THE ONGOING CBE ¬ TOM in the lumen of pupils Dark, SPITSEPOPODOBNYE turbidity fundus visible on light mist, without any special ¬ Stay. Can be diagnosed: 1) + age (senile) cataracts initial 2) age (senile) immature cataract 3) complicated cataract
18.ESLI cataract DETECTING BY ITS posterior capsule, then what type should think CATARACT 1) + complicated cataract 2) primary senile cataract 3) congenital cataract
19.AFAKIYA IT 1) + aphakia 2) the signs of cataract overripeness 3) lens luxation into the vitreous 4) aniridia 20.KAKOVA AVERAGE POWER PREMLYAYUSCHAYA lens in diopters 1) 10 2) +18 3) 25 4) 40
21.BOLNOMU Immature cataract LOW acuity SHOWN 1) appointment midriatikov to improve vision 2) corectomy 3) installation of drops for enlightenment lens 4) wait until the maturation of cataract 5) + cataract surgery ekstraktatsii
22.ARTIFAKIYA IT 1) aphakia 2) the state of the eye after lens removal 3) + availability in the eye of artificial lens 4) lens luxation into the vitreous
23.KAKIE Method of correction is not usually used AT Afak 1) IOL implantation 2) correction eyeglasses 3) correction with contact lenses 4) + correction telescopic spectacles
24.NAZOVITE most advanced method for correcting Afak 1) + intraocular lens implantation 2) Contact the correction 3) spectacle correction 4) bifocals 5) telescopic spectacles
25.KAKIE glasses you appoint a person with Afak at age 50 if he VISUS both eyes RAVENNA 0.02 C CORR. (+10 Diopters) = 1,0. + (+) 10,0 D for distance, +13,0 D for near vision 1 )+(+) 10,0 D for distance, 2) (+) 7,0 D for near vision 3) (+) 13,0 D for constant carrying
26.PRI Dispensary CHILD examination in both eyes detected ¬ WIFE OF FRONT POLAR CATARACT. What kind of treatment you do it will be recommended 1) + treatment is not required 2) cataract extraction is possible at an early age 3) cataract extraction after 15 years with IOL implantation 4) appoint or Vitayodurol Kvinaks for preventing the progression of cataracts
27.BOLNOMU with unilateral mature senile cataract and high acuity of vision (0,9) ON WHICH THE SECOND EYE ReCom ¬ mendations you give 1) + do ekstraktatsiyu cataract with IOL implantation 2) make ekstraktatsiyu cataract with subsequent correction of aphakia glasses 3) wait until the worse of the second eye, and then operate 4) designate a cataract eye Vitayodurol, Kvinaks
28.U ILL 63 years 15 years ago, it was penetrating wound right eye. ALL TIME AFTER INJURY eyes are well seen. A month ago, patient began the deterioration of view in this GLAZU.PRI EXAMINATION: VISUS OD = 0,4 HE CORR. VIS OS = 0,7 HE CORR. Transmitted light in both eyes SEE SPITSEPODOBNYE cataract, is located in the cortical layer. Fundus were normal. DIAGNOSIS: 1) + starting senile cataracts in both eyes 2) traumatic cataract OD; senile cataract OS 3) complicated cataract OU 4) brown cataract
29. WHAT COMPLICATIONS WITH SWELLING IMMATURE CATARACT 1) fakoliticheskaya glaucoma 2) fakotoksichesky iridocyclitis 3) + fakomorficheskaya glaucoma 4) divide the anterior lens capsule 5) a dislocated lens nucleus into the anterior chamber 6) all of the above ... INJURY OF ORGAN OF VISION 1) Sol.Sulfacili-natrii 30% 2) + Sol.Fiuoresceinr 1% 3) Sol. Furacilini 0,02% 4) Sol. Atropini sulfatis 1% 2.PROBODNOE WOUNDED eyeball with uveal TISSUE DAMAGE COULD RESULT IN THE SECOND Eye Health DEVELOPED TO ¬ TIYU 1) traumatic cataract 2) + sympathetic ophthalmia 3) traumatic retinal detachment 3. DISTINGUISH following forms of sympathetic ophthalmia 1) keratitis, fibro-plastic iridocyclitis, neyroretinit 2) + neyroretinit, fibro-plastic and serous iridocyclitis 3) fibro-plastic and serous iridocyclitis, sklerotenonit 4.PRI blunt trauma of the eyes are signs of damageto iris 1) mydriasis, iridodialysis, aniridia, rupture of the stroma 2) + mydriasis, iridodialysis, aniridia, the gap pupillary edge 3) mydriasis, iridodialysis, aniridia, rupture of the stroma or pigment layer 5.presence of blood in the anterior chamber CALLED 1) hemophthalmus 2) hemianopsia 3) + hyphema 6.presence of blood in the vitreous body is called 1) + hemophthalmus 2) hemianopsia 3) hyphema 7.Preasons of hyphema AT blunt trauma of the eye may be broken ¬ of INTEGRITY 1) of the cornea and iris 2) + iris and ciliary body 3) of the ciliary body and cornea 8.PRI Contusion retina exhibit the following CHANGE 1) necrosis, hemorrhage, rupture, abruptio 2) hypertension, hemorrhage, rupture, abruptio 3) + edema, hemorrhage, rupture, abruptio 9. AT THE STUPID TRAUMA FOLLOWING DAMAGES OF THE OPTIC NERVE ARE OBSERVED
1) compression of the retrobulbar hematoma, rupture of congested drive ZN 2) stifled hematoma, rupture, postbulbar neuritis 3) + compression retrobulbar hematoma, rupture or detachment ZN
THE RETINA AND OPTIC NERVE
1. THE CHALLENGE. Older gipertonik suddenly lost sight of his eyes until the fingers from the person. Before the impairment of the short notice, but the vision has fluctuated between eye grounds the optic disc, retinal edema blurred boundaries. The macular area visible "cherry bone". Artery narrow. WHAT THIS DISEASE? 1) acute attack of glaucoma 2) + sharp impassability of central retinal artery 3) acute obstruction of the central retinal vein 4) acute Central horioretinit 5) makulodistrofiâ
2. THE CHALLENGE. Older gipertonik suddenly lost sight of his eyes until the fingers from the person. Before the impairment of the short notice, but the sight before. On eye grounds the optic disc swelling with blurred boundaries. retina. The macular area visible "cherry bone". Artery narrow. EMERGENCY CARE 1) inastillâciâ midriatiky and introduction of heparin instillâciâ midriatiky 2) 3) + introduction of heparin and sosudorasshiratei funds
3. SYMPTOMS ON EYE GROUNDS IN HYPERTENSION 1) swelling of the retina, mottling of macular area 2) Vienna has arteries neovessels 3 + narrowing of the arteries), small haemorrhages in the retina
4. SYMPTOMS ON EYE GROUNDS IN HYPERTENSION 1) symptom Salûsa-Gunna (arteriovenous perekresta), pigmentary spots in the macular area 2) symptom Gvista (štoporoobrazn izvitost′ small venul in macular area) 3) + symptoms Salûsa-Gunna and Gvista
5. CHARACTERISTIC SYMPTOMS, THYREOTOXICOSIS 1) eyes white central scotoma, poblednen temple half drive of an optic nerve, HIP in norm 2) eye white, exophthalmos congestive optic disc Central scotoma 3) eye white, decreased Visual acuity, microaneurysms, hemorrhage and white spots on eye grounds, HIP in norm 4) + eyes white, exophthalmos, upper eyelid when looking down, Visual acuity is not compromised; HIP in norm
6. THE CHARACTERISTIC SYMPTOMS OF DIABETES MELLITUS 1) eyes white central scotoma, poblednen temple half drive of an optic nerve, HIP in norm 2) eye sight is not white, infringed on eye grounds microaneurysms, symptoms and Gvista Salûsa-Gunna 3) + white eye, loss of Visual acuity, microaneurysms, hemorrhage and white spots on eye grounds, HIP in norm 4) eye white, exophthalmos, upper eyelid when looking down, Visual acuity is not broken, HIP in norm
7. NEURITIS MAY OCCUR WHEN 1) blood diseases 2) polinevrite 3) + purulent inflammation of the nasal sinuses facial nerve paralysis of 4) 5) brain contusions
8. THEY NOTICED A SUDDEN DECREASE of 25 years OF GO ¬â RIGHT EYE STAIN IN THE CENTER OF THE VISUAL FIELD. RIGHT EYE WHITE BUT NOT SORE. MORBID. EASY ON EYE GROUNDS POBLEDNEN TEMPLE HALF DRIVE OF AN OPTIC NERVE. A DISEASE IN WOMEN 1) long-term optic disc 2) Central horioretinit 3) + advanced optical neuritis 4) makulodistrofiâ
9. WOMAN NOTICED A SUDDEN DECREASE of 25 years OF GO ‰ RIGHT EYE STAIN IN THE CENTRE OF PRAZ. FIRST EYE WHITE DOES NOT HURT BUT PAINFUL MOVEMENT. EASY ON EYE GROUNDS POBLEDNEN TEMPLE HALF DIS-KA OPTIC NERVE. HOW TO ATTRACT Specialists FOR CONSULTATIONS AND TREATMENTS  1) + otorinolaringologa and neurologist 2) neurologist and infections 3) infectiologist and surgeon 4) surgeon and physician
10. A SURE SIGN OF AN OPTIC NERVE NEURITIS 1) Hemeralopia double vision 2) 3) + cvetoslepota 4) + decrease in central view
11. A SURE SIGN LONG-TERM DISK VISUALIZATION IS ¬ SJ 1) perikorneal′n injection and exophthalmos 2) proptosis and smazannost′ borders drive optic nerve 3) + smazannost′ borders and boundaries of an optic nerve vystoân 12. PITUITARY TUMOR IS DETERMINED 1) concentric Visual field 2 absolute Central scotoma) 3) + bitemporal′n gemianopsiâ 4) binazal′n gemianopsiâ
13. FOR THE OPTIC NERVE NEURITIS CHARACTERIZED BY SIM ¬ PTOMY 1) eyes white pupil black on eye grounds atrophy and excavation drive optic nerve. HIP (+) 1. 2) + white eye, pain when moving the eyes, decreased Visual acuity, hyperemia drive optic nerve, HIP back to normal. 3) eye white, smooth movements, on eye grounds the optic disc with unclear borders prominiruet vitreous, HIP back to normal.
14. FOR LONG-TERM DRIVE OPTIC NERVE IS 1) eyes white pupil black on eye grounds atrophy and excavation drive optic nerve, HIP (+) 1. 2) eye white eye movements, pain, decreased Visual acuity, hyperemia drive optic nerve, HIP back to normal. 3) + eyes white, smooth movements, on eye grounds the optic disc with fuzzy borders promi-planned vitreous, HIP back to normal. 15. FOR HITTING THE INTERNAL PART IS HIAZMY 1) complete blindness 2) Central scotoma 3) + bitemporal′n gemianopsiâ 4) binazal′n gemianopsiâ 5) gomonimn gemianopsiâ
16. TO ENGAGE OUTSIDE OF HIAZMY CHARACTERISTIC 1) complete blindness 2 Central scotoma) 3) bitemporal′n gemianopsiâ 4) + binazal′n gemianopsiâ 5) gomonimn gemianopsiâ
17. A CHARACTERISTIC SYMPTOMS IN MULTIPLE SCLEROSIS 1) + eyes white central scotoma, poblednen temple half drive of an optic nerve, HIP in norm 2) eye white, decreased Visual acuity, microaneurysms, hemorrhage and white spots on eye grounds, HIP in norm 3) eye white, exophthalmos, upper eyelid when looking down, Visual acuity is not compromised; HIP in norm 4) perikorneal′n injection posterior synechiae, excavation and atrophy of an optic nerve, HIP + 1
DISORDERS OF LENS
1. IN AN AGE MATURE CATARACT 1) + pupil gray reflex with an eye not HIP in norm 2) perikorneal′n injection, the rear surface of the cornea, pupil narrow precipiaty, HIP in norm 3) eye calm pupil black on eye grounds atrophy and excavation spectator ¬ leg nerve, HIP improved 4) long-term injection eyeballs, anterior chamber small pupil wide, HIP high 5) pupil gray, when in light visible dark stripes as the spokes in a wheel, HIP in norm
2. AGE OF CATARACT 1) pupil gray reflex with an eye not HIP in norm 2) perikorneal′n injection, the rear surface of the cornea, pupil, narrow precipiaty, HIP in norm 3) eye calm pupil black on eye grounds atrophy and excavation spectator ¬ leg nerve, HIP improved 4) long-term injection eyeballs, anterior chamber small pupil shero ¬ KIY, HIP high 5) + pupil gray, when in light visible dark stripes as the spokes in a wheel, HIP normal 3. CLOUDING OF THE LENS IS 1) + cataract 2) aphakia 3) thorn 4) glaucoma
4. WHICH OF THE FOLLOWING Methods TO BEST EXPLORE THE LENS in the clinical setting 1) + biomicroscopy 2) direct ophthalmoscopy 3) passing light 4) fokal′noe lighting 5) ophthalmoscopy in reverse form
5. CONGENITAL CATARACTS USUALLY 1) progressing 2) + is not progressive 6. CATARACTS USUALLY ACQUIRED. 1) + progressive 2) is not progressive
7. WHAT ARE THE TWO TYPES OF CATARACTS ARE NOT AGE (STARČE ¬ SC) 1) Cork 2) mixed 3) nuclear 4) + rear polar 5) Brown 6) + zonulârn
8. THE MOST FREQUENT causes of CONGENITAL CATARACTS ARE 1) metabolism in the body of the mother during pregnancy 2) flu, migrated the mother during pregnancy 3) rubella, moved his mother at the time of pregnancy 4) + all listed
9. THE CORE OF THE LENS APPEARS IN 1) 10 years 15 years 2) 3) + 4) 25 years 40 years 5) 60 years
10. WHAT KIND OF CATARACT USUALLY PROGRESSES 1) + 2) diabetic congenital 3) Senile 4) traumatic 5) radiation
11. IN 56 YEARS in both eyes FOUND ZONULÂRN QA ¬ TARAKTA. WHAT KIND OF CATARACT YOU ITS PERVERSION? 1) + congenital 2) acquired 3) Senile 4) complicated 5) traumatic 6) diabetic
12. EXPLORE 64 YEARS FOUND ANTERIOR POLAR KATA ¬ CONTRACT WHICH TYPE OF CATARACT INCLUDE THIS congenital PATHOLOGY) + 1 2) Senile 3) radiation 4) traumatic 5) complicated
13. ZONULÂRN CATARACT DETECTED IN PATIENTS With IMPAIRED 0.3; WHETHER PROGRESS CLOUDING OF THE LENS 1) Yes + No 2)
14. INDICATE THE STAGE IS NOT CHARACTERISTIC OF THE AGE (SENILE CATARACT) 1) begins 2)-over-ripe 3) immature 4) + Terminal 5) mature
15. INDICATE THE SIGN IS NOT CHARACTERISTIC FOR MATURE AGE KATA ¬ CONTRACTS 1) Visual acuity is the correct projection beam svetooŝuŝeniû 2) depth of anterior chamber-normal 3) when passing light reflex with an eye not 4) + when passing light reflex with an grey-pink 5) there is no shadow IRIS
16. What are VARIANT WAS NOT OVERRIPE CATARACTS 1) milk 2) morganieva 3) full absorption of substances lens 4) + complicated
17. SICK 52 YEARS HAD complaints about the GRADUAL And BEZBO ¬ LEZNENNOE SNY- VIEW IN THE RIGHT EYE. OBJECTIVELY VISUS OD = 0.5 NOT CORRESPONDENT. EYE CALM, TRANSPARENT CORNEA, AVERAGE DEPTH OF ANTERIOR CHAMBER. WHEN YOU STUDY VOLUME IN PASSING SWE ¬ GLEAM PUPIL SEE DARK SPICEPOPODOBN MILKINESS, EYEBALL THE BOTTOM CAN BE SEEN IN THE LIGHT FOG, ESPECIALLY YOUR ART. YOU CAN DIAGNOSE: 1) + age (senile) primary cataract 2) age (senile) immature cataract 3) complicated cataract
18. SHOULD THE CLOUDING OF THE LENS IS FOUND UNDER HIS POSTERIOR CAPSULE, WHAT TYPE OF CATARACT SHOULD THINK complicated cataract + 1) 2) initial senile cataract 3) congenital cataract APHAKIA IS 19. 1 + without lens) 2) signs over ripeness of cataract 3) lens luxation into the vitreous 4) Congenital absence of IRIS 20. WHAT IS THE AVERAGE POWER OF THE LENS In Viewfinders PREMLÂÛŜ 1) 10 2 + 18) 3) 25 4) 40
21. SICK IMMATURE CATARACTS WITH LOW ACUITY SHOWS 1) assigning midriatiky for improvement of sight 2) iridèktomiâ 3) installation drops for the enlightenment of the lens 4) wait until the full mature cataract 5) + èkstraktacii cataract operation ARTIFAKIÂ IS 22. 1) without lens 2) status of the eyes after removal of the lens 3) + availability in the eye of artificial lens 4) lens luxation into the vitreous body as WAYS OF CORRECTION DOES NOT NORMALLY APPLY AT AFAKII 1 IOL implantation) 2 correction of eyeglass lenses) 3) correction of contact lenses 4) + adjusting Rod glasses
24. WHAT WERE THE MOST PERFECT AFAKII CORRECTION METHOD 1 + intraocular lenses lens implantation) 2) contact correction 3) spectacle correction 4) bifocal glasses 5) Rod glasses 25. WHAT POINTS YOU ASSIGN PERSON WITH AFAKI aged 50 years IF HE VISUS BOTH EYES IS 0.02 CORRESPONDENT. (+ 10 +) = 1.0. + (+) 10 d for Dali, near +13, 0 d 1) + (+) 10 d for DALI 2) (+) 7 d near 3) (+) 13 0 d to carry
26. DISPENSARY EXAMINATION OF A CHILD in both eyes DETECTION ¬ WIFE ANTERIOR POLAR CATARACTS. WHAT TREATMENT YOU'LL RECOMMEND 1 + treatment not required) 2) cataract may at an early age 3) cataract after 15 years with implant of IOL 4) appoint Vitajodurol or for preventing progression of cataract Kvinaks
27. IN PATIENTS WITH UNILATERAL MATURE SENILE CATARACTS AND HIGH ACUITY (0.9) AT THE SECOND EYE AS RECOMMENDED ¬ ABSORB YOU GIVE 1) + make èkstraktaciû cataract with implant of IOL 2) make cataract with subsequent correction èkstraktaciû afakii points 3) wait until the deterioration of the second eye, then operate 4) designate in cataract eye Vitajodurol, Kvinaks
28. PATIENTS age 63 15 YEARS AGO WAS PENETRATING INJURIES TO HIS RIGHT EYE. ALL TIME AFTER EYE INJURIES ARE WELL SEEN. A MONTH AGO, WITH IMPAIRMENTS WAS CELEBRATED IN THAT EYE. INSPECTION: VISUS OD = 0.4 HE'S CORRESPONDENT. VIS OS = 0.7 HE'S CORRESPONDENT. IN THE LIGHT IN BOTH EYES CLOUDING OF THE LENS ARE SPICEPODOBN IN CORTICAL LAYER. EYE BOTTOM TO NORMAL. DIAGNOSIS: 1) + starting senile cataract both eyes 2) traumatic cataract, senile cataract OS OD complicated cataract OU 3) 4) Brown cataract 29. WHAT COMPLICATIONS WITH SWELLING IMMATURE CATARACT phacolytic glaucoma 1) 2) fakotoksičesk iridociklit 3) + fakomorfičesk glaucoma 4) front lens is capsules tearing 5) dislocation anterior chamber lens in kernel 6) all listed
CORNEA AND VASCULAR DISORDERS
1. IN HISTOLOGICAL STUDY OF THE CORNEA, EMIT 1) front and rear epithelium, own substance (TDB) 2) + front and rear epithelium, front and rear edge plates ¬, strictly 3) front and rear of pigment epithelium, front and rear edge plates, strictly
2. THE BASIC PROPERTIES OF THE ANTERIOR CORNEAL EPITHELIUM IS 1) participating in the development of lacrimal fluid 2) + high regenerative ability 3) mechanical protection to fabrics
3. YOUR OWN STUFF (STROMA) CORNEA PROVIDES 1) absorption of ultraviolet and infrared rays 2) + transparency of a cornea 3) metabolism between eye and plaintive liquid 4. main functions OF THE CORNEA ARE 1), anchor, photoconductive 2) + photoconductive, svetoprelomlâûŝ, protective 3) anchor svetoprelomlâûŝ, vlagoproduciruûŝ 5. REFRACTIVE POWER OF THE CORNEA IS 1) 18.0 20.0 diopters 2) + 40.40 42.0 diopters 3) 1.5 2.0 diopters 4) 28.0 30.0 diopters 5) 60.0 62.0 diopters
6. THE DIAMETER OF THE CORNEA IN NORM 1) + 10 mm, vertical-horizontal-11 mm 2) vertical-horizontal-14 mm, 15 mm 3-19 mm) vertical, horizontal-20 mm
7. POWER OF THE CORNEA 1) rear long ciliary arteries, nazociliarn artery, 2) + tear Teardrop, capillary network zone, limba, aqueous 3) aqueous ciliary arteries, front episcleral ¬the criteria 8. Arte PROPERTIES OF NORMAL CORNEA 1) brilliant angle, čuvstvitel′sn has some size 2) transparent, ellipsoidal, has some form of 3) + transparent, shiny, ysokočuvstvitel′n, spherical shape, has a certain size
9. OFFER CORNEA INNERVACIÛ 1) + the first branch of the trigeminal nerve, sympathetic fibers Plexus home ¬ the carotid artery 2) of the first branch neuralgia of the sympathetic fibers of the carotid artery, facial nerve 3) of the first branch of the trigeminal nerve, facial nerve fibers of the oculomotor nerve, parasympathetic
10. THE VAST MAJORITY OF SENSITIVE TEP′N NERVOUS FINAL ¬ OFFICES LOCATED IN Layers 1) + front surface layers epithelium and the stroma 2) front epithelium, superficial and deep layers of the stroma 3) front epithelium, surface and deep skin layers stroma rear 11.main methods of research OF THE CORNEA ARE 1) study in light and lighting method side 2) + side lighting and biomicroscopy method 3) ophthalmoscopy and biomicroscopy
12. IN ORDER TO DETERMINE THE INTEGRITY OF THE CORNEAL EPITHELIUM NEED ¬ MY INSTILLIROVAT′ In KON″ÛNKTIVAL′N CAVITY 1) Sol DicainiO, 5% 2) Sol Collargoli 1%. 3) Sol. SuHacyli-natrii 30% 4) + Sol Fluoresceini 1%
13. FOR REFERENCE CHECKING CORNEAL SENSITIVITY 1) apply the "air jet" (from the rubber PEAR or mouth) 2) + are thin flagella, collapsed from wet wool 3) until the end of the cornea dotragivaûtsâ glass sticks or pipette, strip of paper
14. INFLAMMATORY DISEASES OF THE CORNEA CALLED 1) Irit 2) + keratitis 3) conjunctivitis 4) ciklit
15. FOR KERATITy CHARACTERISTIC 1) kon″ûnktival′n injection 2) + perikorneal′n injection 3) hybrid injection 4) long-term injection
16. FOR PERIKORNEAL′N INJECTIONS ARE NEXT TO your CHARACTER 1) + extended vessels edges Wale-network, did not apparently because Matt èpisklery, pinkish-violet aura prosvečivaût on Limbu with decreasing intensity toward vaults 2) conjunctiva dark red with bluish tinge and extended and winding vessels subject to overweight shelter èpisklera oedematous ¬ filling receptacles 3) conjunctiva bright red colors with decreasing intensity as we approach the cornea, well visible blood vessels, a crowded petehii 17 are possible. INFLAMMATION IN THE CORNEA IS CALLED 1) abscess flegmon 2) 3) + infiltration
18. WHEN KERATITE MILKINESS 1) grey with clear 2) + gray fuzzy border 3) white with blur border 4) white with clear boundaries
19. WHEN BEL′ME (LEJKOME) DIMNESS 1) grey with clear boundaries 2) gray fuzzy border 3) white with blur border 4) + white with clear boundaries
20. WHEN THE KERATITE MILKINESS 1) gray with mirror gloss 2) + gray lack mirror gloss 3) white with mirror gloss 4) white with no mirror gloss
21. WHEN BEL′ME (LEJKOME) DIMNESS IN THIS AREA 1) gray with mirror gloss 2) gray lack mirror shine 3) + White gloss with mirror 4) white with no mirror shine 22. TYPICAL complaint KERATITE ARE 1) lomâŝ pain photophobia, looking at the source of light, a sense in the eye, fog raspiraniâ before eyes foreign body sensation, sense 2) burning and "counter" for centuries, stuck together century in the morning light shroud in front of the eyes 3) + photophobia, lacrimation, Blepharospasm, the feeling of a foreign body in the upper eyelids, lower acuity 4) nagging, throbbing pain in the eye, «shroud» before eyes bright circles when looking at a light source
23. SYNDROME CHARACTERIZED BY TYPICAL KERATITA STING ¬ in COMBINATION WITH PERIKORNEAL′N INFECTION CALLED 1) keratitn 2) + corneal 3) perikornealyn
24. ACUTE INFLAMMATORY PROCESS OF THE CORNEA INFILTRATION IN EARLY 1) rubcuetsâ 2) 3) + iz″âzvlâetsâ metastasises
25. EXOGENOUS KERATITy INCLUDE THE FOLLOWING TYPES OF 1) traumatic, purulent, surface caused by nesmykaniem palpebral fissure 2) generalized (specific infection), nejroparalitičesk, avita ¬ minozn 3) Sclerosing, deep, neurogenic, allergic 4) + trauma, infectious disease caused by appendage apparatus eyes
26. To INCLUDE THE FOLLOWING KINDS OF ENDOGENOUS KERATITy 1) traumatic, purulent, surface caused by nesmykaniem palpebral fissure 2) + generalizovan (specific infection), nejroparalitičesk, avita ¬ minozn 3) Sclerosing, deep, neurogenic, allergic 4) trauma, infectious disease caused by appendage apparatus eyes
27. INTEGRATION of the blood vessels In THE CORNEA CALLED THE 1) infiltration lejkoma 2) 3) + vaskulârizaciâ
28. NATURE OF VASCULARIZATION (DEEP OR SUPERFICIAL) DEPENDS ON your 1) square of infiltration, 2) infectious agent 3) + depth corneal lesions 4) degree of destruction of sensitive nerve fibres
29. A SIGNIFICANT DECREASE IN SENSITIVITY OF THE CORNEA IS ¬ KERATITA INVOLVED ARE TO 1) bacterial 2 TB) 3) + 4 syphilis herpetic) 30. PROBABLE CORNEAL ULCERS ARE activators of PURULENT 1) Adeno virus herpes, mikrobakterii 2) Blue-purulent and Escherichia coli 3) + diplokokk, Streptococcus, stafillokokk
31. ACCUMULATION OF PUS AT THE BOTTOM OF THE ANTERIOR CHAMBER IS CALLED 1) 2) + gipopion gifem 3) lejkom
32. THE MAIN CLINICAL SYMPTOMS OF CORNEAL ULCER CREEPING 1) abundant purulent sores, split from the bottom of a deep scarring of the cornea with a pronounced violation appear spherical 2) deep and extensive pitting cornea expressed previously scarring vaskulârizaciâ 3) + progressive zone ulcers (active area), early iridocikpit with gipopion
33. ICHOR CORNEAL ULCER COMPLICATIONS 1) atrophy of eyeballs, cataracts, simblefaron 2 + corneal perforation), endophthalmitis, secondary glaucoma 3) panoftal′mit, pannus, Keratoconus
34. WHEN NECESSARY THE FOLLOWING PURULENT KERATITy LABORATORY 1) immunological 2) biochemical 3) + microscopic and bacteriological 4) fluorescent methods
35. THE PRINCIPLES OF CONSERVATIVE THERAPY OF PURULENT KERATITy 1) + active antibiotics, cleaning and stimulation tuširovan ulcers, epithelization, cupping iridociklita 2) active anti-inflammatory therapy with corticosteroids, diathermal anthrax scarscale ulcers, stimulation 3) antibacterial therapy, local anesthetics, tamponirovan bed sores paste with antibiotics and monocular 36. strewn CLINICAL Forms OF SURFACE HERPETIC KERATI ¬ There ARE Keratoconjunctivitis, point 1) and disc-shaped keratity 2) kerato-uveitis, epithelial and metagerpetičesk keratity 3) + puzyr′kovidn (dot) and tree keratity
37. A PROFOUND HERPETIC KERATITy INCLUDE 1) subèpitelial′n scatter keratitis, disc-shaped keratitis 2) + metagerpetičesk keratitis, disc-shaped keratitis kerato-uveitis 3) subèpitelial′n keratitis, tree keratitis, kerato-Uveitis 38. CLINICAL COURSE HERPETIC KERATITy 1) occur against the backdrop of colds, expressiveness of corneal syndrome associated with giperestezi cornea, torpidnoe for heavy scarring 2) + often occurs after ARVI, a sharp decline is ¬ JTI cornea, slow movements, tendency to relapse 3) occurs when the immune status of the organism, is characterized by significant vaskulârizacivj, for the rapid formation of scar in the outcome of a serious
39. FOR TREATMENT OF HERPETIC KERATITy APPOINT INSTILLÂCII 1) Sol. Sulfacyli-natrii 30% 2) Sol. Oentamycini 0.3%, 1% Penicillini Soi. 3) + Sol. interFeroni leicocytaris, Sol, Sol. Dezoxyribonucleazae lDU. 4) Sol. Dexametazoni 0.1 Hydrocortizoni 0.5% Sol.
40. FOR TREATMENT OF HERPETIC KERATITy ASSIGNED TRACK your FUTURE MAZEV DRUGS 1) Ung. Solcoserili (Actovegini) 20% 2) Ung. Hydrocortizoni 0.5%, 1% Prednizotoni Ung. 3) Ung. Laevomycetini 5%, 1% Gentamycini Ung. 4) + Ung. Bonaphtoni 0.05% Ung. TebrofeniO, 1%, 1% Ung. FlorenaliO and Ung Zoviraxi 3%.
41. TUBERKULEZNO-ALLERGIC KERATOKON″ÛNKTIVITY USUALLY OCCUR ... AGE 1 + child) 2) mature 3) mature
42. WHEN APPEARING NEAR LIMBA TUBERKULEZNO-ALLERGIC KERATITE TRANSLUCENT, GRAY SITE ¬ LES ", ARE CALLED 1) infiltration 2) + fliktena 3) ulcer 4) by Blain
43. IN EXODUS TUBERKULEZNO-ALLERGIC KERATITA FORMED 1) persistent infiltration 2) + strong thorn 3 a thinning of the cornea) 44. in TB INFECTION PENETRATES THE CORNEA 1) from the external environment, 2) + from uveal′n tract 3) of the conjunctiva
45. TUBERCULOUS KERATITY USUALLY unilateral) + 1 2) bilateral 46. SPECIFIC TB PROCESS AFFECTS 1) surface layers of the cornea 2) + deep layers of the cornea
47. TUBERCULOSIS KERATITE VASKULÂRIZACIÂ WHEN 1) is not 2) + deep 3) surface, tender
48. the OUTCOMES OF TUBERCULAR KERATITA 1) enabling 2) + adverse
49. IN REMOTE REMISSIONN PERIOD RECIDIVIRUÛŜEGO TU ¬ BERKULEZN KERATITA SHOWS 1) revaccination anti-inflammatory therapy course 2) 3) + keratoplasty
50. TREATMENT OF TUBERCULOSIS KERATITy CONDUCTS 1) optometrist polyclinic 2) family physicians 3) ophthalmologist surgical clinic 4) + ftiziooftal′molog
51. PARENCHYMATOUS KERATITIS (INTERSTITIAL SYPHILIS USUALLY OCCURS IN THE AGE ... 1) + 2) older children 3) mature
52. PARENCHYMATOUS KERATITIS IS A MANIFESTATION OF SYPHILIS 1) 2) tertiary 3) secondary 4) + congenital
53. FOR SYPHILIS PARENCHYMATOUS KERATITA you ¬ HAD ALLOCATED THE STAGE 1) alteration of vascularization, infiltration, 2) + infiltration, vascularization, resorption 3) infiltration, iz″âzvlenii, scarring 4) infiltration, vascularization, proliferation
54. CLINIC SYPHILIS PARENCHYMATOUS KERATITA CHARACTER ¬ DESCRIBED 1) local infiltration 2) local infiltration into deep layers of the cornea 3) Diffuse infiltration in the surface layers of the cornea 4) + Diffuse infiltration into deep layers of the cornea
55. IN SYPHILIS PARENCHYMATOUS KERATITE NOTES 1) only superficial vaskulârizaciâ 2) + deep vaskulârizaciâ cornea 3) there is no healing receptacles
56. IN SYPHILIS PARENCHYMATOUS KERATITE AS AT ¬ RASTANIÂ INFILTRATION OF CORNEA 1) iz″âzvlâetsâ 2) becomes thinner 3) + tends
57. EXODUS PARENCHYMATOUS KERATITA WITH ADEQUATE TREATMENT 1) + friendly 2) questionable 3) adverse
58. A CORNEAL CLOUDING, BARELY VISIBLE IN THE FIRST DEGREE IN SIDE OSVEŜEŜENII THAT PREVENTS USUALLY SNY ¬ BY ACUITY WAS NAMED 1) infiltration 2) + cloud (nubecula) 3) spot (macula) 4) Thorn (leucoma)
59. PERSISTENT LIMITED CLOUDING THE SECOND DEGREE, APPARENT TO THE NAKED EYE, CALLED THE 1) cloud 2) Thorn (leucoma) 3) + spot (macula)
60. A STRONG, COMMON VASCULAR TURBIDITY (W-4 DEGREES), LIGHT GREY OR WHITE clothing, MOST OF WHOM ¬ VICY, ACCOMPANIED BY A SIGNIFICANT DECREASE IN THE METN, CALLED ¬ 1) low vascularized skin 2) + belm (leucoma) 3) rubc 4) stain (macula)
61. the CONSERVATIVE TREATMENT OF EMERGING CLOUDING SECOND ¬ VICY IS THE APPOINTMENT 1) + enzymes 2) vitamin therapy 3) woven biological stimulators 4) immunomodulators
62. WHEN IRIDOCIKLITE 1) pupil gray reflex with an eye not HIP in norm 2) + perikorneal′n injection, the rear su3) eye calm pupil black on eye grounds atrophy and excavation stare ¬ a nerve, HIP improved 4) long-term injection eyeballs anterior chamber small pupil shero ¬ KIY, HIP high 5) pupil gray, when in light visible dark stripes as the spokes in a wheel, HIP in norm
63. THE TYPICAL Complaint IN ACUTE IRIDOCIKLITE ARE 1) + lomâŝ pain photophobia, when looking at a light feeling in the eye of fog before raspiraniâ eyes foreign body sensation, sense 2) burning and "counter" for centuries, stuck together "century in the morning light shroud in front of the eyes 3) photophobia, lacrimation, Blepharospasm, the feeling of a foreign body in the upper eyelids, lower acuity 4) nagging, throbbing pain in the eye, «shroud» before eyes bright circles When looking at a light source
64. VASCULAR ENVELOPE CONSISTS OF. . . PARTS 1) 2 2 + 3) 3) 4 4) 5 65. RAINBOW SHELL ARE 1) dilâtator and muscle Mueller 2) muscle Muller and Brûkke 3) Brûkke muscle muscle and accommodative 4) accommodative and sphincter muscle 5) + sphincter and dilâtator
66. INNERVIRUÛŜ SPHINCTER FIBERS ARE MEMBERS. 1) n. Trochlearis 2) + n Oculomotorius 3 Facialis) n. 4) n. Trigeminus
67. the SPHINCTER MUSCLE INNERVATIONS PUPIL IS 1 + parasympathetic nerve) 2) sympathetic nerve 3) somatic nerve
68. MUSCLE INNERVATIONS DILÂTATORA PUPIL IS 1) parasympathetic nerve 2) + sympathetic nerve 3) somatic nerve
69. SENSITIVE MUSCLE INNERVATIONS IRIS IMPLEMENTED ¬. ... NERVE 1) oculomotor 2) front -3) 4) sympathetic 5) 6) parasympathetic blokovidn 7) + neuralgia (branch) 8) neuralgia (second branch) sensitive nerves No 9)
70. the CILIARY BODY CARRIES OUT SENSITIVE MUSCLE INNERVATIONS ¬ SJ NERVE ... 1) oculomotor 2) front -3) 4) sympathetic 5) blokovidn 6) parasympathetic 7) + neuralgia (branch) 8) neuralgia (second branch) sensitive nerves No 9)
71. SENSITIVE MUSCLE INNERVATIONS HORIOIDEI. ..NERVE 1) sympathetic 2) parasympathetic 3) neuralgia (branch) 4) neuralgia (second branch) 5) + sensitive nerves no
72. BY Vessels IS FOOD IRIS AND CILIARY BODY ciliary arteries 1) front and rear short ciliary arteries 2 + front ciliary arteries), rear long ciliary arteries 3) front and rear ciliary arteries ciliary artery branches long kon″ûnktival′n receptacles
73. the CILIARY BODY PERFORMS TWO FUNCTIONS. SPECIFY HOW 1 + an intraocular liquid) 2) + active component of accommodation and dezakkomodacii 3) regulates the size of the pupil 4) regulates the amount of light entering the eye retina provides power shell 5) regulates the light effect
74. BLUISH TINT COLOR INJECTION HAS THE GREATEST INTENSITY ¬ SIVNOST′ INJECTIONS AROUND THE CORNEA AND WEAKENED TOWARDS THE PERIPHERY THERE IS DIFFUSE REDNESS AND DON'T SEE INDIVIDUAL VESSELS. SUCH INJECTION IS CALLED 1) kon″ûnktival′n 2) mixed 3) + perikorneal′n
75. SELECT TWO NON-CARDINAL SYMPTOM WITH IRITE 1) pain in the eye 2) + decrease in Visual acuity and Visual field 3) perikorneal′n or hybrid injection 4) Miotic 5) + extension pupil 6) change the color of the IRIS 7) stuševannost′ picture IRIS
76. OBJECTIVE EVIDENCE IRIDOCIKPITA 1) perikorneal′n injection 2) change the color and pattern of the IRIS 3) Miotic 4) emergence èkssudata hydrated Beiträge 5) appearance of tissues 6) + all listed
77. WHAT SIGNAL IS NOT TYPICAL FOR CENTRAL HORIORETINITA 1) + pain in the eye 2) fotopsii 3) impairment 4) metamorfopsii 78. INFLAMMATION OF THE IRIS IS CALLED 1) + Irit 2) uveitis 3) ciklit 4) keratitis 5) horioidit
79. the CILIARY BODY CALLED INFLAMMATION 1) + ciklit 2) horioretinit 3) Irit 4) keratitis 5) horioidit
80. VASCULAR INFLAMMATION ACTUALLY CALLED 1) + horioidit 2) ciklit 3) Irit 4) keratitis 5) iridociklit 81. TISSUES IS 1) + rear point accumulation cornea 2) vitreous 3) adhesions IRIS from the front surface of the lens 4) dwarf in the anterior chamber eye 5) blood in the anterior Chamber 6) point milkiness on the front surface of the cornea 7) deposits èkssudata on IRIS
82. THIS SYNECHIAE + 1) with the lens or adhesions IRIS cornea 2) point accumulation on the rear surface of the cornea 3) floating milkiness vitreous 4) inflammatory deposits on the front surface of the lens 83. TREATMENT IRITy And IRIDOCIKLITy MUST BEGIN WITH 1) + instillation eye midriatiky 2) etiotropic therapy 3) antisense therapy 4) application analgetiky
84. POSITIVE ACTION WHEN IRIDOCIKLITy EXPLAINS MIDRIATIKy 1) establishment of peace Rainbow shell and ciliary tepu 2) decrease giperemii anterior segment of the vascular system 3 decline èkssudacii inflamed tissue) 4) inhibit sineh, sraŝeniû and zaraŝeniû pupil 5) + all the 85. MIDRIATIKI THIS MEDICINE 1 + enhance pupil) 2) which reduces pupil 3) lowering eye pressure 86. STRONGEST MIDRIATIČESK EFFECT INSTILLÂCII EYE HAS 1) + Sol Atropini sulfatis 1% 2) Sol Scopoiamini hydrobromidi 0.25%. 3) Sol Homafropini hydrobromidi 1%. 4 Sol Mesatoni1%). 5) Sol PlatyphyHini hydrotartratis 1% 6) Sol Adrenalin! hydrochloride 0.1% 7) SoI. Ephedrini hydrochloric1! 2-3% 87. EXTENDING THE PUPIL WHEN INSTILLÂCII OF ATROPINE BY 1 + paralysis sphincter pupil) 2) excitation dilâtatora pupil 3 cholinesterase enzyme inactivation) 88: WHICH OF THE Products DOES NOT EXPAND THE PUPIL 1) Sol Adrenalini hydrochloride 0.1%. 2) Sol. 1% Atropini sulfatis) + Soi 3. Dicaini 0.25% 4) Sol Scopolamini hydrobromidi 0.25%. 5) Sol Mesatoni 1%.rface of the cornea, pupil narrow precipiaty, HIP in norm
89. WHICH OF THE FOLLOWING drugs are not USED FOR TREATMENT OF IRIDOCIKLITA ¬ 1) atropine 2) corticosteroids 3) pilocarpine 4) antibiotics 5) mezaton 6) sulfanilamida
90. IN WHAT Ways THE APPLIED CORTICOSTEROIDS FOR TREATING UVEITy 1) instillâcii in kon″ûnktival′n bag 2) injections under kon″ûnktivu 3) introduction to suprahorioidal′noe space 4) inside 5) intravenously 6) all listed 91. What are the MECHANISMS OF Corticosteroids IN THE TREATMENT OF UVEITy 1) nonspecific anti-inflammatory and antisense 2) prescribing and antimicrobial 3) antimicrobial and trophic
92. IN PATIENTS WITH INCREASED EYE PRESSURE IRIDOCIKLIT (32 MM Hd) IF ANY OF THE Products YOU MAY NOT ASSIGN 1) midriatiki in eye drops 2) miostiki in eye drops 3) diakarb inside 4) glycerol oral
93. WHICH OF THE FOLLOWING methods are used FOR THE DIAGNOSIS PHASE ¬ STICKS TUMORS VASCULAR DISORDERS 1) biomicroscopy 2) direct ophthalmoscopy 3) ophthalmoscopy in reverse form 4) binocular ophthalmoscopy 5), gonioscopy 6) diafanoskopiâ 7) èhoskopiâ and èhometriâ 8) fluorescence angiography 9) radioisotope diagnostic 10) all listed