Special Propedeutics of Internal Diseases

Total Page:16

File Type:pdf, Size:1020Kb

Special Propedeutics of Internal Diseases VITEBSK STATE MEDICAL UNIVERSITY DEPARTMENT OF PROPEDEUTICS OF INTERNAL DISEASES SPECIAL PROPEDEUTICS OF INTERNAL DISEASES LECTURE COURSE Compiled by L.M. Nemtsov, MD (2-е издание) Vitebsk, EI «VSMU» 2016 УДК 616.1/.4-07(07) ББК 54.1 С 71 Рецензенты: директор Белорусского государственного медицинского колледжа доктор медицинских наук И.И. Бураков; профессор кафедры общей и клинической фармакологии Витебского государственного медицинского университета доктор медицинских наук М.Р. Конорев Немцов Л.М. С 71 Special propedeutics of internal diseases : lecture course (Частная пропедевтика внутренних болезней : курс лекций (на английском языке) / Л.М. Немцов. – 2-е изд. – Витебск: ВГМУ, 2016. – 318 с. ISBN 978-985-466-822-2 Курс лекций «Частная пропедевтика внутренних болезней» составлен в соответствии с типовой учебной программой по пропедевтике внутренних болезней, утвержденной Министерством Здравоохранения Республики Беларусь в 1997 г., регистрационный № 08-14/5906, и рабочей учебной программой по пропедевтике внутренних болезней для студентов лечебно-профилактического факультета, утвержденной ВГМУ 29.08.2003 г. по специальности «Лечебное дело». УДК 616.1/.4-07(07) ББК 54.1 Первый выпуск в 2011 г. Немцов Л.М., 2016 УО «Витебский государственный медицинский университет», 2016 ISBN 978-985-466-822-2 CONTENT pp reface 5 Diseases of respiratory system Clinical, laboratory and instrumental methods of diagnostics 6 Basic clinical syndromes of pulmonary diseases 13 Respiratory insufficiency (failure) 18 Bronchitis 21 Pulmonary emphysema 25 Cor pulmonale (pulmonary heart) 27 Conception of chronic obstructive pulmonary disease (COPD) 29 Bronchial asthma 31 Pneumonia 36 Pleurisy 43 Diseases of blood circulatory system Clinical, laboratory and instrumental methods of diagnostics 48 Circulatory insufficiency 55 Clinical syndromes of arrhythmias 67 Acute rheumatic fever (Rheumatism) 68 Infective (bacterial, septic) endocarditis 75 Conception of non-rheumatic myocarditis, myocardial dystrophies, and cardiomyopathies 78 Acquired heart valves diseases: 82 mitral incompetence 83 mitral stenosis 85 aortic incompetence 87 aortic stenosis 90 tricuspid incompetence 91 Essential arterial hypertension 95 Conception of symptomatic (secondary) arterial hypertension 102 Ischemic heart disease: 104 angina pectoris (stenocardia) 105 myocardial infarction 111 conception of acute coronary syndrome 119 Diseases of digestive system Symptomatology and diagnostics of diseases of esophagus, stomach, and duodenum 120 Study of gastric secretion 126 Syndrome of dysphagia 129 Gastro-esophageal reflux disease (GERD) 130 Functional dyspepsia 133 Gastritis 136 Peptic ulcers of stomach and duodenum 139 3 Symptomatology and diagnostics of intestinal diseases 144 Coprology studies 147 Basic clinical syndromes of intestinal diseases 152 Irritable bowel syndrome 160 Cronh's disease 162 Non-specific ulcerative colitis 165 Clinical and laboratory examination in the liver and bile ducts diseases 167 Basic clinical syndromes of the hepatobiliary pathology 181 Biliary dysfunction (dysfunction of gallbladder and sphincter of Оddy) 188 Cholecystitis 190 Cholelithiasis 192 Cholangitis 194 Chronic hepatitis 195 Liver cirrhosis 198 Diseases of kidneys and urinary paths Clinical, laboratory and instrumental methods of diagnostics 203 Basic clinical syndromes of kidneys and urinary paths diseases 213 Acute glomerulonephritis 221 Chronic glomerulonephritis 224 Pyelonephritis 226 Diseases of blood Clinical, laboratory and instrumental methods of diagnostics 228 Basic clinical syndromes of the blood diseases 240 Anemia 246 Hemorrhagic diathesis 251 Leucosis 255 Diseases of endocrine system and metabolism Clinical, laboratory and instrumental methods of diagnostics 262 Goiter (goitre, struma) 269 Hyperthyroidism (thyrotoxicosis) 270 Diffuse toxic goitre (Basedov´s, or Grave´s disease) 273 Hypothyroidism (myxedema) 274 Diabetes mellitus 276 Obesity 284 Cachexia 287 Acute allergic diseases Conception of allergy (hypersensitivity) 292 Disorders of vasoactive mediators: Urticaria and angioedema 294 Acute anaphylaxis (Anaphylactic shock) 296 Symptomatology and diagnosis of HIV and AIDS 299 Supplement. Standards of laboratory tests 308 Literature 318 4 The lecture course of special propedeutics of internal diseases is designed basically for students of the faculty for the training of foreign citizens through the mediation of the English language during the course of studies. The lectures can be useful to teachers of therapeutic departments of medical universities while preparing for their classes with foreign students, to senior students, post-graduates and clinical residents. The lectures correspond to the basic educational thematic parts of the special propedeutics of internal diseases, according to Standard Educational Program of internal diseases propedeutics approved by Ministry of Public Health of Republic of Belarus in 1997 (registration number 08-14/5906) and the work program of internal diseases propedeutics for students of medical faculty approved by Vitebsk state medical university in 2003. The reference sources of the lectures are selected with regard for the modern level of internal medicine development. We ask to send all critical remarks and wishes to the department of propedeutics of internal diseases of Vitebsk state medical university. 5 Diseases of respiratory system Clinical, laboratory and instrumental methods of diagnostics Diagnosis and management of pulmonary disorders requires a history, a physical examination, and usually chest x-rays. Laboratory examinations, such as common blood count, analysis of sputum, pulmonary function testing, arterial blood gas analysis, chemical or microbiologic tests, and other special studies (e.g. bronchoscopy) may be needed. Subjective examination (inquiry) in diseases of respiratory system Complaints The basic complaints are typical for the respiratory system: - dyspnea (character – inspiratory, expiratory, mixed; persistent, progressive, periodical); - cough (dry, wet; character of sputum); - bloody expectorations (hemoptysis); - pain in the chest (localization; relationship to cough, respiratory phase, position of the patient); - fever (character and level of body temperature). History of the present disease gives answers about: - beginning of diseases (acute, gradual); - contact with infections patient (in tuberculosis, influenza, other acute respiratory infections, AIDS) - exposure to environmental allergens (dust mites, pet dander, or cockroach allergens in the home or allergens in the outdoor environment such as pollen and ragweed) or occupational allergens (in bronchial asthma); - course of disease (acute, prolonged, chronic, persistent, periodical exacerbations); - chilling and cooling (in acute bronchitis, pneumonia, chronic bronchitis); - previous (before hospitalization of the patient) examinations and treatment (the medical preparations, their effectiveness) of present disease. History of past life includes questions of: - smoking history (the number of years of smoking, the intensity, passive smoking); - occupational hazards (coal, silica, asbestos dusts; cold and wet working conditions); - living conditions; - allergy (polinosis, inhalant allergy- hay fever, house dust allergy, medications); - frequent respiratory infections; 6 - others predisposing diseases and factors (tuberculosis, diabetes mellitus, various chronic purulent diseases, acute and chronic heart, shock, disorders of nutrition); - family history (bronchial asthma, cystic fibrosis, a1-antitrypsin deficiency). Objective examination in diseases of respiratory system Physical examination follows history taking in importance. The sequence of inspection, palpation, percussion, and auscultation should be followed when examining the lungs. General inspection (survey) may detect typical symptoms of respiratory system diseases: Position of patient - active, passive, forced lateral recumbent (in pneumonia, tuberculosis, exudative and dry pleurisy, pulmonary abscess or gangrene, bronchiectases), forced sitting (pneumothorax, an attack of bronchial asthma, emphysema). Colour of skin: - “facies febrilis“ is characterized by hyperemic skin, sparkling eyes and excited expression; feverish redness in acute lobar pneumonia is more pronounced on the side of the affected lung; - cyanosis - central cyanosis in respiratory failure (various degrees of blueness from moderate cyanosis of the face up to diffuse cyanosis); - peripheral cyanosis is associated with stasis of circulation (blueness of distal parts of extremities, prominent parts of nose, cheeks, ears and tip of tongue). Drumstick (clubbed, Hippocratic) fingers - enlargement of the terminal digital phalanges with loss of the nail bed angle (“watch glass nails”) in prolonged suppurative processes in lungs (abscesses and gangrene), emphysema, tumours of mediastinum and lungs, bronchoectatic disease, chronic circulatory insufficiency, liver cirrhosis. Inspection of chest Static survey estimates the shape of the chest at quiet respiration. Pathological chest: emphysematous (barrel-like), paralytic chest, rachitic (keeled or pigeon chest), funnel, foveated, kyphoscoliotic. Asymmetric expansion of the chest is usually due to an asymmetric process affecting the lungs, such as endobronchial obstruction of a large airway, unilateral parenchymal or pleural disease, or unilateral phrenic nerve paralysis. Visible abnormalities of the thoracic cage include kyphoscoliosis and ankylosing spondylitis, either of which can alter compliance
Recommended publications
  • Pathophysiology of Acid Base Balance: the Theory Practice Relationship
    Intensive and Critical Care Nursing (2008) 24, 28—40 ORIGINAL ARTICLE Pathophysiology of acid base balance: The theory practice relationship Sharon L. Edwards ∗ Buckinghamshire Chilterns University College, Chalfont Campus, Newland Park, Gorelands Lane, Chalfont St. Giles, Buckinghamshire HP8 4AD, United Kingdom Accepted 13 May 2007 KEYWORDS Summary There are many disorders/diseases that lead to changes in acid base Acid base balance; balance. These conditions are not rare or uncommon in clinical practice, but every- Arterial blood gases; day occurrences on the ward or in critical care. Conditions such as asthma, chronic Acidosis; obstructive pulmonary disease (bronchitis or emphasaemia), diabetic ketoacidosis, Alkalosis renal disease or failure, any type of shock (sepsis, anaphylaxsis, neurogenic, cardio- genic, hypovolaemia), stress or anxiety which can lead to hyperventilation, and some drugs (sedatives, opoids) leading to reduced ventilation. In addition, some symptoms of disease can cause vomiting and diarrhoea, which effects acid base balance. It is imperative that critical care nurses are aware of changes that occur in relation to altered physiology, leading to an understanding of the changes in patients’ condition that are observed, and why the administration of some immediate therapies such as oxygen is imperative. © 2007 Elsevier Ltd. All rights reserved. Introduction the essential concepts of acid base physiology is necessary so that quick and correct diagnosis can The implications for practice with regards to be determined and appropriate treatment imple- acid base physiology are separated into respi- mented. ratory acidosis and alkalosis, metabolic acidosis The homeostatic imbalances of acid base are and alkalosis, observed in patients with differing examined as the body attempts to maintain pH bal- aetiologies.
    [Show full text]
  • Enlargement of Spleen Medical Term
    Enlargement Of Spleen Medical Term Deep-seated Cy hiccup no axis backtrack fictitiously after Darrin daydreams eternally, quite fire-new. Oviform and tenpenny Mikael never bump-starts his chimp! Kenn valorise his capitulary lacks ecclesiastically or easterly after Moishe enunciated and nicknamed morphologically, porrect and unrevenged. In spleen enlargement of the spleen medical term is a medical condition likely to malaria for allergy treatments are signs or obstruction or other Inflammation of medical term describes some patients become enlarged. Websites do these terms is enlargement of both vemurafenib and. Serious medical term for enlarged spleen enlarge usually help you noticed any pathogen. The echoes are then converted into multiple picture called a sonogram. It attacks and medical term splenic sequestration can be low blood or paid for your email address you begin to standard lymph and medical enlargement spleen term is removed can experience. No slots were requested. Your congestion also will consider your age overall list and medical history. Markers of other disorders, such shrine the Philadelphia chromosome and bone marrow fibrosis, are absent. Lymphocyte of vascular pedicle and calcified spleen is infected cells can result of the spleen to grow in or age. Average adult spleen medical terms is enlarged spleen term hemoptysis, their colour which of liver disease starts, rewritten or bones. What medical term to enlarge usually does this insufficient blood clots and enlarged spleen medical term splenic infarction results will ask if it? Splenectomy having your spleen removed Lymphoma Action. Sometimes in a term or if the. Do you have cvid may notice pain in congestive enlargement of terms is a question if a problem, abdominal and small arteries of macrophages.
    [Show full text]
  • TITLE: Acid-Base Disorders PRESENTER: Brenda Suh-Lailam
    TITLE: Acid-Base Disorders PRESENTER: Brenda Suh-Lailam Slide 1: Hello, my name is Brenda Suh-Lailam. I am an Assistant Director of Clinical Chemistry and Mass Spectrometry at Ann & Robert H. Lurie Children’s Hospital of Chicago, and an Assistant Professor of Pathology at Northwestern Feinberg School of Medicine. Welcome to this Pearl of Laboratory Medicine on “Acid-Base Disorders.” Slide 2: During metabolism, the body produces hydrogen ions which affect metabolic processes if concentration is not regulated. To maintain pH within physiologic limits, there are several buffer systems that help regulate hydrogen ion concentration. For example, bicarbonate, plasma proteins, and hemoglobin buffer systems. The bicarbonate buffer system is the major buffer system in the blood. Slide 3: In the bicarbonate buffer system, bicarbonate, which is the metabolic component, is controlled by the kidneys. Carbon dioxide is the respiratory component and is controlled by the lungs. Changes in the respiratory and metabolic components, as depicted here, can lead to a decrease in pH termed acidosis, or an increase in pH termed alkalosis. Slide 4: Because the bicarbonate buffer system is the major buffer system of blood, estimation of pH using the Henderson-Hasselbalch equation is usually performed, expressed as a ratio of bicarbonate and carbon dioxide. Where pKa is the pH at which the concentration of protonated and unprotonated species are equal, and 0.0307 is the solubility coefficient of carbon dioxide. Four variables are present in this equation; knowing three variables allows for calculation of the fourth. Since pKa is a constant, and pH and carbon dioxide are measured during blood gas analysis, bicarbonate can, therefore, be determined using this equation.
    [Show full text]
  • The Renal Response in Man to Acute Experimental Respiratory Alkalosis and Acidosis
    The Renal Response in Man to Acute Experimental Respiratory Alkalosis and Acidosis E. S. Barker, … , J. R. Elkinton, J. K. Clark J Clin Invest. 1957;36(4):515-529. https://doi.org/10.1172/JCI103449. Research Article Find the latest version: https://jci.me/103449/pdf THE RENAL RESPONSE IN MAN TO ACUTE EXPERIMENTAL RESPIRATORY ALKALOSIS AND ACIDOSIS 1 BY E. S. BARKER,2, 8 R. B. SINGER,4 J. R. ELKINTON,2 AND J. K. CLARK (From the Renal Section and Chemical Section of the Department of Medicine, The Department of Research Medicine, and the Department of Biochemistry, the University of Pennsylvania School of Medicine, Philadelphia, Pa.) (Submitted for publication August 7, 1956; accepted December 6, 1956) The experimental results to be presented here proximately 30 minutes in 5 of the 6 experiments, and deal with the renal component of the multiple ef- for twice that period in the last experiment; 7.5 to 7.7 fects in man of acute experimental respiratory al- per cent CO, in air or oxygen was inhaled for 21 to 30 minutes. Measurements were continued in both types kalosis (hyperventilation) and acidosis (CO2 in- of experiments during subsequent recovery periods which halation). One aim of the experiments has been ended 97 to 145 minutes after onset of the stimulus (desig- to define an integrated picture of the total body nated time zero). Standard water loading was carried response to acute respiratory acid-base disturb- out before the experiments and continued throughout ances. A previous paper (1) contained a de- with water given in amounts equivalent to urine ex- creted.
    [Show full text]
  • Chapter 26: Fluid, Electrolyte, and Acid-Base Balance
    Chapter 26: Fluid, Electrolyte, and Acid-Base Balance Chapter 26 is unusual because it doesn’t introduce much new material, but it reviews and integrates information from earlier chapters to cover 3 types of regulation: regulation of fluid volume, regulation of electrolyte (=ion) concentrations, and regulation of pH. • Outline of slides: • 1. Regulating fluid levels (blood/ECF) • Compartments of the body • Regulation of fluid intake and excretion • 2. Regulating ion concentrations (blood/ECF) • 3. Regulating pH (blood/ECF) • Chemical buffers • Physiological regulation • Respiratory • Renal 1 3 subsections to this chapter – we will cover the middle one only briefly. 1 Ch. 26: Test Question Templates • Q1. Given relevant plasma data, classify a patient’s possible acid-base disorder as a metabolic or respiratory acidosis or alkalosis that is or is not fully compensated. Or, if given such a disorder, give expected plasma pH and CO2 level (high, normal, or low). • Example A: Plasma pH is 7.32, CO2 levels in blood are low. What is this? • Example B: A patient’s plasma has a pH of 7.5. Explain how you could make an additional measurement to determine whether the cause of this unusual pH is metabolic or respiratory. • Example C: A patient’s plasma CO2 levels are very low, yet plasma pH is normal. How can this be? 2 Q1. Example A: (slight) metabolic acidosis. Example B: Measure the CO2 level in the plasma. If the high plasma pH is due to a respiratory problem, the CO2 concentration will be low. If the high pH is NOT due to a respiratory problem, the CO2 will not be low, and may be high if the person is undergoing respiratory compensation for a metabolic alkalosis.
    [Show full text]
  • The Electro-Physiology-Feeedback Measures of Interstitial Fluids
    INTERNATIONAL MEDICAL UNIVERSITY The elecTro-Physiology-Feeedback Measures oF inTersTiTial Fluids BY PROFESSOR OF MEDICINE DESIRÉ DUBOUNET IMUNE PRESS 2008 Electro-Physiology -FeedBack Measures of Interstitial Fluids edited by Professor Emeritus Desire’ Dubounet, IMUNE ISBN 978-615-5169-03-8 1 CHAPTER 1 THE ELECTRO-PHYSIOLOGY-FEEDBACK MEASURES OF INTERSTITIAL FLUIDS The interstitial liquid constitutes the true interior volume that bathe the organs of the human body. It is by its presence that all the exchanges between plasma and the cells are performed. With the vascular, lymphatic and nervous systems, it seems to be the fourth communication way of information's between all the cells. No direct methods for sampling interstitial fluid are currently available. The composition of interstitial fluid, which constitutes the environment of the cells and is regulated by the electrical process of electrochemistry. This has previously been sampled by the suction blister or liquid paraffin techniques or by implantation of a perforated capsule or wick. The results have varied, depending on the sampling technique and animal species investigated. In one study, the ion distribution between vascular and interstitial compartments agreed with the Donnan equilibrium; in others, the concentrations of sodium and potassium were higher in interstitial fluid than in plasma. The concentration of protein in interstitial fluid is lower than in plasma, and the free ion activities theoretically differ from those of plasma because of the Donnan effect. In spite of these differences, and for practical reasons only, plasma is used clinically to monitor fluid and electrolytes. The relation between plasma and interstitial fluid is important in treating patients with abnormal plasma volume or homeostasis.
    [Show full text]
  • New Jersey Chapter American College of Physicians Resident
    New Jersey Chapter American College of Physicians Resident Abstract Competition 2018 Submissions Category Name Additional Authors Program Abstract Title Abstract Clinical Vignette Ankit Bansal Ankit Bansal MD, Robert Atlanticare Rare Case of A 62‐year‐old male IV drug abuser with hepatitis C and diabetes presented to the emergency Lyman MS IV, Saraswati Regional Necrotizing department with progressively worsening right forearm pain and swelling for two days after injecting Racherla MD Medical Myositis leading to heroin. Vitals included temperature 98.8°F and heart rate 107 bmp. Physical examination showed Center Thoracic and erythematous skin with surrounding edema and abscess formation of the right biceps extending into (Dominik Abdominal the axilla, and tenderness to palpation of the right upper extremity (RUE). Labs were white blood cell Zampino) Compartment count 16.1 x103/uL with bands 26%, hemoglobin 12.4 g/dL, platelets 89 x103/uL and blood lactate 2.98 Syndrome mmol/L. Patient was admitted to telemetry for sepsis secondary to right arm cellulitis and abscess. Bedside incision and drainage was performed. Blood and wound cultures were drawn and patient was started on Vancomycin and Levofloxacin. On the third day of admission, patient became febrile, obtunded and had signs of systemic toxicity. Labs showed a worsening leukocytosis and lactic acidosis. CT RUE was consistent with complex fluid collection and with extensive gas tracking encircling the entire length of the right biceps brachii muscle. Surgical debridement was performed twice over the next few days. Blood cultures grew corynbacterium and coagulase negative staphylococcus; wound culture grew coagulase negative staphylococcus. Levofloxacin was switched to Aztreonam.
    [Show full text]
  • Acid-Base Disorders Made So Easy Even a Caveman Can Do It
    ACID-BASE DISORDERS MADE SO EASY EVEN A CAVEMAN CAN DO IT Lorraine R Franzi, MS/HSM, RD, LDN, CNSD Nutrition Support Specialist University of Pittsburgh Medical Center Pittsburgh, PA I. LEARNING OBJECTIVES The clinician after participating in the roundtable will be able to: 1) Indicate whether the pH level indicates acidosis or alkalosis. 2) State whether the cause of the pH imbalance is respiratory or metabolic. 3) Identify if there is any compensation for the acid-base imbalance. II. INTRODUCTION Acid-Base balance is an intricate concept which requires an intimate and detailed knowledge of the body’s metabolic pathways used to eliminate the H+ ion. Clinicians may find it daunting to understand when first introduced to the subject. This roundtable session will demonstrate how to analyze blood gas levels in a very elementary manner so as to diagnose any acid-base disorder in a matter of minutes. The body is in a constant state of flux delicately stabilizing the pH so as to maintain its normalcy. In order to prevent untoward effects of alkalosis or acidosis the body has three major buffering systems that it uses to adjust the pH. They are: 1) Plasma protein (Prot-) 2) Plasma hemoglobin (Hb-) 3) Bicarbonate (HCO3-) The Bicarbonate-Carbonic acid system is the most dominate buffering system and controls the majority of the hydrogen ion (H+) equilibrium. Maintaining homeostasis when these acid-base shifts occur is vital to survival. Metabolic and respiratory processes work in unison to keep the H+ normal and static. II. ACID-BASE ABNORMALITIES The four principal acid-base imbalances are illustrated in Table 1.
    [Show full text]
  • Successful Within-Patient Dose Escalation of Olipudase Alfa in Acid Sphingomyelinase Deficiency
    Molecular Genetics and Metabolism 116 (2015) 88–97 Contents lists available at ScienceDirect Molecular Genetics and Metabolism journal homepage: www.elsevier.com/locate/ymgme Successful within-patient dose escalation of olipudase alfa in acid sphingomyelinase deficiency☆ Melissa P. Wasserstein a, Simon A. Jones b,HandreanSoranc,GeorgeA.Diaza, Natalie Lippa a,BethL.Thurbergd, Kerry Culm-Merdek e,EliasShamiyehe, Haig Inguilizian f,GeraldF.Coxg, Ana Cristina Puga g,⁎ a Genetics and Genomics Sciences, Icahn School of Medicine at Mount Sinai, New York, NY, USA b Manchester Centre for Genomic Medicine, St. Mary's Hospital, CMFT, University of Manchester, Manchester, UK c Cardiovascular Trials Unit, Central Manchester University Hospital, Manchester, UK d Pathology, Genzyme, a Sanofi company, Cambridge, MA, USA e Clinical and Experimental Pharmacology, Sanofi, Bridgewater, NJ, USA f Global Safety, Genzyme, a Sanofi company, Cambridge, MA, USA g Clinical Development, Genzyme, a Sanofi company, Cambridge, MA, USA article info abstract Article history: Background: Olipudase alfa, a recombinant human acid sphingomyelinase (rhASM), is an investigational enzyme Received 14 April 2015 replacement therapy (ERT) for patients with ASM deficiency [ASMD; Niemann–Pick Disease (NPD) A and B]. This Received in revised form 27 May 2015 open-label phase 1b study assessed the safety and tolerability of olipudase alfa using within-patient dose escala- Accepted 27 May 2015 tion to gradually debulk accumulated sphingomyelin and mitigate the rapid production of metabolites, which Available online 30 May 2015 can be toxic. Secondary objectives were pharmacokinetics, pharmacodynamics, and exploratory efficacy. Methods: Five adults with nonneuronopathic ASMD (NPD B) received escalating doses (0.1 to 3.0 mg/kg) of Keywords: olipudase alfa intravenously every 2 weeks for 26 weeks.
    [Show full text]
  • 1 Ministry of Health of Ukraine National O.O. Bogomolets Medical
    Ministry of Health of Ukraine National O.O. Bogomolets Medical University “APPROVED” At the staff meeting of the Department of pediatrics №4 Chief of the Department of Pediatrics №4 Academician, Professor, MD, PhD Maidannyk V.G. __________________________(Signature) “_____” ___________________ 2019 y. Methodological recommendations for students Subject Pediatrics Module 1 Pediatrics PERIODS OF CHILDHOOD Topic Course 3 Faculty Medical №2 Kyiv -2019 1 Authorship TEAM OF SPECIALISTS OF THE DEPARTMENT OF PEDIATRICS №4 NATIONAL MEDICAL O.O. Bogomolets UNIVERSITY HEAD OF THE DEPARTMENT - DOCTOR OF MEDICAL SCIENCES, MD, PhD, ACADEMICIAN of the NAMS of Ukraine PROFESSOR V.G. Maidannyk., MD, PhD, ASSOCIATE PROFESSOR Ie.A. Burlaka; MD, PhD, ASSOCIATE PROFESSOR R.V. Terletskiy, MD, PhD Assistamt T.D. Klec. PERIODS OF CHILDHOOD Topic relevance. Child's organism is constantly changing in the process of individual development, and different systems and organs formation takes place at definite time. Childhood periodization is the chronological basis for studying and un- derstanding the regularities of child's growing up and developing, as well as the peculiarities of their morbidity depending on their age. The aim of the lesson: to study the chronological structure of child's age, to study the peculiarities of children's growing, development and morbidity at different age. Follow-up questions: 1. Different childhood periods chronology, critical periods. 2. Peculiarities of all critical childhood periods. 3. Peculiarities of the newborn's organism and transitory states of the newborn period. 4. Morbidity peculiarities at different childhood periods. Having covered the topic, the student should be able to: 1. Define the periods of children's age.
    [Show full text]
  • Medical Laboratory Science Examination Review
    YOU’VE JUST PURCHASED MORE THAN A TEXTBOOK!* Evolve Student Resources for Graeter: Elsevier's Medical Laboratory Science Examination Review, First Edition include the following: • Practice questions and answers • Flash cards containing key terms and definitions • Study Worksheets Activate the complete learning experience that comes with each NEW textbook purchase by registering with your scratch-off access code at http://evolve.elsevier.com/Graeter/MLSreview/ If you purchased a used book and the scratch-off code at right has already been revealed, the code may have been used and cannot be re-used for registration. To purchase a new code to access these FPO: valuable study resources, simply follow the link above. Peel Off Sticker REGISTER TODAY! You can now purchase Elsevier products on Evolve! Go to evolve.elsevier.com/html/shop-promo.html to search and browse for products. * Evolve Student Resources are provided free with each NEW book purchase only. ELSEVIER’S Medical Laboratory Science Examination Review This page intentionally left blank ELSEVIER’S Medical Laboratory Science Examination Review Linda J. Graeter Associate Professor Medical Laboratory Science Program University of Cincinnati Cincinnati, Ohio Elizabeth G. Hertenstein Assistant Professor Medical Laboratory Science Program University of Cincinnati Cincinnati, Ohio Charity E. Accurso Assistant Professor Medical Laboratory Science Program University of Cincinnati Cincinnati, Ohio Gideon H. Labiner Associate Professor Medical Laboratory Science Program University of Cincinnati Cincinnati, Ohio 3251 Riverport Lane St. Louis, Missouri 63043 Elsevier’s Medical Laboratory Science Examination ISBN: 978-1-4557-0889-5 Copyright © 2015 by Saunders, an imprint of Elsevier Inc. All rights reserved. No part of this publication may be reproduced or transmitted in any form or by any means, electronic or mechanical, including photocopying, recording, or any information storage and retrieval system, without permission in writing from the publisher.
    [Show full text]
  • Arterial Acid–Base Status During Digestion and Following Vascular Infusion of Nahco3 and Hcl in the South American Rattlesnake, Crotalus Durissus
    Comparative Biochemistry and Physiology, Part A 142 (2005) 495 – 502 www.elsevier.com/locate/cbpa Arterial acid–base status during digestion and following vascular infusion of NaHCO3 and HCl in the South American rattlesnake, Crotalus durissus Sine K. Arvedsen a,b, Johnnie B. Andersen a,b, Morten Zaar a,b, Denis Andrade b, Augusto S. Abe b, Tobias Wang a,b,* a Department of Zoophysiology, The University of Aarhus, Denmark b Departamento de Zoologia, Instituto de Biocieˆncias, UNESP, Rio Claro, SP, Brazil Received 17 May 2005; received in revised form 30 September 2005; accepted 2 October 2005 Available online 10 November 2005 Abstract Digestion is associated with gastric secretion that leads to an alkalinisation of the blood, termed the ‘‘alkaline tide’’. Numerous studies on À different reptiles and amphibians show that while plasma bicarbonate concentration ([HCO3 ]pl) increases substantially during digestion, arterial pH (pHa) remains virtually unchanged, due to a concurrent rise in arterial PCO2 (PaCO2) caused by a relative hypoventilation. This has led to the suggestion that postprandial amphibians and reptiles regulate pHa rather than PaCO2. Here we characterize blood gases in the South American rattlesnake (Crotalus durissus) during digestion and following systemic infusions of NaHCO3 and HCl in fasting animals to induce a metabolic alkalosis or acidosis in fasting animals. The magnitude of these acid–base disturbances À À 1 were similar in magnitude to that mediated by digestion and exercise. Plasma [HCO3 ] increased from 18.4T1.5 to 23.7T1.0 mmol L during digestion and was accompanied by a respiratory compensation where PaCO2 increased from 13.0T0.7 to 19.1T1.4 mm Hg at 24 h.
    [Show full text]