X-Ray Review of Common Diseases
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X-Ray Interpretation
Objectives Describe a systematic method for interpretation of chest and abdomen x-rays List findings to accurately identify common X-ray Interpretation pathology in chest & abdomen x-rays Describe a systematic method to approach the Denise Ramponi, DNP, FNP-C, ENP-BC, FAANP, FAEN important components in interpretation of upper & lower extremity x-rays Chest X-ray: Standard Views Lateral Film Postero-anterior (PA): (LAT) view can determine th On inspiration – diaphragm descends to 10 rib the anterior-posterior posteriorly structures along the axis of the body Normal LAT film Counting Ribs AP View - Portable http://www.lumen.luc.edu/lumen/MedEd/medicine/pulmonar/cxr/cxr_f.htm When the patient is unable to tolerate routine views with pts sitting or supine No participation from the patient Film is against the patient's back (supine) 1 Consolidation, Atelectasis, Chest radiograph Interstitial involvement Consolidation - any pathologic process that fills the alveoli with Left and right heart fluid, pus, blood, cells or other borders well defined substances Interstitial - involvement of the Both hemidiaphragms supporting tissue of the lung visible to midline parenchyma resulting in fine or coarse reticular opacities Right - higher Atelectasis - collapse of a part of Heart less than 50% of the lung due to a decrease in the amount of air resulting in volume diameter of the chest loss and increased density. Infiltrate, Consolidation vs. Congestive Heart Failure Atelectasis Fluid leaking into interstitium Kerley B 2 Kerley B lines Prominent interstitial markings Kerley lines Magnified CXR Cardiomyopathy & interstitial pulmonary edema Short 1-2 cm white lines at lung periphery horizontal to pleural surface Distended interlobular septa - secondary to interstitial edema. -
Mantke, Peitz, Surgical Ultrasound -- Index
419 Index A esophageal 218 Anorchidism 376 gallbladder 165 Aorta 364–366 A-mode imaging 97 gastric 220 abdominal aneurysm (AAA) AAA (abdominal aortic aneurysm) metastasis 142 20–21, 364, 366 20–21, 364, 366 pancreatic 149, 225 dissection 364, 366 Abdominal wall Adenofibroma, breast 263 perforation 366 abscess 300–301 Adenoma pseudoaneurysm 364 diagnostic evaluation 297 adrenal 214 Aortic rupture 20 hematoma 73, 300, 305 colorectal 231, 232 Aplasia, muscular 272 rectus sheath 297–300 duodenal papilla 229, 231 Appendicitis 1–4 hernia 300, 302–304 gallbladder 165 consequences for surgical indications for sonography 297 hepatic 54, 58, 141 treatment 2 seroma 298, 300, 305 multiple 141 sonographic criteria 1 trauma 297–300 parathyroid 213 Archiving 418 Abortion, tubal 30 renal 241 Arteriosclerosis 346, 348 Abscess thyroid 202–203 carotid artery 335, 337, 338 abdominal wall 300–301 Adenomyomatosis 8, 164, 165 plaque 337, 338, 345, 367, 370 causes 301 Adrenal glands 214–216 Arteriovenous (AV) malformation amebic 138 adenoma 214 139, 293, 326–329 breast 264 carcinoma 214 Artery chest wall 173, 178 cyst 214 carotid 334–339 diverticular 120, 123 hematoma 214 aneurysm 338 drainage 85–88, 93 hemorrhage 214 arteriosclerosis 335 hepatic 6, 138, 398 hyperplasia 214 plaque characteristics inflammatory bowel disease limpoma/myelipoma 214 337, 338, 345 116, 119 metastases 214 bifurcation 334, 337 intramural 5 sonographic criteria 214 bulb 339 lung 183, 186, 190 tuberculosis 214 dissection 338, 339, 346 pancreatic 11 Advanced dynamic flow (ADF) sonographic -
Upper Airway Obstruction in Children: Imaging Essentials
Acute upper airway obstruction in children: Imaging essentials Carlos J. Sivit MD Rainbow Babies and Children’s Hospital Case Western Reserve School of Medicine ►Clinical perspective ►Infections ►Foreign body ►Masses 1 Clinical Clinical ► Common cause of respiratory failure in children ► Potentially life-threatening in younger children because of smaller airway diameter ► Narrowing of upper airway has exponential effect on airflow 2 Clinical ► Majority of children are otherwise healthy ► Appropriate management results in good outcomes ► Improper management has dire consequences ► Imaging plays critical role in diagnosis Clinical ► Signs and symptoms § Respiratory distress § Dysphagia § Odynophagia § Stridor § Absence of air entry § Tachycardia 3 Stridor ► Harsh respiratory noise caused by turbulent air flow through narrowed airway ► Specific for severe upper airway obstruction ► Intensifies in inspiration ► Does not help specify nature or location Infections 4 Infections ► Acute laryngotracheobronchitis ► Acute epiglottitis ► Acute bacterial tracheitis ► Retropharyngeal abscess ► Infectious mononucleosis Croup ► Heterogenous group of acute infections characterized by brassy “croupy” cough ► May or may not be accompanied by stridor, hoarseness and respiratory distress ► Typically seen in younger children § 6 months – 5 years 5 Croup ► Parainfluenza viruses account for 75% ► Adenoviruses, RSV, influenza and measles cause most remaining cases ► Secondary bacterial infection is rare Imaging ►Imaging § Performed to exclude other conditions -
Clinical Excellence Series Volume VI an Evidence-Based Approach to Infectious Disease
Clinical Excellence Series n Volume VI An Evidence-Based Approach To Infectious Disease Inside The Young Febrile Child: Evidence-Based Diagnostic And Therapeutic Strategies Pharyngitis In The ED: Diagnostic Challenges And Management Dilemmas HIV-Related Illnesses: The Challenge Of Emergency Department Management Antibiotics In The ED: How To Avoid The Common Mistake Of Treating Not Wisely, But Too Well Brought to you exclusively by the publisher of: An Evidence-Based Approach To Infectious Disease CEO: Robert Williford President & Publisher: Stephanie Ivy Associate Editor & CME Director: Jennifer Pai • Associate Editor: Dorothy Whisenhunt Director of Member Services: Liz Alvarez • Marketing & Customer Service Coordinator: Robin Williford Direct all questions to EB Medicine: 1-800-249-5770 • Fax: 1-770-500-1316 • Non-U.S. subscribers, call: 1-678-366-7933 EB Medicine • 5550 Triangle Pkwy Ste 150 • Norcross, GA 30092 E-mail: [email protected] • Web Site: www.ebmedicine.net The Emergency Medicine Practice Clinical Excellence Series, Volume Volume VI: An Evidence-Based Approach To Infectious Disease is published by EB Practice, LLC, d.b.a. EB Medicine, 5550 Triangle Pkwy Ste 150, Norcross, GA 30092. Opinions expressed are not necessarily those of this publication. Mention of products or services does not constitute endorsement. This publication is intended as a general guide and is intended to supplement, rather than substitute, professional judgment. It covers a highly technical and complex subject and should not be used for making specific medical decisions. The materials contained herein are not intended to establish policy, procedure, or standard of care. Emergency Medicine Practice, The Emergency Medicine Practice Clinical Excellence Series, and An Evidence-Based Approach To Infectious Disease are trademarks of EB Practice, LLC, d.b.a. -
Since January 2020 Elsevier Has Created a COVID-19 Resource Centre with Free Information in English and Mandarin on the Novel Coronavirus COVID- 19
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by IUPUIScholarWorks Since January 2020 Elsevier has created a COVID-19 resource centre with free information in English and Mandarin on the novel coronavirus COVID- 19. The COVID-19 resource centre is hosted on Elsevier Connect, the company's public news and information website. Elsevier hereby grants permission to make all its COVID-19-related research that is available on the COVID-19 resource centre - including this research content - immediately available in PubMed Central and other publicly funded repositories, such as the WHO COVID database with rights for unrestricted research re-use and analyses in any form or by any means with acknowledgement of the original source. These permissions are granted for free by Elsevier for as long as the COVID-19 resource centre remains active. A02842_052 4/11/06 3:59 PM Page 813 Chapter 52 Otolaryngologic Disorders William P. Potsic and Ralph F. Wetmore EAR vibrating tympanic membrane to the stapes footplate. Anatomy Stapes movement creates a fluid wave in the inner ear that travels to the round window membrane and is dissi- The ear is divided into three anatomic and functional pated by reciprocal motion to the stapes. areas: the external ear, the middle ear, and the inner ear. There are two striated muscles in the middle ear. The The external ear consists of the auricle, external auditory tensor tympani muscle lies along the side of the eustachian canal, and the lateral surface of the tympanic membrane. tube, and its tendon attaches to the medial surface of the The auricle is a complex fibroelastic skeleton that is cov- malleus. -
Head and Cervical Spine Evaluation for the Pediatric Surgeon
Head and Cervical Spine Evaluation for the Pediatric Surgeon a, a Mary K. Arbuthnot, DO *, David P. Mooney, MD, MPH , b Ian C. Glenn, MD KEYWORDS Pediatric trauma Cervical spine Traumatic brain injury Imaging Evaluation KEY POINTS Head Evaluation Traumatic brain injury (TBI) is the most common cause of death among children with un- intentional injury. Patients with isolated loss of consciousness and Glasgow Coma Scale (GCS) of 14 or 15 do not require a head CT. Maintenance of normotension is critical in the management of the severe TBI patient in the emergency department (ED). Cervical spine evaluation Although unusual, cervical spine injury (CSI) is associated with severe consequences if not diagnosed. The pediatric spine does not complete maturation until 8 years and is more prone to ligamentous injury than the adult cervical spine. The risk of radiation-associated malignancy must be balanced with the risk of missed injury during. HEAD EVALUATION Introduction The purpose of this article is to guide pediatric surgeons in the initial evaluation and stabilization of head and CSIs in pediatric trauma patients. Extensive discussion of the definitive management of these injuries is outside the scope of this publication. Conflicts of Interest: None. Disclosures: None. a Department of Surgery, Boston Children’s Hospital, 300 Longwood Avenue, Fegan 3, Boston, MA 02115, USA; b Department of Surgery, Akron Children’s Hospital, 1 Perkins Square, Suite 8400, Akron, OH 44308, USA * Corresponding author. Department of General Surgery, Boston Children’s Hospital, 300 Long- wood Avenue, Fegan 3, Boston, MA 02115. E-mail address: [email protected] Surg Clin N Am 97 (2017) 35–58 http://dx.doi.org/10.1016/j.suc.2016.08.003 surgical.theclinics.com 0039-6109/17/Published by Elsevier Inc. -
Large Airway Obstruction in Children Reprinted with Revisions from Update in Anaesthesia, (2004)18:44-49
Large airway obstruction in children Reprinted with revisions from Update in Anaesthesia, (2004)18:44-49. Originally Royal College of Anaesthetists Newsletter 1999; Issue 47: 159-162, reused with permission. N S Morton Correspondence Email: [email protected] PART 1: CAUSES AND ASSESSMENT The larynx is funnel shaped and is narrowest at the Opening and maintaining the airway is fundamental level of the cricoid ring compared with the cylindrical ommon emergencies to the treatment of all emergency situations in adult conformation, which is narrowest at the level of C paediatrics, as in adults. All resuscitation algorithms the vocal cords. The airway is more compressible as start with ABC (Airway, Breathing, Circulation) and cartilage support components are less well developed. must be qualified in trauma to include cervical spine Thus, extrinsic pressure from haematomas, neoplasms, Summary control. The commonest cause of paediatric airway vessels or enlarged heart chambers may more readily obstruction is still the child with depressed conscious compress the airway. The collapse of the laryngeal There are anatomical, level who is not positioned properly or whose airway inlet during inspiration is a feature of laryngomalacia physiological and is not opened adequately by Basic Life Support and the collapse of the trachea and/or bronchi during developmental reasons for manoeuvres. Airway foreign bodies are also common expiration occurs in tracheo-bronchomalacia. If the children to be particularly and may need rapid intervention. The pattern of intrathoracic airways are narrowed from whatever susceptible to airway obstruction. infective causes of airway obstruction has changed cause, the extra work of inspiration and of expiration since the introduction of vaccination programmes leads to large swings in intrathoracic pressure and the Rapid clinical assessment, against Haemophilus influenzae type B. -
J Sci Cycling. JOCHIMSEN
J Sci Cycling.Vol. 4(1), 3-6 RESEARCH ARTICLE Open Access Conservative Management for a Traumatic Cervical Spine Cycling Injury Rebecca Yde1*, Kate Jochimsen2 and Jacklyn Goddard1 Abstract Competitive cycling holds an inherent risk of traumatic injury often resulting in fracture. Questions regarding the probability of return to sport then arise. The purpose of this case report is to describe the treatment approach and likelihood of returning to cycling after traumatic fracture of the cervical spine and clavicle. This case report describes the use of an original combination of interventions for a C1 fracture with an associated open reduction internal fixation of a left clavicle fracture in a 39-year-old male cyclist. The patient lost control of his bike while descending a slippery slope and was propelled over the handlebars landing head first. The resultant cervical spine and clavicle fractures required twelve weeks in a cervical collar. Physical therapy interventions focused on regaining strength and functional mobility of the cervical spine and shoulder. Following treatment a minimal detectable change was seen for range of motion (>6%) of the cervical spine and shoulder, the Numerical Pain Rating Scale (3 point change), and the Disabilities of the Arm, Shoulder and Hand (29.2% change). The patient returned to his prior level of function at home and work. Medical clearance was received to return to training, with a hopeful prognosis of eventually returning to competition. Keywords: physical therapy, atlas fracture, clavicle fracture, return to sport *Contact email: [email protected] (R. Yde) cases of unilateral atlas fractures were found. Only one case occurred at the junction of the lateral mass and 1 Aurora BayCare Sports Medicine, Green Bay, USA posterior arch as seen in this case (Inaoka, et al., 2007). -
Vertebral Artery Injury Associated with a Jefferson Fracture
Vertebral Artery Injury Associated with a Jefferson Fracture Gregory S. Walsh and Michael D. Cusimano ABSTRACT: Background: The evaluation and treatment of Jefferson fractures, a burst fracture of the ring of CI, has been well documented in the medical literature. Vertebral artery injury associated with a Jefferson fracture is very rare. Methods: The case study technique was used to summarize the case. Review of the literature was performed to discuss the case. Retrospective chart review of the 174 patients with cervical fractures admitted to St. Michael's Hospital from 1989-1994 was also performed. Results: The case of a patient with a Jefferson fracture, with bilateral lateral displacement of the lateral masses causing bilateral vertebral artery occlusions resulting in a lateral medullary and cerebellar infarction is reported. A review of the literature is provided. Conclusion: A high index of suspicion for this injury is paramount, especially in patients with multiple trauma, where the diagnosis of Jefferson fractures can be delayed. RESUME: Lesion de Partere vertebrale associee a une fracture de Jefferson. Introduction: Evaluation et le traitement des fractures de Jefferson, une fracture par 6clatement de l'anneau de CI, sont bien documented dans la littfirature mddicale. II est tres rare qu'une lesion de l'artere vertebrale soit associee a une fracture de Jefferson. Methodes: Nous pr6sentons une etude de cas ainsi qu'une revue de la literature pour en discuter. Nous avons dgalement reVisd les dossiers de 174 patients ayant subi des fractures cervicales qui ont 6t6 admis a l'Hopital St-Michael entre 1989 et 1994. Resultats: Nous rapportons le cas d'un patient avec fracture de Jefferson et deplacement lateral bilateral des masses latdrales causant un infarcissement medullaire et cerdbelleux suite a une occlusion bilaterale des arteres vert6brales. -
Common Pediatric Pulmonary Issues
Common Pediatric Pulmonary Issues Chris Woleben MD, FAAP Associate Dean, Student Affairs VCU School of Medicine Assistant Professor, Emergency Medicine and Pediatrics Objectives • Learn common causes of upper and lower airway disease in the pediatric population • Learn basic management skills for common pediatric pulmonary problems Upper Airway Disease • Extrathoracic structures • Pharynx, larynx, trachea • Stridor • Externally audible sound produced by turbulent flow through narrowed airway • Signifies partial airway obstruction • May be acute or chronic Remember Physics? Poiseuille’s Law Acute Stridor • Febrile • Laryngotracheitis (croup) • Retropharyngeal abscess • Epiglottitis • Bacterial tracheitis • Afebrile • Foreign body • Caustic or thermal airway injury • Angioedema Croup - Epidemiology • Usually 6 to 36 months old • Males > Females (3:2) • Fall / Winter predilection • Common causes: • Parainfluenza • RSV • Adenovirus • Influenza Croup - Pathophysiology • Begins with URI symptoms and fever • Infection spreads from nasopharynx to larynx and trachea • Subglottic mucosal swelling and secretions lead to narrowed airway • Development of barky, “seal-like” cough with inspiratory stridor • Symptoms worse at night Croup - Management • Keep child as calm as possible, usually sitting in parent’s lap • Humidified saline via nebulizer • Steroids (Dexamethasone 0.6 mg/kg) • Oral and IM route both acceptable • Racemic Epinephrine • <10kg: 0.25 mg via nebulizer • >10kg: 0.5 mg via nebulizer Croup – Management • Must observe for 4 hours after -
Radiologic Assessment in the Pediatric Intensive Care Unit
THE YALE JOURNAL OF BIOLOGY AND MEDICINE 57 (1984), 49-82 Radiologic Assessment in the Pediatric Intensive Care Unit RICHARD I. MARKOWITZ, M.D. Associate Professor, Departments of Diagnostic Radiology and Pediatrics, Yale University School of Medicine, New Haven, Connecticut Received May 31, 1983 The severely ill infant or child who requires admission to a pediatric intensive care unit (PICU) often presents with a complex set of problems necessitating multiple and frequent management decisions. Diagnostic imaging plays an important role, not only in the initial assessment of the patient's condition and establishing a diagnosis, but also in monitoring the patient's progress and the effects of interventional therapeutic measures. Bedside studies ob- tained using portable equipment are often limited but can provide much useful information when a careful and detailed approach is utilized in producing the radiograph and interpreting the examination. This article reviews some of the basic principles of radiographic interpreta- tion and details some of the diagnostic points which, when promptly recognized, can lead to a better understanding of the patient's condition and thus to improved patient care and manage- ment. While chest radiography is stressed, studies of other regions including the upper airway, abdomen, skull, and extremities are discussed. A brief consideration of the expanding role of new modality imaging (i.e., ultrasound, CT) is also included. Multiple illustrative examples of common and uncommon problems are shown. Radiologic evaluation forms an important part of the diagnostic assessment of pa- tients in the pediatric intensive care unit (PICU). Because of the precarious condi- tion of these patients, as well as the multiple tubes, lines, catheters, and monitoring devices to which they are attached, it is usually impossible or highly undesirable to transport these patients to other areas of the hospital for general radiographic studies. -
Chronic Cough- Whoop It
3/3/2016 Chronic Cough- Whoop it Cassaundra Hefner PULMONARY ANATOMY DNP, FNP-BC FryeCare Lung Center Upper Airway Nasopharynx Oropharynx Laryngopharynx Lower Larynx Trachea Bronchi Bronchopulmonary segments Terminal bronchioles Acinus (alveolar regions) Upper and Lower Airway are lined with cilia which propel mucus and trapped bacteria toward the oropharynx Cough COUGH ACTION Protective reflex that keeps throat clear allowing for mucocilliary clearance of airway secretion Intrathoracic process of air from a vigorous cough through nearly closed vocal cords can approach 300mmHG, the velocities tear off mucus from the airway walls. The velocity can be up to 500mph 4 Cough/Sputum Defense mechanism to prevent aspiration- cough center stimulated- cough begins with deep inspiration to 50 % vital capacity- maximum expiratory flow increases coil - decreasing airway resistance- glottis opens wide and takes in large amount of air - glottis then rapidly closes - abdominal and intercostal muscles contract- increases intrapleural pressure - the glottis reopens- explosive release of air the tracheobronchial tree narrows rips the mucous off the walls = sputum 1 3/3/2016 Chronic Cough Defined (AACP, 2016) Effects of cough that prompts visit Talierco & Umur, 2014 Acute Sub-acute Chronic Fatigue 57% Cough Cough 3-8 Unexplained chronic less than weeks cough(UCC) Insomnia 45% 3 weeks Excessive perspiration 42% Cough lasting greater Incontinence 39% than 8 weeks in 15 yo or older MSK pain 45% Cough lasting greater Inguinal herniation than 4 weeks in Dysrhythmias those under the Headaches age of 15 Quality of life questionnaires are recommended for adolescents and children (CQLQ) Work loss Data Institute (NCG) (2016) Cough Referral to Pulmonology 80%-90% chronic cough Most common symptom for PCP visits in the U.S.