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Navneet
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Generalized Algorithm for the Evaluation of Dermatologic Processes - Branches: Erythroderma Petechial Fluid-Filled Maculopapular #Diagnosis #Dermatology #Rash #Erythroderma #Petechial #FluidFilled #Maculopapular #Algorithm #Differential #General #Ddxof
Intubation Airway Management Algorithm #Management #CriticalCare #Airway #Algorithm #Intubation #Difficult #Crash #RSI #Failed #Ddxof
Map of proliferative blood disorders. By Ariella Coler-Reilly @ariellastudies #Algorithm #classification #proliferative #blood #disorders #leukemia #hematology #oncology #diagnosis #CML #CLL #AML #Map
Evolution of MRI Findings in Stroke MR images at five subsequent time points in a 67-year-old woman with left hand weakness, left facial droop, and slurred speech. This example shows the typical evolution of the T2 (top row), FLAIR (second row), DWI (third row), ADCCONV (fourth row), and ADCFLAIR (bottom row) of an acute ischemic lesion (right hemisphere). On the ADC maps, the lesion is hypointense up to day 7 and hyperintense at 27 days, making it possible to differentiate the acute from the chronic lesion. On the DWI images, the lesion is hyperintense at all time points so that, by visual inspection, the signal intensity of the lesion on the acute scan cannot be differentiated from that on the chronic scan. On the T2-weighted and FLAIR images, lesion signal intensity increases up to day 4 and remains high thereafter. Note that at 27 days the lesion is more identifiable on the ADCFLAIR map than on the ADC. #Evolution #MRI #Progression #Stroke #CVA #Clinical #Radiology #Interpretation #Findings #Neurology #Evolution #Timeline
Lung Auscultation and Physical Exam Findings in Selected Lung Disorders #PhysicalExam #Auscultation #Pulmonary #Percussion #Dullness #Fremitus #BreathSounds #Transmitted #Comparison #Table #Lung #Diagnosis
Pediatric Cardiovascular Exam - Infographic Checklist #PhysicalExam #Cardiovascular #Checklist #Cardiology #Signs #Findings #Peds #Pediatrics #Paediatrics
The Febrile Child - some diagnostic clues to evaluating the febrile child. #Febrile #Fever #Evaluation #Assessment #Signs #Symptoms #PhysicalExam #Diagnosis #Peds #Pediatrics
Double Apical Impulse (S4) Visualization on Physical Exam - Hi-Res Video Version: https://www.grepmed.com/images/7802/physicalexam-cardiology-impulse-double-gallop-apical-signs On palpation, the PMI was found to be diffuse and laterally displaced, with presystolic outward movement of the cardiac apex and a double apical impulse. A prominent S4 sound was heard on cardiac auscultation. A wooden stick (coffee stirrer) taped to the chest wall over the PMI allowed for clear visualization of the double apical impulse. The S4 sound is created by the vibrations of the left ventricle during atrial contraction as blood is ejected into a stiff, noncompliant ventricle and is best heard over the apex, with the bell of the stethoscope, owing to the low frequency of the sound. #Double #Apical #Impulse #S4 #Gallop #PhysicalExam #Video #Signs #Cardiology
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Regulation of GFR Physiologically, GFR is auto-regulated very precisely with changes in the mean arterial pressure (MAP) (see figure below). Mechanisms of auto-regulation include: myogenic, tubuloglomerular, and the neuro-hormonal feedback. - Myogenic mechanisms - Tubuloglomerular feedback - Neuro-hormonal feedback #Pathophysiology #Nephrology #GFR #FiltrationRate #Regulation #Maintenance
Positive Lachman's Test The Lachman test is a clinical test used to diagnose injury of the anterior cruciate ligament (ACL). It is recognized as reliable, sensitive, and usually superior to the anterior drawer test. The knee is flexed at 20–30 degrees with the patient supine. The examiner should place one hand behind the tibia and the other grasping the patient's thigh. It is important that the examiner's thumb be on the tibial tuberosity. The tibia is pulled forward to assess the amount of anterior motion of the tibia in comparison to the femur. #Lachman #Test #ACL #PhysicalExam #Clinical #Positive #Video #Knee
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