Navneet @nayare on GrepMed

Thrombotic Thrombocytopenic Purpura (TTP) vs Disseminated Intravascular Coagulation (DIC) #Diagnosis #TTP #DIC #Comparison #Table #Laboratory #Findings #RebelEM #Thrombocytopenia #Labs

Causes of Dyspnea by System #Diagnosis #EM #IM #PCC #Dyspnea #ShortnessOfBreath #Differential #Algorithm #Ddxof

Mechanisms of Lower Extremity Edema: #Diagnosis #Pathophys #EM #IM #Edema #Lower #LowerExtremity #Causes #Starling #Oncotic #Hydrostatic #Pressure #Differential #Mechanism #Algorithm #Ddxof

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

Types of Dizziness #Diagnosis #Dizziness #Classification #Types #Ddxof

Pathophysiology of ACE inhibitor-induced angioedema: Angioedema is a vascular reaction associated with tissue (subcutaneous, submucosal) edema resulting from increased activity of vasoactive substances. The vasoactive substances in ACE inhibitor-induced angioedema are bradykinin and substance P. In the presence of ACE inhibition, these enzymes are inactivated through alternative pathways which, if disturbed, lead to angioedema. #Pathophys #EM #IM #Allergy #Kininogen #Bradykinin #ACE #Inhibitor #Angioedema #Angiotensin #Ddxof

Algorithm and Differential Diagnosis of Monoarticular Arthralgia #Diagnosis #Rheumatology #Monoarticular #Arthralgia #Arthritis #Inflammatory #Differential #Algorithm #Ddxof

Brain tumors in children – clinical features and common presentations by location- #Common #Brain #Tumors #Cancer #Pediatrics #Presentations #Diagnosis #Peds #Pediatrics #Oncology

Five Year Cancer survival rates in the USA Despite increasing global cancer deaths, cancer death rates across many types have been falling. This is partly attributed to earlier detection, and improved treatment: both of these factors have contributed to a significant increase in cancer survival rates across the world. In the visual below we see the change in five-year survival rates (that is, the share of those diagnosed with cancer who survive at least five years following diagnosis) from the 1970s (1970-77) to 2007-2013 (this is the latest data available given the need for a five-year period). Overall we see that survival rates from all cancers have increased from 50 to 67 percent. This results from the combination of both early detection and improved treatment. #Diagnosis #Epidemiology #Oncology #Cancer #Survival #Rates