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diagnosis
hematology
differential
algorithm
anemia
causes
workup
management
pathophysiology
nephrology
deficiency
hemolysis
hemolytic
laboratory
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nejm
pancytopenia
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Amyloidosis - Workup and Diagnostic Algorithm • Serum Immunofixation and Serum Free Light Chains • Biopsy Surrogate Site (skin, fat pad, bone marrow) • Congo Red Diagnostic tests after AL amyloidosis diagnosis • Serum free light chain ratio • Bone marrow biopsy • Echocardiogram • Serum and urine IFE and 24-h urine electrophoresis • Confirm type of amyloid (i .e. mass spectrometry) • CBC, CMP, alkaline phosphatase, calcium • TnT, proBNP #Amyloidosis #Workup #Diagnosis #Algorithm
Thrombotic Microangiopathy (TMA) - Diagnostic and Management Algorithm #Thrombotic #Microangiopathy #TMA #Diagnosis #Management #Algorithm #workup
Congenital Heart Disorders - Classification and Differential Algorithm - Amy Chung, MD, MSc @AmyChung #Congenital #Heart #Disorders #Diseases #Classification #Differential #Algorithm #Diagnosis #Peds #Pediatrics #Cardiology #Cyanotic #Pink #Blue
Causes of Anemia by Mean Corpuscular Volume (MCV) - Differential Diagnosis Algorithm Low Mean Corpuscular Volume (<80 fL) • Iron Deficiency • Thalassemia • Lead Poisoning • Anemia of Chronic Disease Normal Mean Corpuscular Volume (80-100 fL) • Bleeding • Hemolysis • Marrow Failure • Anemia of Chronic Disease (e.g. Renal Disease, Liver Disease, Endocrinopathy, Chronic Inflammation, Chronic Infection) High Mean Corpuscular Volume (>100 fL) • B12 Deficiency • Folate Deficiency • Drugs • Reticulocytosis • Liver Disease • Hypothyroidism • Myelodysplasia #Anemia #MCV #Classification #Differential #Diagnosis #Algorithm #Causes #Hematology
Causes of Neutropenia with Pancytopenia - Differential Diagnosis Algorithm Sequestration: • Splenomegaly Marrow Infiltration: • Hematologic and non-hematologic malignancies • Infection • Primary Myelofibrosis Stem cell damage or suppression: • Chemotherapy • Radiation • Drugs • Toxins • Aplastic Anemia • Myelodysplasia Nutritional deficiency: • B12/folate/combined deficiencies #Pancytopenia #Neutropenia #Differential #Diagnosis #Algorithm #Causes #Hematology
Causes of Neutropenia - Differential Diagnosis Algorithm • Decreased Neutrophils Only • Bicytopenia / Pancytopenia #Neutropenia #Differential #Diagnosis #Algorithm #Causes #Hematology
Causes of Neutrophilia - Increased Neutrophils - Differential Diagnosis Algorithm Infection • Bacterial • Abscess • Viral Medications • Corticosteroids • Lithium • Epinephrine Cancer • Solid Tumour (e.g. Lung, Bladder, Colon) Other • Inflammation • Tissue necrosis • Physical stimuli • Emotional stimuli • Metabolic disorders • Asplenia Myeloproliferative Disorder • Chronic myelogenous leukemia • Polycythemia vera Acute Leukemia (pancytopenia, blast cells) #Neutrophilia #Increased #Neutrophils #Differential #Diagnosis #Algorithm #Causes #Hematology
Hemophilia - Diagnosis and Management Diagnosis: • Consistent bleeding history (unless screening for disease in family members with established disease) • aPTT is prolonged, but corrects with a mixing study (aPTT may be normal in mild cases) • PT/INR & von Willebrand factor antigen (vWF:Ag) are normal Individual factor activity levels (VIII, IX, +/- XI) are measured to: • Confirm the diagnosis • Establish hemophilia type (e.g. A vs. B) • Classify severity Treatment - Acute Bleeding: • For serious or moderate bleeding, treat with relevant factor immediately. • General targets: Serious: 100% factor activity Moderate: 50% factor activity Mild: Local therapy only is usually sufficient • Antifibrinolytic therapy can be a useful adjunct. Chronic Management: • If possible, patients should have multidisciplinary care coordinated by a hemophilia treatment center. Avoid meds that ↑ bleeding risk. • Encourage exercise, though safety assessment of athletic regimens should be individualized. • Prophylaxis with factors should be considered in those with severe disease, though the cost can be prohibitive. - Dr. Eric Strong @DrEricStrong - Strong Medicine https://www.youtube.com/c/EricsMedicalLectures/ #Hemophilia #Diagnosis #Management #treatment #hematology
Effect of Anticoagulants on Coagulation Tests PT / INR, aPTT, Anti-Xa Activity, Activated Clotting Time, Thrombin Time, Ecarin Clotting Time Warfarin UFH LMWH Fondaparinux Rivaroxaban Apixaban, Edoxaban Argatroban Dabigatran - Dr. Eric Strong @DrEricStrong - Strong Medicine https://www.youtube.com/c/EricsMedicalLectures/ #Anticoagulants #Tests #Anticoagulation #Testing #Diagnosis #Laboratory #Effects
Heparin - Unfractionated Heparin (UFH) vs Low-Molecular-Weight Heparin (LMWH) UFH: • Advantages: - Rapid onset and clearance - Anticoagulation effect easily monitored - Ok in renal failure - Can be rapidly reversed with protamine • Disadvantages: - Frequent monitoring required - Heparin-induced thrombocytopenia LMWH: • Advantages: - Longer duration Of action when administered sub-Q (as compared to heparin) - Lab monitoring Of anticoagulation effect is generally unnecessary • Disadvantages: - Relatively contraindicated in renal failure - Unknown Optimal dosing in morbidly obese patients - If monitoring is needed, it requires an anti-factor Xa level (which is less available than aPTT) - Heparin-induced thrombocytopenia (mixed data on whether risk is equal to, or lower as compared to UFH) - Less reliably reversed with protamine Dr. Eric Strong @DrEricStrong - Strong Medicine https://www.youtube.com/c/EricsMedicalLectures/ #UFH #LMWH #Heparin #comparison #Unfractionated #pharmacology
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