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Heme review no onc
Clinical Medicine
| Question | Answer |
|---|---|
| Jak2 mutation is seen in | polycythemia Vera (70%) |
| Post bath pruritus occurs with | polycythemia Vera* |
| Tear-drop shaped RBC’s on peripheral smear | Myelofibrosis* |
| Most common leukemia is | CLL* |
| Smudge cells (damaged lymphocytes) on peripheral smear | CLL* |
| BCR-ABL gene mutation on peripheral blood is diagnostic of | CML* |
| Philadelphia chromosome is diagnostic of | CML* |
| Blasts are seen in these types of leukemias | acute leukemias |
| leukemias Primarily in children | ALL |
| leukemias Primarily in adults | AML |
| Auer Rods occur in | Acute myelogenous leukemia (AML)* |
| "Painless lymphadenopathy, think" | lymphoma |
| B symptoms of cancer include | "Fever, night sweats, weight loss, fatigue" |
| Reed-Sternberg’s cell occur in | Hodgkin’s lymphoma* |
| most common Hodgkin’s Lymphoma is | Nodular sclerosing |
| found in 40-50% of cases of Hodgkin’s Lymphoma | EBV |
| Lymph node pain after ingestion of alcohol think of | Hodgkin’s Lymphoma |
| "Lytic lesions on bones, pathologic fractures, hypercalcemia" | Multiple Myeloma* |
| Rouleaux formation on peripheral blood smears | Multiple Myeloma |
| M-spike on electrophoresis | Multiple Myeloma |
| Bence –Jones proteins occur in | Multiple Myeloma* |
| Multiple Myeloma do this | Skeletal survey (not a Bone scan)* |
| classic triad for Multiple Myeloma | "Plasmacytosis, lytic bone lesions, serum/urine M-protein*" |
| Classic hemophilia (Hemophilia A) is due to a deficiency of which clotting factor: | VIII* |
| "In a patient with increased platelets and white blood cells, splenomegaly, and an increased red blood cell mass, you would suspect" | polycythemia vera* |
| failure to maintain hemostasis | Hemorrhage |
| failure to maintain fluidity | Thrombosis |
| collective term for all physiologic mechanisms the body uses to protect itself from blood loss | Hemostasis |
| Intrinsic pathway is evaluated by | PTT |
| Extrinsic pathway factors include | Factor 7 |
| Extrinsic pathway is evaluated by | PT |
| Common pathway is evaluated by | PT & PTT |
| most common congenital disorder of hemostasis | von Willebrand's disease* |
| von Willebrand's disease is what type of genetic disorder | autosomal dominant |
| This factor mediates platelet adhesion | von Willebrand factor (vWF) |
| Treatment for von Willebrand's disease | DDAVP (Desmopressin acetate) or vWF-containing Factor VIII concentrate |
| ITP stands for | idiopathic thrombocytopenia purpura |
| HIT stands for | heparin induced thrombocytopenia |
| TTP stands for | thrombotic thrombocytopenia purpura |
| Most common drug induced coagulation disorder | Heparin induced thrombocytopenia |
| Microangiopathic hemolytic anemia & thrombocytopenia without an identifiable cause | Thrombotic thrombocytopenic purpura |
| Treatment for Thrombotic thrombocytopenic purpura | Plasmapheresis + IV fresh frozen plasma infusion |
| "anemia with schistocytes, thrombocytopenia & renal dysfunction in the absence of other causes of coagulopathy" | Hemolytic Uremic Syndrome* |
| Most common finding in Hemolytic Uremic Syndrome | Renal failure & thrombocytopenia* |
| distinguish DIC from HUS | DIC would have decreased Fibrinogen levels |
| With HUS do not give | "Antibiotics, platelet transfusion or nephrotoxic drugs" |
| Primary lesion of DIC is | clot formation |
| Bleeding & thrombosis co-exist in this clotting disorder | DIC |
| Subacute DIC in cancer pts – throwing small clots- DVTs | Trousseau’s syndrome* |
| Most common severe bleeding disorder | Hemophilia A* |
| Hemophilia A is what type of genetic disorder | "X linked inheritance, only males are affected*" |
| Treat hemophilia A with | "Factor VIII replacement, DDAVP for mild disease" |
| Christmas Disease | Hemophilia B* |
| Hemophilia B is what type of genetic disorder | "X linked recessive, only males affected (more rare than hemophilia A)" |
| Treat hemophilia B with | Factor IX concentrates (avoid DDAVP and asprin) |
| Factor IX deficiency | Hemophilia B* |
| Factor XI Deficiency | Hemophilia C* |
| Hemophilia C is seen what type of genetic disorder and seen in what race | Autosomal recessive (affects males and females equally) & seen in Ashkenazi Jews |
| Treat Hemophilia C with | FFP (fresh frozen plasma) PRN |
| site of synthesis of all coagulation factors except factor VIII | Liver* |
| Liver is the site of synthesis of all coagulation factors except | factor VIII |
| These are considered “natural anticoagulants” | Proteins C & S |
| Diagnosis for Vitamin K deficiency only shows | "5 is normal, 7 is low" |
| Diagnosis for Liver disease only shows | both 5 & 7 are low |
| What is the most common causes of hereditary hemophilia? | Hemophilia A |
| Define Antithrombin III deficiency | Deficiency allows unopposed conversion of fibrinogen to fibrin |
| Coagulation disorder that presents with spontaneous thrombo-embolic events (mainly venous) | Antithrombin III deficiency |
| Virchow’s Triad is | Vascular damage; Hypercoagulability and Circulatory stasis* |
| Polycythemia Vera Treatment includes | Therapeutic Phlebotomy |
| Chronic and progressive fibrosis of the bone marrow leading to marrow failure | Myelofibrosis |
| what is the only curative treatment of Myelodysplastic Syndrome | Allogeneic transplant |
| Describe Chronic Lymphocytic Leukemia | Clonal proliferation of B-cell lymphocytes |
| What are smudge cells | damaged lymphocytes* |
| Myeloproliferative disease of bone marrow stem cells resulting in unregulated growth of granulocytes | Chronic Myelogeneous Leukemia (CML) |
| It is the only known curative treatment for CML | Allogeneic Transplant |
| Characterized by unrestrained growth of leukocytes and leukocyte precursors (blasts) in the tissues. | Acute leukemias |
| "clumps of myeloblasts, seen in AML" | Auer rods |
| Heterogeneous group of cancers that arise from lymphocytes | Non-Hodgkin’s Lymphoma |
| "Diffuse or isolated, painless, lymphadenopathy" | Non-Hodgkin’s Lymphoma |
| This disease refers to a group of cancers characterized by enlargement of lymphoid tissue | Hodgkin’s Disease |
| "Painless cervical, supraclavicular, and mediastinal adenopathy" | Hodgkin’s Disease |
| Malignancy of plasma cells which leads to progressive bone marrow failure and infiltration of bone. | Multiple Myeloma |
| "These may be present in bones thus predisposing patients to bone pain, pathologic fractures, and hypercalcemia." | Lytic lesions |
| BRCA genes are associated with | Breast and ovarian cancer* |
| Positive direct coombs test | Autoimmune hemolysis |
| Tear-drop shaped RBC’s on peripheral smear | Myelofibrosis |
| MCC of anemia in kids | Iron deficiency* |
| Pica is common with | Iron deficiency* |
| "Decreased platelet count in an otherwise healthy child, oven after a viral infection, think" | ITP |
| Most common solid tumor outside the CNS in peds | Neuroblastoma (abdominal tumor)* |
| In macrocytic anemia the MCV is | Greater than 100* |
| Hemolytic disease of the newborn/ fetal hydrops | Erythroblastosis fetalis |
| Most frequent cause of anemia in cancer patients | Inadequate erythropoietin |
| MCV < 80 | Microcytic anemia |
| MCV > 100 | Macrocytic anemia |
| Microcytic anemias include | "Iron deficiency, thalassemia & anemia of chronic disease" |
| Target cells are seen in | all anemias |
| Macrocytic anemias include | Vitamin B 12 deficiency & folate deficiency |
| Anemia that presents with paresthesias early then gait disturbances | Vitamin B 12 deficiency |
| ITP is most common in what age group | Childhood |
| Failure of all cell lines suggest | Aplastic anemia |
| Poor dietary intake of iron causes | Anemia |
| Bence jones proteins | Multiple myeloma |
| Earliest and best indicator of iron deficiency | Serum ferritin* |
| Type of anemia associated with gastric cancer | Pernicious anemia |
| Positive schillings test | Vitamin B 12 deficiency |
| Heinz bodies are seen in | G6PD deficiency* |
| Positive coomb’s test | Autoimmune hemolytic anemia |
| Most common inherited bleeding disorder | Von willebrand’s disease* |
| Factor VIII | Hemophilia A* |
| Factor IX | Hemophilia B / Christmas disease* |
| Factor XI | Hemophilia C / Rosenthal syndrome* |
| AE of Cisplatin | "Renal impairment, auditory neuropathy" |
| AE of adriamycin | Cardiac toxicity |
| AE of vincristine | Peripheral neuropathy |
| AE of Bleomycin | Pulmonary toxicity |