cardiovascular system

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Cardiovascular System Hematology

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Cardiovascular System. Hematology. Cardiovascular System. Connective Tissue: Blood. Formed Elements [cells] Erythrocytes Leukocytes Platelets Ground Substance Fiber. Composition. Plasma. Composition Function Hormone Control Problems. Plasma Proteins. Albumin Function. - PowerPoint PPT Presentation

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Page 1: Cardiovascular System

Cardiovascular System

Hematology

Page 2: Cardiovascular System

Cardiovascular System

Page 3: Cardiovascular System

Connective Tissue: Blood

Formed Elements [cells] Erythrocytes Leukocytes Platelets

Ground Substance Fiber

Page 4: Cardiovascular System

Composition

Page 5: Cardiovascular System

Plasma

Composition Function Hormone Control Problems

Page 6: Cardiovascular System

Plasma Proteins

Page 7: Cardiovascular System

Albumin Function

Page 8: Cardiovascular System

Blood Chemistries

Page 9: Cardiovascular System

Formed Elements of Blood

Page 10: Cardiovascular System

Blood Formation Pathways

Page 11: Cardiovascular System

Hematopoiesis

Pluripotent Hematopoietic Stem Cell

Page 12: Cardiovascular System

Bone Marrow Smear

Page 13: Cardiovascular System

Red Bone Marrow

Page 14: Cardiovascular System

Red Bone Marrow Sampling

Page 15: Cardiovascular System

Hematopoietic Cell Lines

Page 16: Cardiovascular System

Blood Use

Page 17: Cardiovascular System

Erythropoiesis

Page 18: Cardiovascular System

EPO Source and MOA

Juxtaglomerular Apparatus in Renal Cortex

Page 19: Cardiovascular System

Hemoglobin

Page 20: Cardiovascular System

Heme Group

Page 21: Cardiovascular System

Sickle Cell Anemia

Page 22: Cardiovascular System

Incomplete Dominance: SS, Ss, ss

Page 23: Cardiovascular System

Sickle Cell Anemia

Page 24: Cardiovascular System

Pernicious Anemia

Page 25: Cardiovascular System

Iron Deficiency Anemia

Page 26: Cardiovascular System

RBC Poikilocytosis

Page 27: Cardiovascular System

Hemoglobin Recycled

Page 28: Cardiovascular System

RBC Morphology and Function

Size Shape Color Number Functions

Gas Transport O2 CO2

Buffer

Page 29: Cardiovascular System

RBCs

Page 30: Cardiovascular System

RBCs

Page 31: Cardiovascular System

Blood Tubes

Page 32: Cardiovascular System

Blood Smear Prep

Page 33: Cardiovascular System

Cytology Stains

Page 34: Cardiovascular System

Hematocrit

Page 35: Cardiovascular System

Hematocrit Equipment

Page 36: Cardiovascular System

RBC Problems: Anemia

Page 37: Cardiovascular System

RBC Problems: Parasites

Page 38: Cardiovascular System

Genetic Factors for Major Blood Types

Blood Groups are due to CH20 on RBC surfaces

Co-Dominant Inheritance pattern of alleles A, B, i

Carbohydrates A allele galactosamine B allele galactose AB alleles both sugars

Page 39: Cardiovascular System

ABO Antigen groups

Page 40: Cardiovascular System

Blood Type A: Subtypes

A-1 A-2

Page 41: Cardiovascular System

Plasma Antibodies

Page 42: Cardiovascular System

Plasma Antibodies

Page 43: Cardiovascular System

Agglutinins & Agglutinogens

Page 44: Cardiovascular System

Agglutination

Page 45: Cardiovascular System

Blood Typing

Page 46: Cardiovascular System

Blood Typing Individual Results

Page 47: Cardiovascular System

Blood Typing Results Compared

Page 48: Cardiovascular System

Rh factor : D antigen

Page 49: Cardiovascular System

Blood Transfusion

Page 50: Cardiovascular System

Blood Donors and Recipients

Page 51: Cardiovascular System

WBCs

Page 52: Cardiovascular System

Leukocytes

Page 53: Cardiovascular System

WBC Development

Page 54: Cardiovascular System

Granulocytes and Agranulocytes

Page 55: Cardiovascular System

WBC percentages

Page 56: Cardiovascular System

Granulocytes

Page 57: Cardiovascular System

Granulocyte Formation

Page 58: Cardiovascular System

Granulocytes

Neutrophils Eosinophils Basophils

Nucleus Granules Size Number Function

Page 59: Cardiovascular System

RBM: Neutrophils

Page 60: Cardiovascular System

Neutrophils : PMNs

Page 61: Cardiovascular System

Neutrophil

Page 62: Cardiovascular System

PMN Comparison

Page 63: Cardiovascular System

“Old” Neutrophils

Page 64: Cardiovascular System

Eosinophil ID:

Page 65: Cardiovascular System

Eosinophils

Page 66: Cardiovascular System

Eosinophils

Monocyte

Page 67: Cardiovascular System

Basophils

Page 68: Cardiovascular System

Basophil

Page 69: Cardiovascular System

Basophils in Animals

Page 70: Cardiovascular System

Mast Cells

Page 71: Cardiovascular System

Eosinophil and Basophil Compared

Page 72: Cardiovascular System

Neutrophil and Eosinophil Compared

Page 73: Cardiovascular System

Agranulocyte Formation

Page 74: Cardiovascular System

Agranulocytes

Monocytes Lymphocytes

Nucleus Cytoplasm Size Shape Number Function

Page 75: Cardiovascular System

Monocyte ID

Page 76: Cardiovascular System

Monocytes

Page 77: Cardiovascular System

Monocyte variations

Page 78: Cardiovascular System

Macrophages

Page 79: Cardiovascular System

WBC Cell Lines: Lymphoid

Page 80: Cardiovascular System

Lymphocytes

Page 81: Cardiovascular System

Lymphocyte

Page 82: Cardiovascular System

Agranulocytes Compared

Page 83: Cardiovascular System

WBC Summary

Page 84: Cardiovascular System

Diapedesis

Page 85: Cardiovascular System

Chemotaxis

Page 86: Cardiovascular System

WBC Defenses

Page 87: Cardiovascular System

WBC Differential

Count 100 WBC Classify based on

characteristics Compare to normal % Function of WBC Parameter changes

Stress Viral Bacterial Parasitic

Page 88: Cardiovascular System

WBC count

Page 89: Cardiovascular System

Malaria

trophozoite

Page 90: Cardiovascular System

Megakaryocyte

Page 91: Cardiovascular System

Platelet Formation

Page 92: Cardiovascular System

Platelets

Page 93: Cardiovascular System

Platelet Function

Page 94: Cardiovascular System

Platelet Function = Plug

Page 95: Cardiovascular System

Formed Element Summary

Page 96: Cardiovascular System

Lab Values: Hematology

Page 97: Cardiovascular System

Hemostasis Definition

Page 98: Cardiovascular System

Hemostasis Steps

Vasoconstriction Platelet Plug Coagulation Fibrinolysis

Page 99: Cardiovascular System

Vascular Spasm

Page 100: Cardiovascular System

Platelet Plug Examples

Page 101: Cardiovascular System

Primary Hemostasis Phases

Page 102: Cardiovascular System

Platelet Receptors

Page 103: Cardiovascular System

Coagulation Overview

Page 104: Cardiovascular System

Clotting Proteins

Page 105: Cardiovascular System

Clotting Factors

Numbered I – XII Most synthesized by

liver Inactive until activated Some factors based on

Vitamin K Ca++ required for most

activation steps Found in the plasma

Page 106: Cardiovascular System

Pathways

Intrinsic Extrinsic Common

Page 107: Cardiovascular System

Extrinsic Pathway of Coagulation

Page 108: Cardiovascular System

of Coagulation

Page 109: Cardiovascular System

Common Pathway of Coagulation

Factor X Xa Xa Prothrombin Prothrombin

Thrombin Thrombin Fibrinogen Fibrinogen Fibrin-s Fibrin-s Fibrin –i Clot stabilization

Page 110: Cardiovascular System

Fibrin Blood Clot

Page 111: Cardiovascular System

Fibrinolysis

Page 112: Cardiovascular System

Hemostasis Review

Page 113: Cardiovascular System

Coagulation Cascade

Page 114: Cardiovascular System

Clinical Tests and Monitoring

Page 115: Cardiovascular System

Blood Tests

Page 116: Cardiovascular System

Blood ID Practice

Page 117: Cardiovascular System

Summary

Page 118: Cardiovascular System

Immune Reactions

Page 119: Cardiovascular System

Other Blood Problems

Page 120: Cardiovascular System

Questions?

Page 121: Cardiovascular System