Which Leukocytes are Granulocytes?
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1. Neutrophil
2. Basophil
3. Eosinophil
(3) Destruction and Recycling of Red Blood Cells:
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1. Destruction in capillaries of Liver and Spleen, especially in older adults
during muscle contraction.
2. Damaged Red Blood Cells are phagocytized by Macrophages.
3. Hemoglobin is Recycled:
• 4 Polypeptides are disassembled into amino acid parts and released into
the bloodstream for use by other cells.
, • Heme Units are broken down into Iron and the bile pigments Billiverdin &
Billirubin.
• The pigments are released in the Gallbladder
Erythropoietin, which stimulates the red bone marrow to produce and release red
blood cells into circulation, is released in the fetus in prepartum by:
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the Yolk Sac, Liver and Spleen during low Oxygen levels.
Compromised blood flow to Myocardium results in:
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1. Hypoxia of Myocardium
2. Necrosis of Myocardium
Phases of Hemostasis: (3)
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1.Vascular Phase
2. Platelet Phase
3. Coagulation Phase
,AB positive is the Universal Recipient because it does not have any ________, in which
will react to the donor's blood. It does however have __ and __ antigens. Due to it not
having _______, it can accept any blood type as long as the donor's _______ are removed.
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Antibodies; A and B antigens; Antibodies; Antibodies.
Transient Ischemic Attack (TIA):
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Temporary blockage in a small artery caused by embolus
Example: mini stroke
**Resolve because the embolus breaks up and dissolves, terminating the
TIA.
Hypoxia:
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Tissues are not oxygenated adequately, usually due to an insufficient
concentration of oxygen in the blood.
Ankle Edema is caused by weakening or failure of:
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, One or both atria
QRS wave
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Depolarization of ventricular fibers (ventricular contraction/systole)
A stem cell, called a blast cell, is:
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Any immature, undifferentiated, unspecialized cell, capable of repeated
cell divisions.
Lipoproteins arranged by density and increasing protein:
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1. Chylomicron
2.Very Low Density Lipoprotein: VLDL
3. Low Density Lipoprotein: LDL
4. High Density Lipoprotein: HDL
P wave:
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1. Neutrophil
2. Basophil
3. Eosinophil
(3) Destruction and Recycling of Red Blood Cells:
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1. Destruction in capillaries of Liver and Spleen, especially in older adults
during muscle contraction.
2. Damaged Red Blood Cells are phagocytized by Macrophages.
3. Hemoglobin is Recycled:
• 4 Polypeptides are disassembled into amino acid parts and released into
the bloodstream for use by other cells.
, • Heme Units are broken down into Iron and the bile pigments Billiverdin &
Billirubin.
• The pigments are released in the Gallbladder
Erythropoietin, which stimulates the red bone marrow to produce and release red
blood cells into circulation, is released in the fetus in prepartum by:
Give this one a try later!
the Yolk Sac, Liver and Spleen during low Oxygen levels.
Compromised blood flow to Myocardium results in:
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1. Hypoxia of Myocardium
2. Necrosis of Myocardium
Phases of Hemostasis: (3)
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1.Vascular Phase
2. Platelet Phase
3. Coagulation Phase
,AB positive is the Universal Recipient because it does not have any ________, in which
will react to the donor's blood. It does however have __ and __ antigens. Due to it not
having _______, it can accept any blood type as long as the donor's _______ are removed.
Give this one a try later!
Antibodies; A and B antigens; Antibodies; Antibodies.
Transient Ischemic Attack (TIA):
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Temporary blockage in a small artery caused by embolus
Example: mini stroke
**Resolve because the embolus breaks up and dissolves, terminating the
TIA.
Hypoxia:
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Tissues are not oxygenated adequately, usually due to an insufficient
concentration of oxygen in the blood.
Ankle Edema is caused by weakening or failure of:
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, One or both atria
QRS wave
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Depolarization of ventricular fibers (ventricular contraction/systole)
A stem cell, called a blast cell, is:
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Any immature, undifferentiated, unspecialized cell, capable of repeated
cell divisions.
Lipoproteins arranged by density and increasing protein:
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1. Chylomicron
2.Very Low Density Lipoprotein: VLDL
3. Low Density Lipoprotein: LDL
4. High Density Lipoprotein: HDL
P wave:
