platelets formed elements fibrinogen erythrocytes globulins leukocytes connective plasma fibrinogen coagulation albumin men women Blood is a tissue that consists of formed elements and an extracellular matrix called The formed elements include red and white blood cells, and cell fragments called Plasma: The fibers of the extracellular matrix are actually fiber precursor molecules called Plasma consists of water, protein, nutrients, electrolytes, wastes, hormones, and gases. Plasma contains a multitude of proteins. However, three proteins predominate. contributes towards blood viscosity and helps transport lipophilic substances in the blood. , otherwise known as antibodies, help combat specific pathogens. Finally, upon activation, fibrinogen forms fibers during the process of are cells and cell fragments found in the blood. serve to transport gases in the blood. are blood cells of the immune system that combat pathogens. are cell fragments that assist in the process of blood clot formation. In a hematocrit, the percent of blood volume that each component makes-up varies from person to person. Generally red blood cells make-up roughly 42-52% of a blood sample in , but only 37-47% of a blood sample in These gender differences are due to varying blood loss between genders and androgens stimulating erythropoiesis.

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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platelets
globulins
fibrinogen
erythrocytes
leukocytes
connective
plasma
fibrinogen
coagulation
albumin
men
women
formed elements
Blood is a
tissue that consists of formed elements and an extracellular matrix called
The formed
elements include red and white blood cells, and cell fragments called
Plasma: The fibers of the extracellular matrix are actually fiber precursor molecules called
Plasma consists of water, protein,
nutrients, electrolytes, wastes, hormones, and gases.
Plasma contains a multitude of proteins. However, three proteins predominate.
contributes towards blood viscosity and helps
transport lipophilic substances in the blood.
, otherwise known as antibodies, help combat specific pathogens. Finally, upon activation,
fibrinogen forms fibers during the process of
are cells and cell fragments found in the blood.
serve to transport gases in the blood.
are blood cells of the immune system that combat pathogens.
are cell fragments that assist in the
process of blood clot formation.
In a hematocrit, the percent of blood volume that each component makes-up varies from person to person. Generally red blood cells make-up roughly 42-52% of a
blood sample in
, but only 37-47% of a blood sample in
These gender differences are due to varying
blood loss between genders and androgens stimulating erythropoiesis.
Transcribed Image Text:platelets globulins fibrinogen erythrocytes leukocytes connective plasma fibrinogen coagulation albumin men women formed elements Blood is a tissue that consists of formed elements and an extracellular matrix called The formed elements include red and white blood cells, and cell fragments called Plasma: The fibers of the extracellular matrix are actually fiber precursor molecules called Plasma consists of water, protein, nutrients, electrolytes, wastes, hormones, and gases. Plasma contains a multitude of proteins. However, three proteins predominate. contributes towards blood viscosity and helps transport lipophilic substances in the blood. , otherwise known as antibodies, help combat specific pathogens. Finally, upon activation, fibrinogen forms fibers during the process of are cells and cell fragments found in the blood. serve to transport gases in the blood. are blood cells of the immune system that combat pathogens. are cell fragments that assist in the process of blood clot formation. In a hematocrit, the percent of blood volume that each component makes-up varies from person to person. Generally red blood cells make-up roughly 42-52% of a blood sample in , but only 37-47% of a blood sample in These gender differences are due to varying blood loss between genders and androgens stimulating erythropoiesis.
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