2. Match the component of Erythrocyte function with the proper description. Erythrocytes G. Green metabolite of heme. Hemoglobin H. Yellow-orange metabolite of heme. Heme I. Plasma protein that transports iron in Red bone marrow the bloodstream. Globin J. Cells that phagocytose ruptured Vitamin B12 Iron RBCS in the spleen, liver, or red bone Bilirubin marrow. Transferrin K. Brown metabolite of heme eliminated Macrophage in feces. Sterocobilin L. Organ that removes worn-out red Liver blood cells from circulation. Reticulocyte Bile M. Iron-storage protein. Kidney N. About 280 million of these molecules Erythropoietin are found in a single red blood cell. Biliverdin O. Deficiency leads to pernicious Ferritin anemia. Spleen Urobilin P. Organ that eliminates bilirubin within bile. Q. Transports the majority of oxygen A. Site of oxygen binding in hemoglobin. (98.5%) and a portion of carbon B. Hormone that stimulates dioxide (23%). erythropoiesis. R. Immature red blood cell. C. Site of erythropoiesis. S. Excretory product that transports D. Yellow metabolite of heme found in bilirubin into the small intestine. urine. T. Organ that excretes the yellow E. Protein portion of hemoglobin. pigment called urobilin. F. Ringlike nonprotein pigment bound to each globin protein.
2. Match the component of Erythrocyte function with the proper description. Erythrocytes G. Green metabolite of heme. Hemoglobin H. Yellow-orange metabolite of heme. Heme I. Plasma protein that transports iron in Red bone marrow the bloodstream. Globin J. Cells that phagocytose ruptured Vitamin B12 Iron RBCS in the spleen, liver, or red bone Bilirubin marrow. Transferrin K. Brown metabolite of heme eliminated Macrophage in feces. Sterocobilin L. Organ that removes worn-out red Liver blood cells from circulation. Reticulocyte Bile M. Iron-storage protein. Kidney N. About 280 million of these molecules Erythropoietin are found in a single red blood cell. Biliverdin O. Deficiency leads to pernicious Ferritin anemia. Spleen Urobilin P. Organ that eliminates bilirubin within bile. Q. Transports the majority of oxygen A. Site of oxygen binding in hemoglobin. (98.5%) and a portion of carbon B. Hormone that stimulates dioxide (23%). erythropoiesis. R. Immature red blood cell. C. Site of erythropoiesis. S. Excretory product that transports D. Yellow metabolite of heme found in bilirubin into the small intestine. urine. T. Organ that excretes the yellow E. Protein portion of hemoglobin. pigment called urobilin. F. Ringlike nonprotein pigment bound to each globin protein.
Biology: The Dynamic Science (MindTap Course List)
4th Edition
ISBN:9781305389892
Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Chapter44: The Circulatory System
Section: Chapter Questions
Problem 3TYK
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Transcribed Image Text:2. Match the component of Erythrocyte function with the proper description.
Erythrocytes
G. Green metabolite of heme.
Hemoglobin
H. Yellow-orange metabolite of heme.
Heme
I. Plasma protein that transports iron in
Red bone marrow
the bloodstream.
Globin
Vitamin B12
J. Cells that phagocytose ruptured
Iron
RBCS in the spleen, liver, or red bone
Bilirubin
marrow.
Transferrin
K. Brown metabolite of heme eliminated
Macrophage
in feces.
Sterocobilin
L. Organ that removes worn-out red
Liver
blood cells from circulation.
Reticulocyte
Bile
M. Iron-storage protein.
Kidney
N. About 280 million of these molecules
Erythropoietin
are found in a single red blood cell.
Biliverdin
O. Deficiency leads to pernicious
Ferritin
anemia.
Spleen
Urobilin
P. Organ that eliminates bilirubin within
bile.
Q. Transports the majority of oxygen
A. Site of oxygen binding in hemoglobin.
(98.5%) and a portion of carbon
B. Hormone that stimulates
dioxide (23%).
erythropoiesis.
R. Immature red blood cell.
C. Site of erythropoiesis.
S. Excretory product that transports
D. Yellow metabolite of heme found in
bilirubin into the small intestine.
urine.
T. Organ that excretes the yellow
E. Protein portion of hemoglobin.
pigment called urobilin.
F. Ringlike nonprotein pigment bound to
each globin protein.
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