BLOOD Flashcards
A person with type B+ blood receives a transfusion of type A+ Blood what will happen?
A) donor’s anti bodies will destroy recipients rbc.
B) the recipients antibodies will destroy the donors RBCs.
C) the donors antigens will destroy the recipients antibodies.
D) these blood types are compatible
the recipients antibodies will destroy the donates RBCs.
A person with type B+ blood receives a transfusion of type A+ Blood what will happen?
A) donor’s anti bodies will destroy recipients rbc.
B) these blood types are compatible
C) the donors antigens will destroy the recipients antibodies.
D) the recipients antibodies will destroy the donors RBCs.
the recipients antibodies will destroy the donates RBCs.
____ involves a cascade of reactions leading to the conversion of fibrinogen to fibrin,
A) retraction
B) coagulation
C) Fibrinolysis
D) Vascular spasm
coagulation
____ involves a cascade of reactions leading to the conversion of fibrinogen to fibrin,
A) retraction
B) Vascular spasm
C) Fibrinolysis
D) coagulation
coagulation
The most numerous white blood cells in peripheral circulation are the ___
A) Neutophils
B) eosinophils
C) basophils
D) Monocytes
Neutophils
The most numerous white blood cells in peripheral circulation are the ___
A) eosinophils
B) Neutophils
C) basophils
D) Monocytes
Neutophils
A traveling blood clot is called a ___
A) hemorrage
B) embolism
C) phlebitis
D) claudication
embolism
A traveling blood clot is called a ___
A) hemorrage
B) claudication
C) phlebitis
D) embolism
embolism
a patient has the following CBC values: RBC’s 3 million/mm3 WBC’s 8,000/mm3 Platelets: 205000/mm3
Hemoglobin: 8g Hematocrit: 30% Which of the following would you expect in this patient?
A) anemia
B) an infection
C) bruising bleeding
D) none of these
anemia
a patient has the following CBC values: RBC’s 3 million/mm3 WBC’s 8,000/mm3 Platelets: 205000/mm3
Hemoglobin: 8g Hematocrit: 30% Which of the following would you expect in this patient?
A) bruising bleeding
B) an infection
C) anemia
D) none of these
anemia
Patient is vegan, and eats no meat at all. Develops anemia caused by nutritional deficiency. Which of the following is probably the cause?
A) no intrinsic factor
B) Vitamin B12 deficiency
C) Vitamin K deficiency
D) Vitamin B6 deficiency
Vitamin B6 deficiency
Patient is vegan, and eats no meat at all. Develops anemia caused by nutritional deficiency. Which of the following is probably the cause?
A) no intrinsic factor
B) Vitamin B6 deficiency
C) Vitamin K deficiency
D) Vitamin B12 deficiency
Vitamin B6 deficiency
A plasma protien essential for blood coagulation is ____
A) lipoprotein C
B) fibrinogen
C) albumin alpha
D) immunoglobin A
fibrinogen
A plasma protien essential for blood coagulation is ____
A) lipoprotein C
B) albumin alpha
C) fibrinogen
D) immunoglobin A
fibrinogen
All the circulating red blood cells in an adult originate in the ____
A) heart
B) Liver
C) thymus
D) red bone marrow
red bone marrow
All the circulating red blood cells in an adult originate in the ____
A) heart
B) Liver
C) thymus
D) red bone marrow
red bone marrow
Most of the iron that is removed from degraded hemoglobin is ____
A) excreted by the kidneys
B) excreted by the liver
C) recycled to the red bone marrow
D) stored in the yellow bone marrow
excreted by the liver
Most of the iron that is removed from degraded hemoglobin is ____
A) excreted by the kidneys
B) recycled to the red bone marrow
C) excreted by the liver
D) stored in the yellow bone marrow
excreted by the liver
a patient has the following CBC values: RBC's 4.7 million/mm3 WBC's 55,000/mm3 Platelets: 280000/mm3 Hemoglobin: 15g Hematocrit: 44% Which of the following would you expect in this patient:
A) anemia B) infection
C) bruising and bleeding D) none of these
infection
a patient has the following CBC values: RBC's 4.7 million/mm3 WBC's 55,000/mm3 Platelets: 280000/mm3 Hemoglobin: 15g Hematocrit: 44% Which of the following would you expect in this patient:
A) anemia B) bruising and bleeding
C) infection D) none of these
infection
The function of platelets is to assist in the ___
A) destruction of bacteria
B) hemostasis
C) removal of worn out RBC’s
D) transport blood gases i.e. oxygen
hemostasis
The function of platelets is to assist in the ___
A) destruction of bacteria
B) transport blood gases i.e. oxygen
C) removal of worn out RBC’s
D) hemostasis
hemostasis
A bruise appears as a greenish spot in the skin because_____
A) bilirubin from iron recycling has built up in the bruise
B) the heme group in the hemoglobin has broken into iliverdin
C) RBC’s are green when they leave circulation
D) hemoglobin has leaked from the blood into the injury and hemoglobin has a green color
the heme group in the hemoglobin has broken into iliverdin
A bruise appears as a greenish spot in the skin because_____
A) bilirubin from iron recycling has built up in the bruise
B) hemoglobin has leaked from the blood into the injury and hemoglobin has a green color
C) RBC’s are green when they leave circulation
D) the heme group in the hemoglobin has broken into iliverdin
the heme group in the hemoglobin has broken into iliverdin
In case of hemorrhage, platelets are stored as a reserve in___
A) heart
B) bone marrow
C) kidneys
D) spleen
bone marrow
In case of hemorrhage, platelets are stored as a reserve in___
A) spleen
B) bone marrow
C) kidneys
D) heart
bone marrow
The function of RBC’s is to _________
A) carry carbon dioxide bonded to the copper in hemoglobin
B) carry oxygen bonded to the iron in albumin
C) carry carbon dioxide bonded to the iron in albumin
D) carry oxygen bonded to the iron in hemoglobin
carry oxygen bonded to the iron in hemoglobin
The function of RBC’s is to _________
A) carry carbon dioxide bonded to the copper in hemoglobin
B) carry oxygen bonded to the iron in albumin
C) carry oxygen bonded to the iron in hemoglobin
D) carry carbon dioxide bonded to the iron in albumin
carry oxygen bonded to the iron in hemoglobin
The yellow color that is visible in the eyes and skin in jaundice results from ____
A) extensive breakdowns of RBC’s
B) destruction of hemoglobin
C) excessive amounts of bilirubin in the plasma
D) all of these
all of these
The yellow color that is visible in the eyes and skin in jaundice results from ____
A) extensive breakdowns of RBC’s
B) destruction of hemoglobin
C) excessive amounts of bilirubin in the plasma
D) all of these
all of these
type o- blood may be considered the universal donor because____
A) it has no antigens to trigger destruction by a recipients antibodies.
B) the Rh antigens will be diluted.
C) it has no antibodies to trigger the destruction of the recipients antigens.
D) the Rh factor is never a problem.
it has no antigens to trigger destruction by a recipients antibodies.
type o- blood may be considered the universal donor because____
A) the Rh factor is never a problem.
B) the Rh antigens will be diluted.
C) it has no antibodies to trigger the destruction of the recipients antigens.
D) it has no antigens to trigger destruction by a recipients antibodies.
it has no antigens to trigger destruction by a recipients antibodies.
Red blood cell production is regulated by the hormone _____
A) rennin
B) erythropoietin
C) thymosis
D) Angiotensin
erythropoietin
Red blood cell production is regulated by the hormone _____
A) rennin
B) erythropoietin
C) Angiotensin
D) thymosis
erythropoietin
in adults, erythropoiesis exclusively takes place in_____
A) spleen
B) yellow marrow
C) liver
D) red bone marrow
red bone marrow
in adults, erythropoiesis exclusively takes place in_____
A) spleen
B) yellow marrow
C) liver
D) red bone marrow
red bone marrow
