Blood

Froggy Jumps

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Blood

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About Froggy Jumps

biology

anatomy

physiology

2892 times made

Created by

Dr. David Myers

United States

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Froggy Jumps BloodOnline version Blood by Dr. David Myers 1 Oxygen-carrying blood cell a thrombocyte b granulocyte c erythrocyte 2 granulocytic, phagocytic, and motile blood cell a neutrophil b lymphocyte c eosinophil 3 monocytes & lymphocytes a contain hemoglobin b are hemostatic c agranular leukocytes 4 reticulocyte a immature RBC b platelet c granulocyte 5 rapid breakdown of these causes jaundice: a RBCs b WBCs c platelets 6 Causes granulocytopenia: a myelosuppression b hemolysis c phagocytosis 7 thrombocytopenia a too many platelets b deficiency of platelets c too many RBCs 8 accompanies an infection: a leukocytosis b anemia c jaundice 9 Heme contains a iron b erythropoietin c albumin 10 erythropoietin a secreted by bone marrow b released due to hypoxia c suppresses RBC production 11 prothrombin & fibrinogen a clotting factors b anticoagulants c thrombolytic agents 12 NOT associated with hemostasis a coagulation b phagocytosis c vascular spasm 13 hemolysis causes ______ a acidosis b hyperbillirubinemia c leukocytosis 14 an antithrombin agent would______ a prevent coagulation b fight infection c stimulate hemoglobin synthesis 15 TPA (tissue plasminogen activator) a prevents coagulation b causes thrombocytopenia c dissolves blood clots 16 which is vitamin K dependent? a erythropoietin b heparin c prothrombin 17 intrinsic factor a needed for Vit B12 absorption b is a clotting factor c stimulates RBC production 18 associated with a blood clot: a agglutination b hemophilia c fibrin strands 19 anemia associated with myelosuppression a hemolytic anemia b aplastic anemia c hemorrhagic anemia 20 Bilirubin is a breakdown product of: a RBCs b neutrophils c platelets 21 leukocytosis & leukopenia a increased WBCs only b abnormal WBC numbers c decreased WBCs only 22 decreased erythrocytes a anemia b polycythemia c granulocytopenia 23 neutrophils are: a an oxygen carrier b a phagocyte c a blood clotter 24 normal blood pH a 7.00 to 7.35 b 7.45 to 7.80 c 7.35 to 7.45 25 caused by a deficiency of iron: a anemia b jaundice c leukopenia 26 Universal donor: a A and B b AB c O 27 breakdown product of heme: a bilirubin b plasmin c thrombin 28 A person with type O can receive: a type O b type AB c type A or B 29 related to biconcave disc, hemoglobin, EPO a RBC b WBC c Platelet 30 related to WBC a phagocytosis b oxygen transport c blood clotting 31 universal recipient? a Type A or B b Type O c Type AB 32 Oxygen binds to: a iron molecule of heme b plasma membrane of RBC c globin molecule 33 at the end of 120 days the RBC ____ a is converted to fibrin b receives an award c is removed and broken down 34 Plasma a gives blood the red color b oxygen carrying part of blood c fluid part of blood 35 cause of erythroblastosis: a Rh+ baby and a Rh- mom b RH+ baby and a Rh+ mom c Rh+ baby and a Rh+ Amazon delivery guy 36 characteristic of hemophilia: a infection b high fever c bleeding 37 causes hemophilia a diet b genetics c smoking 38 hematocrit measures a phagocytic activity b % of RBCs in the blood c amount of albumin in blood 39 prothrombin time measures a oxygen in blood b clotting activity of blood c pH of blood 40 both WBCs and RBCs a contain hemoglobin b are produced in bone marrow c produce antibodies 41 NOT true regarding blood a water is more viscous than blood b pH of blood is 7.35 to 7.45 c average man has 4 to 6 L of blood 42 secretes histamine and heparin a basophils b eosinophils c lymphocytes 43 neutrophils, basophils, eosinophils a all granulocytes b all phagocytic c all produce antibodies 44 erythroblastosis is a problem of a too much hemoglobin b lack of intrinsic factor c Rh incompatability 45 leukocytes a transport oxygen b fight infection c form platelet plug 46 elevated in allergies and parasitic infections a basophils b lymphocytes c eosinophils 47 vascular spasm, platelet plug, coagulation a stasis-smasis b homeostasis c hemostasis 48 role of hemoglobin a transport oxygen b fight infection c catalyze fibrinogen to fibrin 49 leukopenia, granulocytopenia, neutropenia a too many WBCs b too few WBCs c too much erythropoietin 50 albumin a RBC, oxygen transport b water balance, plasma protein c CO2 transport, immune system 51 liquid part of the blood a plasma b formed elements c lymph 52 bacteria eating WBCs a basophil b neutrophil c eosinophil 53 fragments for clotting a platelets b RBCs c WBCs 54 exchange vessels a capillaries b arteries c veins 55 oxygen carrying blood cell a WBCs b RBCs c platelets 56 small veins a venules b arterioles c capillaries

Froggy Jumps

BloodOnline version

Blood

by Dr. David Myers

Oxygen-carrying blood cell

thrombocyte

granulocyte

erythrocyte

granulocytic, phagocytic, and motile blood cell

neutrophil

lymphocyte

eosinophil

monocytes & lymphocytes

contain hemoglobin

are hemostatic

agranular leukocytes

reticulocyte

immature RBC

platelet

granulocyte

rapid breakdown of these causes jaundice:

RBCs

WBCs

platelets

Causes granulocytopenia:

myelosuppression

hemolysis

phagocytosis

thrombocytopenia

too many platelets

deficiency of platelets

too many RBCs

accompanies an infection:

leukocytosis

anemia

jaundice

Heme contains

iron

erythropoietin

albumin

erythropoietin

secreted by bone marrow

released due to hypoxia

suppresses RBC production

prothrombin & fibrinogen

clotting factors

anticoagulants

thrombolytic agents

NOT associated with hemostasis

coagulation

phagocytosis

vascular spasm

hemolysis causes ______

acidosis

hyperbillirubinemia

leukocytosis

an antithrombin agent would______

prevent coagulation

fight infection

stimulate hemoglobin synthesis

TPA (tissue plasminogen activator)

prevents coagulation

causes thrombocytopenia

dissolves blood clots

which is vitamin K dependent?

erythropoietin

heparin

prothrombin

intrinsic factor

needed for Vit B12 absorption

is a clotting factor

stimulates RBC production

associated with a blood clot:

agglutination

hemophilia

fibrin strands

anemia associated with myelosuppression

hemolytic anemia

aplastic anemia

hemorrhagic anemia

Bilirubin is a breakdown product of:

RBCs

neutrophils

platelets

leukocytosis & leukopenia

increased WBCs only

abnormal WBC numbers

decreased WBCs only

decreased erythrocytes

anemia

polycythemia

granulocytopenia

neutrophils are:

an oxygen carrier

a phagocyte

a blood clotter

normal blood pH

7.00 to 7.35

7.45 to 7.80

7.35 to 7.45

caused by a deficiency of iron:

anemia

jaundice

leukopenia

Universal donor:

A and B

breakdown product of heme:

bilirubin

plasmin

thrombin

A person with type O can receive:

type O

type AB

type A or B

related to biconcave disc, hemoglobin, EPO

RBC

WBC

Platelet

related to WBC

phagocytosis

oxygen transport

blood clotting

universal recipient?

Type A or B

Type O

Type AB

Oxygen binds to:

iron molecule of heme

plasma membrane of RBC

globin molecule

at the end of 120 days the RBC ____

is converted to fibrin

receives an award

is removed and broken down

Plasma

gives blood the red color

oxygen carrying part of blood

fluid part of blood

cause of erythroblastosis:

Rh+ baby and a Rh- mom

RH+ baby and a Rh+ mom

Rh+ baby and a Rh+ Amazon delivery guy

characteristic of hemophilia:

infection

high fever

bleeding

causes hemophilia

diet

genetics

smoking

hematocrit measures

phagocytic activity

% of RBCs in the blood

amount of albumin in blood

prothrombin time measures

oxygen in blood

clotting activity of blood

pH of blood

both WBCs and RBCs

contain hemoglobin

are produced in bone marrow

produce antibodies

NOT true regarding blood

water is more viscous than blood

pH of blood is 7.35 to 7.45

average man has 4 to 6 L of blood

secretes histamine and heparin

basophils

eosinophils

lymphocytes

neutrophils, basophils, eosinophils

all granulocytes

all phagocytic

all produce antibodies

erythroblastosis is a problem of

too much hemoglobin

lack of intrinsic factor

Rh incompatability

leukocytes

transport oxygen

fight infection

form platelet plug

elevated in allergies and parasitic infections

basophils

lymphocytes

eosinophils

vascular spasm, platelet plug, coagulation

stasis-smasis

homeostasis

hemostasis

role of hemoglobin

transport oxygen

fight infection

catalyze fibrinogen to fibrin

leukopenia, granulocytopenia, neutropenia

too many WBCs

too few WBCs

too much erythropoietin

albumin

RBC, oxygen transport

water balance, plasma protein

CO2 transport, immune system

liquid part of the blood

plasma

formed elements

lymph

bacteria eating WBCs

basophil

neutrophil

eosinophil

fragments for clotting

platelets

RBCs

WBCs

exchange vessels

capillaries

arteries

veins

oxygen carrying blood cell

WBCs

RBCs

platelets

small veins

venules

arterioles

capillaries

Blood

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