Human bio chapter 6 Flashcards

1
Q

three functions of blood in human body

A

transportation, defense, and regulation

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2
Q

formed elements of the blood

A

produced in red bone marrow,
red blood cells
white blood cells
platelets

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3
Q

describe composition of plasma

A

91% water and 9% salts,
solutes help maintain osmotic pressure
(salts act as a buffer)

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4
Q

3 types of plasma proteins

A

Albumins, Globulins, and Fibrinogen

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5
Q

why is the plasma, albumins important

A

help from blood leaking from vessel

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6
Q

why is the plasma, globulins important

A

help fight infections, and transports molecules in blood

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7
Q

why is the plasma, fibrinogen important

A

its inactive, but when activated it forms blood clots

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8
Q

how do RBCs transport oxygen and carbon dioxide

A

RBCs are specialized for oxygen transport, they contain protein (hemoglobin) and will bind to oxygen and iron groups

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9
Q

structure of RBC how its well suited for gas transport

A

no nucleus, shape allows them to squeeze through small capillaries and maximize surface area

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10
Q

function of white blood cells

A

(leukocytes) fight infections

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11
Q

granular leukocyte

A

Neutrophil, Esoihophil, Basophil

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12
Q

agranular leukocyte

A

Lymphocyte, monocyte

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13
Q

disorders with WBS

A

leukemia- a group of cancers that affect blood and bone marrow

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14
Q

structure and function: Neutrophils

A

Comes from Myeloblasts
contains granules
phagocytizes pathogens

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15
Q

structure and function: Lymphocytes:

A

comes from lymphoblasts
active in specific immunity

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16
Q

structure and function: Monocytes

A

comes from monoblasts
becomes a large phagocyte

17
Q

structure and function: Eosinophils

A

comes from myeloblasts
contains granules
active in allergies and worm infections

18
Q

structure and function: Basophils

A

comes from myeloblasts
contains granules
releases histamine

19
Q

relationship of leukemia and white blood cells

A

leukemia begins in bone marrow, where while blood cells are produced. and impacts body’s immune response and overall health

20
Q

blood clotting relating to homeostasis

A

preventing absurd blood loss, response to injury, systemic regulation,

21
Q

steps of formation of a blood clot

A

1) blood vessel is punctured
2) platelets congregate and form plug
3) platelets and damaged tissue cells release prothrombin activator, which initiates a cascade of enzyme reactions
4) Fibrin threads form and trap RBCs

22
Q

disorders associated with blood clotting

A

Thrombocytopenia- too few platelets

Thromboembolism- when thrombus (stationary clot), forms, travels (embolism) and plugs other vessel

Hemophilia A and B- genetic deficiencies of a clotting factor

23
Q

components of blood involved in forming a blood clot

A

platelets, clotting factors, Fibrinogen

24
Q

stages of blood clotting

A

stages of blood clotting work in concert to prevent excessive bleeding and facilitate healing.

25
Q

what determines blood types in humans

A

proteins w/ carbohydrates attached pm the surface of RBCs

26
Q

summarize role of Rh factor in hemolytic disease of a newborn

A

blood cells can leak from fetus into mother causing mother to get sick

27
Q

list 4 types of blood

A

A, B, AB, O

28
Q

who can a donor with type blood A donate to?

A

type A and AB

29
Q

how does the cardiovascular system interact with other body systems to maintain homeostasis

A

works with all other organ systems to maintain bodys needs

30
Q

how does the cardiovascular system maintain homeostasis

A

interstitial fluid originates from blood plasma and is absorbed by lymphatic capillaries, becoming lymph