100% Correct Answers
For inspiration, is the intrapulmonary pressure higher or lower
than the atmospheric pressure? - ANSWER-lower
.How does the immune system distinguish "self" from "non-
self"? - ANSWER-it uses antigens, molecules that are specific
to that cell, and recognizes that it is part of self
.In which direction does air flow due to pressure differences? -
ANSWER-from a high area to a low area
.What are cytokines? - ANSWER-chemicals released by the
WBCs that affect growth and activity of other WBCs
.What are the 2 categories of blood types? - ANSWER-ABO
blood type and Rh blood type
,.What are the 2 compensations for the 2 types of acidosis? -
ANSWER-metabolic(compensation done by the respiratory
system): hyperventilation- releasing CO2 because CO2 is an
acid, and releasing it will increase the pH
respiratory(compensation done by the metabolic system):
kidney will increase reabsorption of HCO3-, and because
HCO3- is basic, it increases the pH
.What are the 2 compensations for the 2 types of alkalosis? -
ANSWER-metabolic(compensation done by the respiratory
system): hypoventilation- retaining CO2 because CO2 is an
acid, and retaining it will decrease the pH
respiratory(compensation done by the metabolic system):
kidneys will increase secretion of HCO3-, and because HCO3-
is basic, it decreases the pH
.What are the 2 equations to find MAP? - ANSWER-
*DP(diastolic pressure) + PP(pulse pressure)/3*
*(2 x DP) + SP / 3*
.What are the 2 forms of ATP that can be attached to a myosin
head of a thick filament? - ANSWER-ATP: low energy
configuration because it is harder for myosin to use
, ADP and Pi: high energy configuration because myosin can use
it easier
.What are the 2 Rh blood types? - ANSWER--Rh+
-Rh-
.What are the 2 stages of blood pressure and what do they
represent? - ANSWER-systole: heart contracting and ejecting
blood
diastole: heart relaxed and filling with blood
.What are the 2 types of chemoreceptors and their functions?
- ANSWER-Central receptors
-located near the medulla
-detect hydrogen concentration in CSF and by detecting
hydrogen, it can tell if CO2 has increased
Peripheral receptors
-found in carotid artery and aortic bodies
-detects a decrease in O2 levels, and if decreased, it stimulates
the medulla