“1. What determines blood type? “
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“2. What type of blood antigens are expressed if a person is blood type AB negative? “
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“3. Why doesn’t a transfusion reaction occur the first
time an Rh negative patient is exposed to Rh positive blood?
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What surprised you about the anatomy of the sheep’s heart?
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Research diseases of the heart valves. How might a valvular insufficiency affect heart function? How would valvular stenosis (tightening or less ability to open easily) affect heart function?
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In: Anatomy and Physiology
How may GABA agonists through the GABA A receptors affect the CNS if the [Cl-]i is decreased?
In: Anatomy and Physiology
In: Anatomy and Physiology
a few words, your own, about proteins, nucleic acids, lipids and carbohydrates. (small paragraph).
In: Anatomy and Physiology
What can the sperm do inside the fallopian tube in order to get as many nutrients as possible?
anatomy
In: Anatomy and Physiology
Trace a molecule of urea from the arcuate artery to the point that it exits from the female urinary tract. This answer should be in complete sentences to describe the tubes and structures urea passes through, in order, to become urine, and to describe how urea end up leaving the body
In: Anatomy and Physiology
1. Immune system is an important system in the body. Discuss the followings:
i. The role of antibodies and antigens in blood typing?
ii. The types of immunity in relation to disease protection?
2. Covid-19 virus is primarily affecting certain respiratory organs and causing tissue damage. From your study in the anatomy and physiology of the respiratory system, discuss the changes in the anatomical structures and physiological functions that is causing death.
In: Anatomy and Physiology
In: Anatomy and Physiology
- describe the muscle and bones of thorax
- give a clinical summary of mediastinum and related structures
- text is limited for 2 paper
In: Anatomy and Physiology
1. describe in detail what geriatric home Safety is a
important topic for patient education
2 describe in detail the characteristics of hispanic population you
are planning to teach with the Visual Teaching Tool
3 what are the potential learning barriers for this population of
learners
4 write 3 specific learning objective your Visual teaching tool
will address
5 Write a paragraph describing how you could evaluate whether your
visual teaching was successful and met the objectives
In: Anatomy and Physiology
1. The heart is pumping blood via blood vessels to supply organs with blood. Compare the normal anatomical changes in the heart chamber structure involved in systemic circulation and that heart chamber structure involved in pulmonary circulation?
2. Immune system is an important system in the body. Discuss
the followings: i. The role of antibodies and antigens in blood
typing? ii. The types of immunity in relation to disease
protection?
In: Anatomy and Physiology
In: Anatomy and Physiology
How does the motor unit recruitment pattern described in explain the increase in blood lactate which occurs above 50-60% Vo2max? Blood lactate is the buffered form of lactic acid derived from cellular anaerobic glycolysis. (HINT: connect motor unit recruitment order with collective metabolism. And high/low intensity training
My answer so far: The motor unit recruitment pattern described in the lecture materials tells us that when there is low intensity activity (rest to about 50% of Vo2max), minute ventilation (VE) parallels Vo2. We also learn that onset blood lactate accumulation (OBLA) occurs at about 66% Vo2max, and occurs between 50% and 80% Vo2max.
In: Anatomy and Physiology
Cortisol binds with this receptor
This type of signal travels through the blood to reach its target cell
This type of signal diffuses through the plasma membrane and activates gene expression
Isoprenaline is a drug that is prescribed for an abnormally low heart rate. It binds with the adrenergic receptors on the pacemaker cells of the heart. This drug would be an __________of the receptor
This hormone is released from the anterior pituitary and binds with receptors in the adrenal cortex
This type of control is how EPI/NE and ACh control heart rate
A non-steroid hormone might cause one of these to open
Epinephrine and norepinephrine bind with this type of receptor
Insulin is the _____________ of the insulin receptor
This type of signal influences the same cell that released it
This hormone is released from the posterior pituitary gland and causes conservation of water
The binding of cortisol with a glucocorticoid receptor on the hypothalamus, reducing the secretion of corticotropin releasing hormone is an example of this process.
The normal action of EPI/NE is to increase heart rate. Propranalol is a drug that slows heart rate by binding to beta-adrenergic receptors. This type of drug is an______ of the receptor
This type of control is how EPI/NE control blood vessel diameter
This gland releases oxyticin and antidiuretic hormone
This type of signal diffuses through some interstitial fluid before binding with its receptor
ANSWER OPTIONS
steriod
Antagonistic control
Negative feedback
tonic control
glucocorticoid receptor
oxytocin
autocrine signal
Ion channel
positive feedback
primary ligand
agonist
Adrenergic receptor
ACTH receptor
Antidiuretic hormone
paracrine signal
adrenocorticotropic hormone
cholinergic recptor
anterior pituitary
posterior pituitary
anagonist
hormone
In: Anatomy and Physiology