please answer all 15 questions if u cant answer all then please let someone else answer it. thanks.
Histones are proteins associate with which of the following?
Blood
Hair Follicle
DNA
Sperm
Liver
Pancreas
Gall Bladder
Spleen
Toxins in the filtrate are detoxified
Glucose, lactate, and amino acids are reabsorbed
Altered filtrate leaves the urinary system in the body
Urea is actively reabsorbed
1
10
5
9
Cerebellum
Spinal cord
Thalamus
Hypothalamus
Proteins
Lipids
Cellulose
Chitin
Blood pumped from the heart first enters arteries that than narrow to form arterioles that deliver blood to capillaries of the organ.
Blood pumped from the heart first enters the arterioles that than merge to form arteries that deliver blood to organ.
Blood pumped from the heart first enters veins that than narrow to form venules that deliver blood to arteries of the organ.
Blood pumped from the heart first enters arteries that than form veins that deliver blood to organ.
The volume of the thoracic cavity decreases
The ribcage lowers
Air moves areas of the low pressure to areas of high pressure
The diaphragm moves downward
Vitamin D
Vitamin B
Vitamin A
Vitamin k
Stratum corneum
Stratum basale
Reticular Layer
Papillary layer
Stores potassium ions
Creates electrical impulses
Provide electro light
Transmit Sensory
Parthenogenesis
Meiosis
Fertilization
Mitosis
Ff x Ff
FF X FF
Ff x ff
Ff x ff
Blood
Hair Follicle
DNA
Sperm
Liver
Pancreas
Gall Bladder
Spleen
Toxins in the filtrate are detoxified
Glucose, lactate, and amino acids are reabsorbed
Altered filtrate leaves the urinary system in the body
Urea is actively reabsorbed
1
10
5
9
Cerebellum
Spinal cord
Thalamus
Hypothalamus
Proteins
Lipids
Cellulose
Chitin
Blood pumped from the heart first enters arteries that than narrow to form arterioles that deliver blood to capillaries of the organ.
Blood pumped from the heart first enters the arterioles that than merge to form arteries that deliver blood to organ.
Blood pumped from the heart first enters veins that than narrow to form venules that deliver blood to arteries of the organ.
Blood pumped from the heart first enters arteries that than form veins that deliver blood to organ.
The volume of the thoracic cavity decreases
The ribcage lowers
Air moves areas of the low pressure to areas of high pressure
The diaphragm moves downward
Vitamin D
Vitamin B
Vitamin A
Vitamin k
Stratum corneum
Stratum basale
Reticular Layer
Papillary layer
Stores potassium ions
Creates electrical impulses
Provide electro light
Transmit Sensory
Parthenogenesis
Meiosis
Fertilization
Mitosis
Ff x Ff
FF X FF
Ff x ff
Ff x ff
In: Anatomy and Physiology
What is coronary circulation and why is it important?
In: Anatomy and Physiology
What happens to your body if you are in a cold room and your core body temperature starts dropping below normal? [ 5 marks ]
In: Anatomy and Physiology
List the differences between arteries, veins and capillaries.
In: Anatomy and Physiology
(B) Insulin is a peptide hormone synthesised and secreted from pancreatic islets. Describe the control of nutrient-mediated insulin release by gut hormones, neurotransmitters and paracrine factors.
In: Anatomy and Physiology
What is the function of mitosis in a cell that is about to divide? Please new formulated answers, not same as answered before otherwise paper will be rejected.
In: Anatomy and Physiology
In: Anatomy and Physiology
Week 4 lab A& P the muscular system
7. T or F The influx of sodium ions generates an action potential at the motor end plate
8. A ____ consist of a motor nerve fiber and all the muscle fibers it stimulates at neuromuscular junctions.
9. What is ACh? Explain what it is and it's function during the sequence of events at the neuromuscular junction.
18. The extensor digitorum longus muscle is located in the ___ compatment of the leg.
19. The suprahyoid muscles connect the hyoid bone to the ___.
20. The ____ muscles perform voluntary eye movements.
In: Anatomy and Physiology
list the functionally homologous muscles in the front and hind limbs - that is, which muscles perform the same function. Include a description of an action that would require flexion of both elbow and knee. What is one muscle responsible for each of these movements, and how does it do it? Describe an action that would require extension of both elbow and knee. What is one muscle responsible for each of these movements, and how does it do it?
In: Anatomy and Physiology
which of the following features is found only in the stomach and not in the rest of the digestive tract?
a) hausta
b) skeletal muscle
c) plicae circularis
d) adventitial
e) oblique layer
In: Anatomy and Physiology
How do decreases in PCO2, pH, temperature and organic phosphate modulators (i.e. 2,3-DPG) shift the oxygen equilibrium curve of animals? If the oxygen equilibrium curve shifts to the right, how does that change an animal’s P50? How does it change its oxygen affinity?
In: Anatomy and Physiology
Breathing 100% oxygen will:
A. Increase p02 and the rate of oxygen unloading at the tissues.
B. Cause a right shift in the oxygen-hemoglobin dissociation curve.
C. Significantly increase oxyhemoglobin saturation.
2. All of the following play a role in increasing the oxygen unloading at tissue in someone with iron deficiency anemia except?
A. Respiratory acidosis
B. An increase in 2-3 DPG
C. An increase in deoxyhemoglobin
D. The affinity of 2-3 DPG for hemoglobin
In: Anatomy and Physiology
Bae just knocked over a jewelry shop, making off with a couple of bars of 24K gold. On the lam from the cops, they run toward a river. Noting a patch with many reeds (hollow-centered plants), they cut a piece of reed approximately 2’ long. With the gold bars in their pockets, they submerge themselves 1&1/2 feet into the river and begin to breathe, confident they will escape the cops. Within seconds, they were captured, and their one phone call is to you for some bail money.
Why were they caught so soon? What changes in arterial blood gases would occur as a result?
Sketch what a davenport curve would look like at the moment of capture, showing what their acid-base status would be? Why?
In: Anatomy and Physiology
Your grandmother has had several episodes of acid-reflux recently. In order to enjoy the gastronomical celebrations of your commencement (yay! By the way, she's the one that brought that ginormous boquet of balloons just for you...), they consume a heaping helping of Tums (which contain alkaline ingredients and are often taken as an antacid.)
1. What effect would consuming a heaping helping of Tums have on acid-base balance?
2. What effect would this have on their digestive processes? Please be specific about the processes and the locations affected. What symptom(s) (other than a stomach ache) would they exhibit?
In: Anatomy and Physiology
Distinguish between water-soluble (hydrophilic) and lipid-soluble (hydrophobic) hormones. List examples of each. Describe how each are secreted from cells, travel via the circulatory system, receptor location on target cells, and mechanism(s) for eliciting cellular responses.
What are endocrine glands? List several examples. (Contrast these with exocrine glands. You learned about several of these when you studied digestion.) Note that many endocrine glands are also organs with other functions.
In: Anatomy and Physiology