If a patient is "looking at you" but what you notice is that the patient's right eye is looking directly forward, while, at the same time, the patient's left eye is looking up and medially, which muscle is not working correctly?
In: Anatomy and Physiology
List the order of all structures and locations through which light passes to get from the outside world to where rods and cones receive light waves to depolarize.
In: Anatomy and Physiology
Primary Active Transporter Na+/K+ ATPase pump. Describe how this pump maintains Na+ and K+ ionic gradients across the cell membrane. SECONDARY ACTIVE TRANSPORTERS: How do these secondary transporters benefit from the ionic gradients created by primary active transporters? What is the difference between cotransport/countertransport?
(Please don't write the answer on a separate page all over the place. I'm new to A&P 1 and I'm still learning, so I need to be explained, rather than shown notes like what I take in class.)
In: Anatomy and Physiology
Trace the pathway of light through the eye to the retina, and explain how light is focused for distant and close vision.
In: Anatomy and Physiology
What is the general structure of a triglyceride molecule? Compare and contrast the structure of a triglyceride molecule with that of a phospholipid.
In: Anatomy and Physiology
please, I don't want hand wrttien
In: Anatomy and Physiology
Chronic kidney disease is a gradual loss of kidney function. In this assignment, you will explore this disease in more detail using the scenario below.
Scenario:
You are a healthcare provider who is preparing to meet with a
patient who has recently been diagnosed with chronic kidney
disease. You are tasked with explaining this disease and its
treatment options to your patient.
PLEASE ANSWER THE WHOLE THING...
To complete this assignment, do the following:
In: Anatomy and Physiology
In: Anatomy and Physiology
While volunteering at an assisted living facility, you are asked to participate in the care of an 82 year-old female resident with limited mobility. When you are first introduced to Gladius Claymore, you notice she often rubs and taps at the side of her left hip, but still greets you with a welcoming smile. Gladius often spoke of experiencing shooting pain, numbness, and weakness on her lower back, the posterior side of her left buttocks, and her posterior lower limb. She first started experiencing these symptoms ever since she suffered a bad fall a few months back. “The doctor said I had a ‘slipped disc’ in my waist” she tells you “But I don’t get why it would make my thigh hurt!” You help Gladius make it to her physical therapy appointment and spend some time chatting with her clinician. When the clinician finds out you are taking a human anatomy class she begins to quiz you about some of the anatomy related to Gladius presentations and complications that might be associated with it. Gladius has a good time quizzing you too (and telling to when you’re wrong) and wishes you luck on your upcoming exam.
Goal: Using the description above, describe the most likely diagnosis for Gladius’s presentation (should include anatomical terms), and compared it with an in-depth discussion of the normal, healthy anatomy (hint: should include tissue types found in the bone and joints in the vertebral column). Next, describe the common causes of this presentation, especially in someone of Gladius’ demographic group. Gladius’s presentation may cause impingement on components of the central and/or peripheral nervous system, describe those components using correct anatomical terminology. Describe the layers and spaces surrounding the spinal cord. Lastly, how might someone like you get involved with Gladius and brighten her day.
In: Anatomy and Physiology
In terms of Medical Anthropology :)
1. describe two ways/cases(with refs) in which social and cultural context influence the measurement of disease?
In: Anatomy and Physiology
In detail explain:
-Ferrous vs Ferric in the blood definition, it's conversion, and where it is converted (include the whole process)
The difference between transferrin, ferritin, and hemosiderin. And the process of how they work together for "recycling and elimination of erythrocyte components".
In: Anatomy and Physiology
In: Anatomy and Physiology
Mr. Q is a 28 year old Olympic freestyle wrestler'who recently
finished second in a state level
competition. He stated he was leading until the final I minute of
his 5 minute match when he was
taken down by the eventual winner. He is interested in improving
his ability to quickly tackle and
lift his opponents and to avoid becoming excessively fatigued
during the final minutes ofhis match.
His next competition is in 3 months. He has no injuries or medical
history that would limit his
ability to participate in a training program.
e) You would like to prescribe Mr Q an exercise program to
improve his anaerobic cardiovascular
fitness to prevent the onset of fatigue during his wrestling
matches.
1. List one (1) test you would perform to assess his anaerobic
fitness and justify your
selection. (2 mark)
2. What type of training program would you recommend to improve his
anaerobic
cardiovascular fitness? Please justify your selection.
3. Mr Q has informed you he has less than 30 minutes per day for
additional training.
Based on your answer in part B of this question, outline a training
program that he
can perform independently.
4. What adaptation is responsible for improvements in anaerobic
cardiovascular
endurance and Mr Q's ability to work at higher intensities? (1
mark)
In: Anatomy and Physiology
Equilibrium receptor regions in the vestibule are called
_________ and they monitor ________movements.
A)cristae ampullares; rotational |
B)otolithic membranes; static equilibrium |
C)maculae; linear acceleration |
D)semicircular canals; rotational and spinning |
The structure that controls the amount of light entering the eye is the ________, whereas the structure that controls the shape of the lens to focus that light is the _________.
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A patient with stroke damage to the right visual cortex will have vision loss in the _______.
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The tiny middle ear muscles that dampen movement of the ossicles are skeletal muscle, however, their actions are not under voluntary control. This is because _______.
The impulses originating in the retina travel to the _______ of the _______ lobe, which allows perception and conscious awareness of visual input.
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In: Anatomy and Physiology
In: Anatomy and Physiology