Questions
1. how do compact bone and spongy bone differ structurally and in location from each other?...

1. how do compact bone and spongy bone differ structurally and in location from each other?


2. what are two main divisions of skeletal and desribe how they differ?

In: Anatomy and Physiology

The IMA is ligated (occluded) when removing an aneurysm of the abdominal aorta. The IMA normally...

The IMA is ligated (occluded) when removing an aneurysm of the abdominal aorta. The IMA normally supplies arterial blood to the sigmoid colon and rectum. Uusualy, the sigmoid colon and rectum survive such a ligation. How do they survive? discuss the normal blood supply to the entire GI tract (in chart/table form, with names of arteries and names of corresponding structures), and then what occurs after the IMA is ligated to keep the sigmoid colon and rectum alive.

In: Anatomy and Physiology

Kidney stones occur when solid material blocks the flow of urine in the renal system. Although...

Kidney stones occur when solid material blocks the flow of urine in the renal system. Although there are many causes, Ca2+ is a common component of the stone itself. If left untreated, Kidney stones can lead to renal failure. You are a Nephrologist treating a patient who has already had one kidney removed. They report that they have experienced nausea, vomiting, and swelling of the extremities (edema.) An MRI shows a kidney stone which has completely blocked the ureter of the remaining kidney. Propose a mechanism whereby the kidney stone would explain the patient’s symptoms.

In: Anatomy and Physiology

A 26-year old female patient (height 5 foot 6 inches tall) exhibits a forced expiratory volume...

A 26-year old female patient (height 5 foot 6 inches tall) exhibits a forced expiratory volume in 1 second (FEV1) that is 1860 ml. Her VC = 3100 ml.

Describe what type of respiratory disease the woman may have. Explain how this disease may affect the resistance in her conducting zone. Would you also expect to see damage in the respiratory zone of the lungs? Explain.

In: Anatomy and Physiology

Vital capacity decreases with age (say after age 20), but TLC does not decrease. What changes...

Vital capacity decreases with age (say after age 20), but TLC does not decrease. What changes in the lung volumes (TV/ERV/IRV/RV) contribute to VC are most likely to change with age to make the preceding statement true?

In: Anatomy and Physiology

The pregangliotic fibers of the parasympathetic nervous system emerge from a. thoracolumbar spinal region b. sympathetic...

The pregangliotic fibers of the parasympathetic nervous system emerge from

a. thoracolumbar spinal region

b. sympathetic chain

c. higher brain centers

d. brain stem and sacral region of spinal cord

In: Anatomy and Physiology

Explain what occurs on chromosome 15 in a patient with Angelman syndrome that DOES NOT have...

Explain what occurs on chromosome 15 in a patient with Angelman syndrome that DOES NOT have uniparental disomy.

Please be detailed!

In: Anatomy and Physiology

what is the anatomical description of the skin?

what is the anatomical description of the skin?

In: Anatomy and Physiology

Lab Practical I – Microscopy, Aseptic technique, Bacterial culturing/selection, and Staining: Briefly describe the most salient...

Lab Practical I – Microscopy, Aseptic technique, Bacterial culturing/selection, and Staining:

Briefly describe the most salient points for each section. Remember, if you know why the

assay is performed, how it works, and how to interpret it you will do very well on the final.

Section 3-1 and 3-5: Microscopy, Simple stains, and Smears

Section 1-3 and 1-4: Streaking plates, Transfer, and Colony Selection

Section 3-7: Gram Staining

Section 3-12, 3-13, and 5-28: Motility (Microscope-wet mount), Flagella Staining, and Motility

test

Section 3-8: Acid Fast Staining

Section 3-9, and 3-10: Capsule and Endospore Staining

In: Anatomy and Physiology

An example of a polygene inheritance

An example of a polygene inheritance

In: Anatomy and Physiology

1. Explain how the ovum prevents polyspermy. 2. List and describe the initiation, progression and stages...

1. Explain how the ovum prevents polyspermy.

2. List and describe the initiation, progression and stages of labor.

Please type answer no pictures

In: Anatomy and Physiology

How would inflammatory response in atherosclerosis disrupt homeostasis and what will be the consequences of this...

How would inflammatory response in atherosclerosis disrupt homeostasis and what will be the consequences of this homeostatic disruption?

In: Anatomy and Physiology

1) What does the IMI of an animal tell us about their mode of locomotion? 2)...

1) What does the IMI of an animal tell us about their mode of locomotion?

2) (True or False) The glenoid fossa is a landmark on the scapula/ shoulder bone and helps when determining locomotion of an animal

3) Dentition characterized by half moon shaped cusps is called

A. selenodont

B. hypsodont

C. bunodont

D. Carnassial

4. ​Relative to quadrupeds, the foramen magnum of bipeds is more

A. Anterior

B. Posterior

C. Ventral

D. The foramen magnum would be in the same place on a biped and a quadruped

5. (True or False) Natural selection and genetic drift are the same thing

In: Anatomy and Physiology

1. Describe the major processes carried out by the digestive system. 2. Describe the general structure...

1. Describe the major processes carried out by the digestive system.

2. Describe the general structure of the alimentary canal.

In: Anatomy and Physiology

The bipolar leads provide pictures of the _______________________ plane of the heart.

The bipolar leads provide pictures of the _______________________ plane of the heart.

In: Anatomy and Physiology