1. The respiratory diaphragm is a
a. hypaxial muscle
b. expaxial mucle
c. smooth muscle
d. spinchter muscle
2. The pharyngeal constrictor muscles are derived from which arch?
a. arch 3
b. arch 4-6
c. arch 2
d. arch 1
3. The brain develops from the folding and expansion of the notochord
a. true
b. false
In: Anatomy and Physiology
In: Anatomy and Physiology
Can you describe in detail the environmental situation and cultural inventions and capabilities concerning Homo erectus leaving Africa?
In: Anatomy and Physiology
Name the body system composed of hormone producing structures:
Name the body system that generates movement and heat
In: Anatomy and Physiology
Part A
The left renal vein __________.
| passes posterior to the superior mesenteric artery |
| is shorter than the right renal artery |
| enters the left kidney at the calyx |
| lies posterior to the abdominal aorta |
Part B
Which of the following correctly describes the position of the kidneys?
| The inferior vena cava is medial to the kidneys. |
| Only the left kidney is retroperitoneal. |
| The superior surface of each kidney is covered by a lymphatic gland. |
| The left kidney is lower than the right kidney. |
Part C
The ureters __________.
| pass anterior to the iliac artery and vein |
| descend anterior to the gonadal arteries |
| are found behind the psoas muscles |
| transport urine away from the bladder |
In: Anatomy and Physiology
Using a flow diagram (arrows), describe the pathway of pulmonary circulation. List the valves involved in each pathway.
In: Anatomy and Physiology
|
Sample 1 |
Drink |
Sample 2 |
Sample 3 |
Sample 4 |
Sample 5 |
Sample 6 |
|
|
Time of day |
2.10pm |
2.40pm |
3.10pm |
3.40pm |
4.10pm |
4.40pm |
|
|
Time interval (min) |
76 |
30 |
30 |
30 |
30 |
30 |
|
|
Urination duration (s) |
5 |
5 |
6 |
7 |
6 |
5 |
|
|
Urine volume (ml) |
72 |
35 |
95 |
156 |
135 |
76 |
|
|
Urine flow rate (ml/sec) |
14.4 |
7.0 |
15.8 |
22.3 |
22.5 |
15.2 |
|
|
Urine Production rate (ml/min) |
|||||||
|
Na+ conc’n (mmol/litre) |
120 |
43 |
12 |
11 |
16 |
17 |
|
|
Na+ excretion rate (mmol/min) |
|||||||
|
Urine osmolality (mOsm/kg H2O) |
743 |
453 |
169 |
94 |
109 |
188 |
|
|
Osmolar excretion rate (mOsm/min) |
1. Calculate and show example of the
(a) Urine production rate (ml/min)
(b) Na+ excretion rate (mmol/min)
(c) Osmolar excretion rate (mOsm/min)
2. What are the possible reason that could lead to one of the subjects have high urine production rate but low urine flow rate? Provide and explain using two examples
In: Anatomy and Physiology
Trace (either draw a picture or write words and arrows) the path of sound from the outer ear to interpretation by the brain, detailing what each step in the pathway is generally responsible for. This does not have to be extremely detailed (e.g. cell types), but should show pathways and the function of specific nuclei & brain areas.
In: Anatomy and Physiology
8.) Name the locations where you would typical find the following tissue types: stratified squamous epithelium, pseudostratified ciliated columnar epithelium, transitional epithelium
9.) Describe the organizational chart.
In: Anatomy and Physiology
Fill in the table below:
|
JOINTS: FUNCTIONAL CATEGORY |
JOINTS: STRUCTURAL CATEGORY |
DESCRIPTION |
EXAMPLE |
|
Synarthrosis |
Gomphosis |
Immovable joint; binds teeth to bony sockets in mandible and maxilla |
Connection between tooth and socket |
|
Synarthrosis |
Suture |
||
|
Synarthosis |
Synchondroses |
||
|
Synarthrosis |
Synostosis |
||
|
Amphiarthrosis |
Syndesmosis |
||
|
Amphiarthrosis |
Symphysis |
||
|
Diarthrosis |
Synovial: Monoaxial |
||
|
Diarthrosis |
Synovial: Biaxial |
||
|
Diarthrosis |
Synovial: Triaxial |
In: Anatomy and Physiology
1. What are the problems of the portal blood returning to the caval/systemic circulation in liver cirrhosis? (Answer: 2 sentences)
2. What are the 2 vessels on the esophagus that are communicating in the portocaval anastomosis? What is Caput Medusae? (Answer: 1 sentence)
3. Why esophageal varices develop? What is their danger? (Answer: 2 sentences)
In: Anatomy and Physiology
Please match all terms
_________ 1. Retraction A. movement away from the midline
_________ 2. Dorsiflexion B. movement to turn foot outward
_________ 3. Eversion C. palm moved to face posteriorly
_________ 4. Inversion D. palm moved to face anteriorly
_________ 5. Pronation E. movement to posterior plane
_________ 6. Plantar flexion F. movement to stand on tiptoes
_________ 7. Protraction G. movement in anterior plane
_________ 8. Supination H. movement to turn foot inward
_________ 9. Adduction I. movement to stand on heels
_________ 10. Abduction J. movement toward midline
In: Anatomy and Physiology
Please complete entire table:
Muscles of the pelvis and lower limbs:
|
Muscle |
Origin/Insertion |
Primary Action |
|
Gluteus maximus |
O: Ileum, sacrum, and coccyx I: IT band and femur |
Hip extension |
|
Sartorius |
||
|
Hamstrings (group) -Biceps femoris -Semimembranosus -Semitendinosus |
||
|
Quadriceps muscles (group) -Rectus femoris -Vastus lateralis -Vastus medialis -Vastis intermedius |
||
|
Gastrocnemius *Achilles tendon |
||
|
Soleus *Achilles tendon |
||
|
Tibialis anterior |
In: Anatomy and Physiology
The chemical Bay K8644 is an activator of voltage-gated Ca2+ channels. If you were to inject this chemical into a frog, how would you predict neuron function would be affected? Make sure you describe how an action potential reaching the synapse results in a response in the post-synaptic cell (i.e. what are the steps involved in chemical synapse function)?
In: Anatomy and Physiology
Fill in the Table Below:
|
Muscle |
Origin and Insertion |
Primary Action |
|
Occipitofrontalis |
O: epicranial aponeurosis I: skin superior to supraorbital margin |
Raises eyebrows |
|
Oribulari oculi |
||
|
Zygomaticus major |
||
|
Orbicularis oris |
||
|
Masseter |
||
|
Buccinator |
||
|
Sternocleidomastoid |
In: Anatomy and Physiology