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PCO2 is 45 mmHg in the interstitial fluids and PCO2 is 40 mmHg in the capillaries. What direction across systemic capillary membranes will CO2 flow?
Demonstrates how the bacteria arrives in the host. Depicts how it survives once inside the host. Identifies the disease or condition it causes.
Identify external and internal male reproductive structures and the function of each in hormonal regulation.
Which muscle is stronger-a pennate muscle or a parallel muscle? What is the difference between an agonist and a synergist?
What are three anatomic or physiologic differences between skeletal muscle and cardiac muscle? Where is smooth muscle located in the human body?
What is the pathway that would result in more respirations receptors/ nervous system)? Compare this to a sudden rise in pCO2.
Make a structure that represents a Nucleic Acid. What is the difference between a nucleotide and a nucleoside?
If I were to experiment with the effects of different concentrations of Sulfuric acid on Cell Membranes, what would be my experimental control(s)?
List 3 specific functions that they perform for the cell. Explain why leakage from a lysosome does not usually damage the cell.
Why are the protein samples treated with SDS and reducing reagent and then heated prior to electrophoresis? Be specific as to exactly what these treatments do.
Explain how these part of the cell cooperate to produce and secrete salivary amylase: transport vesicle, rough ER, plasma membrane, nucleus and Golgi apparatus.
If four babies are born in Harper Hospital on the same day, what is the chance that the first two will be girls and the 3rd and 4th will be boys?
What fundamental functions does the isocitrate dehydrogenase play in the regulation of the TCA cycle?
In performing an immunological procedure. you add 2 ml of stock serum to 3 ml of saline. What is the dilution of serum contained in the final tube?
What should you do before placing a slide on the stage? Which steps should you use to focus a specimen using the 40): objective lens? Briefly explain.
How could you distinguish between the protists that were observed in this lab and microscopic animals that could be found in pond water?
What is the typical resting membrane potential, after 250x amplification, that is recorded upon successful impalement of the cells in the leech ganglion?
Label the 2 prime, 3 prime, and 5 prime carbons on the sugar molecule, and add the atoms that are bonded to the 2 prime carbon.
What is the reason for the use of oil in imagining? What is a hemacytometer and how is it used to determine number of cells?
Describe the organization of the Periodic Table. How does it exhibit atomic structure? How can it help predict bonding and reaction relationship between atoms?
Describe the bonding and structure of water molecules. How does hydrogen bonding affect the properties of water? Give at least 3 examples?
Why did we use ammounium sulfate solution in the procedure? What role did isopropyl alcohol play in the protein purification?
Discuss at least three general molecules responsible for the physical properties of a cell membrane and how they relate to the fluid mosaic model.
Compare and contrast the three Domains of life. Differentiate between eukaryotic cells and prokaryotic cells.
Robbins Basic Pathology mentions that in patients with chronic obstructive pulmonary disease (COPD). Which the FVC in COPD patients might increase.