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1) Determine where are the hydrophobic or hydrophilic residues concentrated? Where does your mutation fall relative to these clusters and to the inside/outside of the protein?
2)What (if any) are the primary partner(s) or binding site component(s) [such as a heme, DNA, GSH (Glutathione)? It should be obvious to you if you have one of these, because it is distinct from the protein-it will be colored differently in the ribbon view AND look like DNA, or be very small and/or not constructed like a protein (recall heme was a wide, flat object) . Is your amino acid conspicuously close to or interacting with any of these components?
Describe the structure of atp and gtp. Describe how atp is produced during chemiosmosis. Illustrate two specific cellular processes that require atp and explain how atp is used in each process.
The measurements to be comparable in both preparations. Illustrate one experiment you could perform to demonstrate such lack of equivalence of the two cells in the zygote. Noticeably state the expected outcome of your experiment in the reply you prov..
Why were the ratios the similar in the first part but different in Part 2.
What is the most possible explanation. Cultures from dialysate concentrate and the internal areas of the dialysis machines were negative; iodophor from a small in- use plastic container yielded a pure culture of P. aeruginosa. What improper method le..
How could you demonstrate experimentally that the selective antagonist binds the receptor specifically? Illustrate the experiment you would perform and also the controls you would contain.
Using examples, discuss types of genetic mutations that result in faulty proteins and disease,
In Drosophila the genes for wing size and bristle length phenotypes long or short are inherited independently.
Mom (Sue) is 50 years of age and entered into menopause five years ago. She takes two raw bovine ovarian capsules a day.
Determine the importance of ADP levels within the mitochondrion, particularly with respect to respiratory rate?
While working in a cell biology laboratory, you are instructed to create a solution that is iso-osmostice to the cells that the lab uses.
Diagnosis of CML can be done using a Southern blot to detect the junction fragment. In early stages of CML most patients are heterozygous for the genome rearrangement,
Determine which of the following structures are present in both prokaryotic and eukaryotic cells? Plasma membrane, Golgi apparatus, DNA, Lysosomes, Perioxisomes, Cytoplasm.
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