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Your superb PhD project has earned you a post-doctoral position in a top lab developing puffer fish as a system for studying gene organization. Your goal is to find a puffer fish homologue of a human oncogene (a gene that causes cancer). Produce a brief outline for such a project, from checking for homologous sequences in the puffer fish genome, to isolating a puffer fish cDNA for this gene.
How many unhybrizdized p orbitals does the central C atom of allene have available for pi bonding.
Arteriosclerosis is focus of this question, address the condition and it's impact on blood flow through the carotid arteries and tell me more about arteriosclerosis
discribe how to prepare this solutions show all work and calcualtion?
Determine which of the following observations are testable. For those that are testable.
What would happen if an organism used up all the carbohydrate in a fermentation tube?
When the experiment is repeated with a protein medium, the yeasts grow only in the presence of oxygen. Pasteur concluded that the yeasts can take oxygen from air, and in the absence of air, the yeasts take oxygen from sugar.
Think about the sequence 3'-T-C-T-C-T-A-C-G-T-5' and calculate the total number of covalent bonds joining the nucleotides in each strand?
During swimming there is a large increase in end diastolic volume (EDV) of the heart. This leads to an increase in stroke volume. Explain how the increased EDV leads to the increased SV.
Explain why does inhibiting the Na/K transport pump in neurons will not have an instant effect on membrane potential. Over time the membrane potential will depolarize.
If there was mutation in a dna triplet that changed the first triplet from ctt to ctc, would that cause the problem with the resulting polypeptide.
The membranous vesicle of a submitochondrial particle after removal of the F1 spheres would be able to (1) oxidize NADH; (2) produce H2O from O2; (3) generate a proton gradient; (4) phosphorylate ADP.
what structures connect the fetal blood to the mother's blood?
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