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You are studying a species of desert-dwelling fish that consists of only 2 populations, each located in a different canyon. Population A is consists of approximately 3000 breeding adults and population B, which is 3 miles away consists of only 100 breeding adults. There are 2 alleles for spotting pattern in population A, and they at almost equal frequencies, with S1=0.55, S2=0.45. In population B, S2 has been almost eliminated and is currently only found at a frequency of S2=0.01. However, you have a miscommunication with a colleague and 5 heterozygous individuals from Population A get returned to the wrong location and are placed in with Population B. Because the heterozygous individuals look like the homozygous dominant individuals, you are unable to correct the mistake. What will you expect the new frequency of the S2 allele to be in Population B?
In a pharmaceutical company and you are given the task of prioritizing bacteria loci to target in a drug development program. How do you figure out a successful drug is one with the highest expectation for killing all the bacteria that infect a pa..
Which increases the genetic diversity
Erythropoetin is available as a pharmacological drug treatment. Recently a well-known cyclist was accused of using erythropoietin.
How various molecules of ATP are USED UP in the glycolysis pathway.
What proportion of progeny would PHENOTYPICALLY resemble.
Explain why dihybird crosses of yeast always results in predicted phenotypic ratio but results of similar two crosses in eukaryotic organisms
Just completed an experiment on Gluconeogenesis looking at the different precursors. I am a bit stuck on why lactate and alanine might be of different efficiency as gluconeogenic substrates.
Determine where are the hydrophobic or hydrophilic residues concentrated? Where does your mutation fall relative to these clusters and to the inside or outside of the protein?
What characteristic of the synthetases explains this discrepancy. Tina is consuming 15 mg of iron per day. Her RDA is 18 mg. She has no condition warranting a greater-than-normal need for iron. Which of the statements is true about her consumption of..
When Purified Protein Derivative (PPD) isolated from Mycobacterium tuberculosis was injected into the skin of a patient, it caused an area of hardening 1 cm in diameter. How must this PPD test be interpreted? What caused the result.
Using a spectrophotometer set at 400 nm, an absorbance reading of 0.050 was obtained for a solution of p-nitrophenol at pH 6.5. The molar extinction coefficient of p-nitrophenol 21500 M-1cm-1 and the pka for p-nitrophenol is 7.
Briefly explain why hydrogen bonds and salt bridges do not contribute much to protein stability at room temperature.
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