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Assume you are researching flower genetics. You find a plant with a blue flower and another with a white flower.When you mate them, they have many offspring, half the offspring have blue flowers and half have white flowers. Is it possible to do one mating which will determine unambiguously which trait is dominant? A.it is not possible to do so. B. mate the blue and white offspring to each other,whatever color their offspring turn out to be is dominant. C.mate the white offspring with itself.if all its offspring are white, white is dominant,if any blues appears, then blue is dominant. D.mate the white offspring with itself.if all its offspring are white, white is recessive,if any blues appears, then blue is recessive. E. none of the experiments listed above will work out but some other mating will work.
non covalent interactions which are most important. What is the driving force for proteins that are embedded in lipid membranes?
Briefly describe the cellular events that occur during epithelial mesenchymal transitions (EMT).
How many chromosomes must be present
Assume you are given a primer with a concentration of 1.4 mg/ml, RNA concentration of 0.8 mg/ml, 1M MgCl2, 10mM dNTP mix, 10x buffer, 10 units/ul of reverse transcriptase.
Codons with U or C as the second nucleotide, for example, tend to specify hydrophobic amino acids. Can you recommend a possible explanation for this phenomenon in terms of the early evolution of the protein synthesis machinery?
Discuss and explain how you would calculate delta G for the reaction: glucose+6O2---> 6CO2+6H2O. If you were told that this reaction is highly exergonic.
You inject 1mL of a 100 mg/mL solution of 3H2O intravenously in a dog. After equilibration, you take a blood sample and find blood concentration of 3H2O = 0.01 mg/mL.
On a field trip, a student in a marine biology class collects an organism that has differentiated organs, cell walls of cellulose, and chloroplasts with chlorophyll a.
Clostridium and Streptococcus are both catalase-negative. Streptococcus grows by fermentation. Why is Clostridium killed by oxygen, whereas Streptococcus is not.
According to your understanding of the nitrate reductase and nitrite reductase tests, why would the inclusion of nitrite inhibit anaerobic growth?
Recent experiments in a lab have focused on trying to understand cellular mechanisms that underlie epilepsy. Many of the studies involve recording electrical activity in neurons from brains of adult fruit flies
Make following dilution: a working concentration of 100 ml 15 U/uL from an enzyme stock of 756,431 U/uL. Will you use a serial dilution? Why or Why not.
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