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A human cell has 10^14 cells and each human cell has about 6.4x10^9 nucleotide pairs of DNA. What is the length of double helix that could be formed from this amount of DNA in a human individual?
In gel filtration chromatography under native cconditions, a protein of interest elutes with a molecular weight between five hundred and 550 kDA.
What are two pathways by which energy can be released from glucose?
As a pea plant grows, its root cells divide by mitosis. If the diploid chromosome number of the plant is fourteen, how various chromosomes will each newly formed root cell have.
What is the recombinant frequency between a and b? Between b and c? (Remember there is no crossing over in drosophila males).
If a male bird that is heterozygous for a recessive Z-linked mutation is crossed to a wild type female, what proportion of the progeny will be mutant males?
Estimate how many photons of light are minimally required to build one glucose molecule in photosynthesis and describe your answer
Natural selection raise the frequency of advantageous alleles. When a new allele is first created via mutation, it is at low frequency.
you observe 50,000 RFUs in a 200 microliter aliquot from a G3-500ml culture. How many total RFUs will be present in a 15 mLsample? If you recover 80% of the fluorescing protein during purification, what would the maximum total number of RFUs prese..
Are temperature gradients present in all biomes? What is one example of an adaptation to a colder temperature range?
Life arose in water. Explain w hy do you think colonization of land represented a major evolutionary step in the history of life?
Because the rate of evolution depends on the number of new mutations, which is directly proportional to population size, and the probability of fixation of a new mutation, which is inversely proportional to population size.
For each of the mutations below, which mutation is more likely to disrupt the structure of a protein that is, make a mutant protein that is less stable than the nonmutant protein?
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