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Two viral genomes are sequenced, and the following percentages of nucleotides are identified:
Genome 1: A = 25%, C = 25%, G = 25%, T = 25%Genome 2: A = 29%, C = 21%, G = 29%, T = 21%
1) Detemine the structure of DNA in genome 1? a) ssDNA b) the data is not enough c) dsDNA
2)What is the structure of DNA in genome 2? a) ssDNA b) dsDNA c) the data is not enough
The structure of biological membranes is estimated primarily by the lipid bilayer but the specific functions of these membranes are carried out through proteins associated with the membrane.
While a tall homozygous plant was crossed with a short homozygous plant, the F1 offspring were all tall. No short plants were present in the F1 generation. Which principle does this situation represent.
Discuss similarities and differences of the enzymes catalase, superoxide dismutase, & superoxide reductase from the following points of view
Consider a transmembrane protein complex that forms a hydrophilic pore across the plasma membrane of a eukaryotic cell. The pore is made of five similar protein subunits, each of which contributes a membrane-spanning alpha-helix to form the pore.
Throughout pairing homologous regions associate with one another. As a result individual heterozygous for an inversion will form a structure known as an inversion loop. What is consequence of a crossover within this inverted region.
What are genotypes of the adult that were crossed. 0 percent of a population died from sunburn, of the 10 percent who died 10 individuals were albino and the rest were split evenly between heterozygous (Gg) and dominant individuals (GG). So my questi..
Early in development, most human cells turn off expression of essential component of telomerase, enzyme responsible for addition of telomere repeat sequences to ends of chromosomes.
Describe how the cell derives additional energy by switching . What was the key factor that determined this change.
Pretend that our class conducted a lab on the population genetics of squirrels in Utah. The class was split into three group and sent to different areas of the state to collect DNA samples.
Human population doesn't follow a j-shaped curve since humans are able to consciously limit the number of offspring that they produce, which is what usually happens after a population industrializes.
Assume you work in a cool professor's Drosophila lab and you are told to figure a genetics problem regarding fly hairness.
A flowering plant has ten chromosomes in each cell in its roots. Discuss how many chromosomes will be in each cell of the leaves of the plant.
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