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You are attempting to map the restriction sites for Ecor I and BamH I on a circular DNA molecule. After conducting single digests with Ecor I and BamH I as well as a double digest, you obtain the following data:
Ecor I BamH I Ecor I + BamH I
fragment 1 8000bp 2500 bp 1500 bpfragment 2 5500 bp 2500 bpfragment 3 4000 bp
What is the total length of the uncut DNA molecule?
How many restriction sites are there for BamH I?
Draw a diagram of the circular DNA molecule, showing the locations of the restriction sites for Ecor I and BamH I , as well as distances between them.
Is this organism recovered more frequently as a nosocomial pathogen, as a community-acquired pathogen, or at similar rates in both settings? Elucidate your choice.
How many dissimilar types of gametes can be produced. how much of drug will stay 6 hours after its administration.
If a population with two alleles is at Hardy-Weinberg equilibrium and the frequency of one allele is 0.6, what is the heterozygote frequency.
which changes made the most severe effect on the protein
If the experimental animals in the chamber were engaged in physical activity (such as running in a wheel), how do you think this would change results of the metabolism experiment. What changes would you expect to see in the fluid levels of manometer.
The muscles that originate on the ischium and sacrum are" Adductors of the thigh. Abductors of the thigh. Medial rotators of the thigh.
What are the disadvantage and advantage of each and which commonly applies to hospitality industry. How is this caused by the sympathetic nervous division.
The cell walls if bacteria, fungi and plant cells and an extracellular matrix of animal cells are all external to the plasma membrane. Which is the characteristic of all these extracellular structures.
Explain the main types of extracellular signaling.
The results of these experiments point to that plants can be genetically transformed for resistance to virus disease development. What is an expected outcome of a cross between a homozygous recessive woman and a man with hypophosphatemia.
A color-blind woman marries a man with the normal color vision. They have ten children, six boys and four girls. How many have normal vision? How many are color- blind?
Select appropriate symbols for the alleles of the height and flower colour genes. List phenotypes and predicted ratios for the F2 generation.
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