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Antibiotic resistance is a wide spread public health issue. Explain why resistance develops so quickly, spreads so rapidly and widely, and is so hard to eradicate. Describe how the R plasmid is involved in the spread of multiple antibiotic resistance, and how the F factor plays a role. Next, describe three specific mechanismsof antibiotic resistance. If you were a research scientist at apharmaceutical company, which of the three mechanisms you just described would be the one you would select for development of new drugs to combat resistance, and why?
Meiosis produces four cells: 2 have 5 chromosomes present, 1 has 4 chromosomes present and 1 cell has 6 chromosomes present. In which meiosis (meiosis I or meiosis II) did nondisjunction occur?
assume that the Nernst potential (across a neurons plasma membrane) for Mg(2+) is a 100+ mv. Calculate the fold concentration gradient for magnesium and explain in which direction it lies across the membrane (more on the inside or outside of the c..
Define heritability and explain the difference between saying a trait is heritable and saying it's genetically determined. Why is heritability very low for many traits that are important to survival and reproduction?
what roles do plasmids play in biotechnology?
Determine which of the following in an enzyme that is involved in both cell cycle control and DNA repair?
Use the Central Dogma to explain the term "cotranslational" and "post-translational" processing.
A male baby who appeared normal at birth began to develop lethargy, hypothermia and apnea at forty-two hours after delivery. The infant was found to have normal levels of blood glucose,
examine transcription, including such things as the location in the cell, transcription signals, products, chemical details, and/or the amount of chromosome involved.
Based on your knowledge of M-Cdk regulation, indicate two ways the activity of this essential complex might be shut down if DNA damage were detected.
What is the use of having restriction enzyme sites at the 5' beginning of the luciferase gene and a set of restriction enzyme cut sites at the 3' end of the luciferase gene.
A sex linked recessive allele causes furry paws in mice. A normal female whose father had furry paws is crossed with a normal male whose father also had furry paws. What is the probability of producing a furry male from this cross?
By which process Lipid-soluble molecules would be expected to cross the Cytoplasmic Membrane?
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