Evaluate the paragraph below and drag the labels to complete the sentences that discuss antibiotic resistance gene locations?

2 3 inte tion of Lormhda. ne att si ucated betwee de ne att sites and go ns one te n vacter aged ot utilize doot ractose ato la t don s gal* uc Integration to form prophage om SOward cor coct some cro on! ni imple ex 2 3 bio* gal* 14. The figure provided portrays the integration of Lambda phage into a host chromosome at the att site, located between the gal+ and bio+ genes. This prophage may disintegrate from the host carrying with it host genes, such as gal+ and/or bio+ and go on to transduce another host bacterium. How would one determine if a gal- host bacterium's phenotype was changed from gal- to gal+? To clarify, the minus version cannot utilize galactose as a carbon source for growth because it does not produce galactase, the enzyme that hydrolyzes galactose into monomeric sugars. There is a straight forward answer/solution to this – do not concoct some crazy solution! Think simple experiment.

interpret findings. Which one is successful transducted.

. A second feature that virtually all plasmid vectors havein common is the selectable marker. Explain what this isand why it is such an important feature.

In Figure 5-19, how many different bacterial species areshown as having contributed DNA to the plasmid pk214?

nich TWO of the following statements about Extended Spectrum ß-lactamases are CORRECT? O Extended Spectrum ß-lactamases can inactivate all B-lactam antibiotics except third generation antibiotics in this family. O Genetic material encoding for extended spectrum ß-lactamases are easily transferred to other bacteria via transduction. O Extended Spectrum ß-lactamases are frequently produced in Klebsiella sp. and Escherichia coli strains. O Many Extended Spectrum ß-lactamases are not inhibited by clavulanic acid and other B-lactamase inhibitors. OSome Extended Spectrum ß-lactamases-producing E. coli are still sensitive to penicillins. OA new class of Extended Spectrum ß-lactamases has emerged and these have been widely detected among S. epidermidis. O Extended Spectrum ß-lactamases are not effective against the cephalosporin family of antibiotics.

Please help a bit confused

Antibiotic resistance can be acquired through many different mechanisms. Resistance to ampicillin can be due to the presence of an enzyme often Extra point question encoded by a gene on a plasmid. What researchers often found is that many bacterial cells that are sensitive to ampicillin can grow around antibiotic resistance bacterial cells in the presence of ampicillin. 1. Name the enzyme that confers the ampicillin resistance. 2. What is the function of this enzyme? 3. Why were ampicillin-sensitive cells able to grow around ampicillin-resistant cells in the presence of ampicillin?

Multiple antibiotic resistance genes are contained on a bacterial plasmid in a __________.     circular region of RNA     a series of interlocking proteins     the region that also contains genes for making the pilius needed to transfer the plasmid (Incorrect, already attempted)     the resistance cassette Thank you!

Please help understand