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1.) Resistance genes produced by mutation.
2.) Resistance genes result in survival during antimicrobial treatment.
3.) Resistance genes found on R plasmids.
4.) R plasmids transferred by transformation.
5.) R plasmids transferred by transduction.
6.) R plasmids transferred by conjugation.
7.) Conjugation is horizontal gene transfer involving pili.
8.) Transduction produced by bacteriophage.
9.) Transformation produced by environmental DNA .
10.) Resistance genes transferred by transformation.
11.) Resistance genes transferred by transduction.
12.) Resistance genes transferred by conjugation.
13.) R plasmids result in survival during antimicrobial treatment.
14.) Mutations result in resistance genes.
Please help me fill this out! Thank you Part A - Resistance Genes Describe the relationships...
33. Which of the following requires direct contact between a donor bacterium and a recipient bacterium for transfer of DNA? a. Crossing over b. Mutation c. Transduction d. Conjugation e. Transformation 34. All of the following are true of base substitutions except: a A base substitution may cause no change in the protein encoded by the affected gene b. A base substitution can result in the production of a shortened protein c. Mutations rarely involve base substitutions. d. Base substitutions...
Saved Help Save & E PLAY Please select the TRUE statement regarding bacterial resistance to antimicrobials Multiple Choice Gram-positive bacteria are intrinsically resistant to certain medications because the lipid bilayer of their outer membrane prevents the molecules from entering the cell. О Intrinsic resistance generally occurs through spontaneous mutation or horizontal gene transfer O The genes for antimicrobial resistance are often carried on fertility plasmids (F plasmids Mycoplasma species lack a typical cell wall, therefore they are intrinsically resistant to...
genetics questions. Please help thank you!
t0 1-3. Match each of the following with the correct type of gene transfer in bacteria (conjugation, transformation, or transduction) niee (a) Hfr x F- (b) Bacteriophage needed (c) Naked DNA transferred (d) Plaques formed (e) Direct contact between bacterial cells () F+xF- In Drosophild, the ganes ct (cut wing).yello ly), and v (vermilion cye color) arc all X-linked. Females hetcrozygous for all thrcc markers were mated with wildtype males, and the following malc...
Please help me to answer these questions, thank you! 1-When Mendel crossed a plant with smooth green peas and a plant with wrinkled yellow peas, what did he find? a- Color and shape of pea are linked (if you have a smooth pea it has to be green) b- Color and shape of pea are not linked (if you have a smooth pea, it can be green or yellow) c- Only yellow peas produce leaves d- Only smooth peas produce...
Chapters 7, 8, 9 - Bacterial Growth & Metabolism (some chapter sections will be covered in lab) Prerequisite: Basic catabolic pathways (respiration and fermentation) and anabolic reactions (photosynthesis) BACTERIAL GROWTH AND CONTROL- Some of these topics will be covered in greater detail during lab Environmental Growth Factors 1. Discuss the specific role of quorum sensing in biofilm formation Control of Microbial Growth 2. Describe the methods used to control microbial growth 3. List the types of antibiotics that inhibit (a)...
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LAB EXERCISE #6: Kirby-Bauer Disk Diffusion Test for Antibiotie Sensitivity Determination The Kirby Bauer Test is an agar diffusion test that is used to determine the effectiveness of antibiotics killing various species of bacteria. Filter paper disks saturated with the antibiotic of interest are placed a Mueller-Hinton agar plate on which bacteria that has been isolated from a clinical sample has been sarcad. The antibiotic then diffuses from the disk...