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Faulty outlooping produces A phage containing bacterial DNA (a) Production of lysogen Attachment sites gal bio gal bio (b) Production of initial lysate gal (0 Normal outlooping bio bio Mixture Adgal gal gal bio bio () Rare abnormal outlooping (c) Transduction by initial lysate Adgal A helper bio () Lysogenic transductants bio (1) Transductants produced by recombination gal gal bio FIGURE 5-33 The diagram shows how specialized transduction operates in phage a) A crossover at the specialzed attachment site produces a lysogenic bacterium. (b) The ysogenic bacterium can produce a nomal A or, rarely, Adgal , a transducing particle containing the gal gene. (c) gal" transductants can be produced by either ) the co- ncorporation of Xdgal and X (acting as a helper) or () crossovers fanking the gal gene, a are event. The blue double boxes are the bacterial attachment site, the purple double poxes are the A attachment site, and the pairs of blue and purple baxes are hybrid ntegration sites, derived partly from E coli and partly from .

Faulty outlooping produces A phage containing bacterial DNA (a) Production of lysogen Attachment sites gal bio gal bio (b) Production of initial lysate gal (0 Normal outlooping bio bio Mixture Adgal gal gal bio bio () Rare abnormal outlooping (c) Transduction by initial lysate Adgal A helper bio () Lysogenic transductants bio (1) Transductants produced by recombination gal gal bio FIGURE 5-33 The diagram shows how specialized transduction operates in phage a) A crossover at the specialzed attachment site produces a lysogenic bacterium. (b) The ysogenic bacterium can produce a nomal A or, rarely, Adgal , a transducing particle containing the gal gene. (c) gal" transductants can be produced by either ) the co- ncorporation of Xdgal and X (acting as a helper) or () crossovers fanking the gal gene, a are event. The blue double boxes are the bacterial attachment site, the purple double poxes are the A attachment site, and the pairs of blue and purple baxes are hybrid ntegration sites, derived partly from E coli and partly from .

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
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Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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In Figure 5-33, which is the rarest λ genotype produced
in the initial lysate?

Faulty outlooping produces A phage containing bacterial DNA (a) Production of lysogen Attachment sites gal bio gal bio (b) Production of initial lysate gal (0 Normal outlooping bio bio Mixture Adgal gal gal bio bio () Rare abnormal outlooping (c) Transduction by initial lysate Adgal A helper bio () Lysogenic transductants bio (1) Transductants produced by recombination gal gal bio FIGURE 5-33 The diagram shows how specialized transduction operates in phage a) A crossover at the specialzed attachment site produces a lysogenic bacterium. (b) The ysogenic bacterium can produce a nomal A or, rarely, Adgal , a transducing particle containing the gal gene. (c) gal" transductants can be produced by either ) the co- ncorporation of Xdgal and X (acting as a helper) or () crossovers fanking the gal gene, a are event. The blue double boxes are the bacterial attachment site, the purple double poxes are the A attachment site, and the pairs of blue and purple baxes are hybrid ntegration sites, derived partly from E coli and partly from .
Transcribed Image Text:Faulty outlooping produces A phage containing bacterial DNA (a) Production of lysogen Attachment sites gal bio gal bio (b) Production of initial lysate gal (0 Normal outlooping bio bio Mixture Adgal gal gal bio bio () Rare abnormal outlooping (c) Transduction by initial lysate Adgal A helper bio () Lysogenic transductants bio (1) Transductants produced by recombination gal gal bio FIGURE 5-33 The diagram shows how specialized transduction operates in phage a) A crossover at the specialzed attachment site produces a lysogenic bacterium. (b) The ysogenic bacterium can produce a nomal A or, rarely, Adgal , a transducing particle containing the gal gene. (c) gal" transductants can be produced by either ) the co- ncorporation of Xdgal and X (acting as a helper) or () crossovers fanking the gal gene, a are event. The blue double boxes are the bacterial attachment site, the purple double poxes are the A attachment site, and the pairs of blue and purple baxes are hybrid ntegration sites, derived partly from E coli and partly from .
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