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How can you tell a positive phage and a negative phage apart? - Answers

Positive and negative phages can be differentiated based on their effects on bacterial hosts. Positive phages typically induce lysis, leading to clear zones in a bacterial lawn due to cell destruction, while negative phages may cause lysogeny, resulting in no immediate lysis and often forming turbid or cloudy areas. Additionally, molecular techniques, such as PCR or sequencing, can identify specific genetic markers associated with each type of phage.



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How can you tell a positive phage and a negative phage apart? - Answers

https://math.answers.com/math-and-arithmetic/How_can_you_tell_a_positive_phage_and_a_negative_phage_apart

Positive and negative phages can be differentiated based on their effects on bacterial hosts. Positive phages typically induce lysis, leading to clear zones in a bacterial lawn due to cell destruction, while negative phages may cause lysogeny, resulting in no immediate lysis and often forming turbid or cloudy areas. Additionally, molecular techniques, such as PCR or sequencing, can identify specific genetic markers associated with each type of phage.



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https://math.answers.com/math-and-arithmetic/How_can_you_tell_a_positive_phage_and_a_negative_phage_apart

How can you tell a positive phage and a negative phage apart? - Answers

Positive and negative phages can be differentiated based on their effects on bacterial hosts. Positive phages typically induce lysis, leading to clear zones in a bacterial lawn due to cell destruction, while negative phages may cause lysogeny, resulting in no immediate lysis and often forming turbid or cloudy areas. Additionally, molecular techniques, such as PCR or sequencing, can identify specific genetic markers associated with each type of phage.

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      Positive and negative phages can be differentiated based on their effects on bacterial hosts. Positive phages typically induce lysis, leading to clear zones in a bacterial lawn due to cell destruction, while negative phages may cause lysogeny, resulting in no immediate lysis and often forming turbid or cloudy areas. Additionally, molecular techniques, such as PCR or sequencing, can identify specific genetic markers associated with each type of phage.

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