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Compare and contrast batch culture and continuous culture. culture is when nutrient consumption and toxic by-products eventually slow the growth rate until it halts together. In culture all the cells in a population achieve a steady state that analyzes different growth rates of microbial physiology; used nutrients and microbial waste are constantly replaced.

          Compare and contrast batch culture and continuous culture.

culture is when nutrient consumption and toxic by-products eventually slow the growth rate until it halts together. In
culture all the cells in a population achieve a steady state that analyzes different growth rates of microbial physiology; used nutrients and microbial
waste are constantly replaced.

Compare and contrast batch culture and continuous culture.

culture is when nutrient consumption and toxic by-products eventually slow the growth rate until it halts together. In
culture all the cells in a population achieve a steady state that analyzes different growth rates of microbial physiology; used nutrients and microbial
waste are constantly replaced.

Added by Gary R.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

Instant Answer

Solved by Expert Farhan Anwar

10/16/2023

Step 1

The culture is allowed to grow until all the nutrients are consumed or waste products accumulate to toxic levels, leading to a halt in growth. Continuous culture, on the other hand, involves a continuous flow of fresh nutrients into the system and removal of waste Show more…

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Compare and contrast batch culture and continuous culture. zulture is when nutrient consumption and toxic by-products eventually slow the growth rate until it halts together. In culture all the cells in a population achieve a steady state that analyzes different growth rates of microbial physiology; used nutrients and microbial waste are constantly replaced. Compare and contrast batch culture and continuous culture. culture is when nutrient consumption and toxic by-products eventually slow the growth rate until it halts together. In culture all the cells in a population achieve a steady state that analyzes different growth rates of microbial physiology; used nutrients and microbial waste are constantly replaced