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UV radiation exposure to S. marcescens colonies results in DNA mutations. The radiation energy is absorbed by the bacteria and if exposure is long enough, thymine nitrogenous bases adjacent to each other in DNA strands will form cyclobutane rings called thymine dimers. When replicating DNA and multiplying, the enzymes responsible for replication will bond a different base in place of the thymine bases and a mutation will result. How if affects the DNA, and consequently protein synthesis, is entirely dependent on the location of mutations.

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10y ago
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11y ago

Because Bacillus cereus has the ability to form spores in adverse conditions.

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Q: Why is Serratia marcescens more susceptible to ultraviolet radiation than Bacillus cereus?
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