Some bacterial species simultaneously disrupt the host's DNA damage response through multiple pathways. This can lead to genomic instability and, in consequence, tumorigenic transformation.

These results demonstrate that bacteria allow the cloning, propagation and transfer of large intact and functional genomic DNA fragments and their subsequent direct delivery into cells for ...

Bacterial DNA may integrate into the human genome more readily in tumors than in normal human tissue, according to a new study. Researchers analyzed genomic sequencing data available from the ...

This kit was created to enable the rapid spin column-based extraction of genomic DNA from up to 2 × 10 9 viable bacterial cells (typically from 0.5 to 1.0 mL of culture). It’s suitable for both ...

To achieve that, they designed a "genomic tape recorder" that lets researchers write new information into any bacterial DNA sequence. To program E. coli bacteria to store memory, the MIT ...

Whereas CRISPR is best at making small, targeted modifications to a genome, bridge RNA gives genetic engineers a power they’ve never had before—to add, remove, invert, or rearrange large ...

An obscure group of phages offers insights into elements of microbial warfare—and blueprints for new antibiotics.

Bacterial Defense: DdmD and DdmE proteins use guide DNA to identify and degrade plasmids in bacteria. Genome Editing Potential: The guide DNA used in this system may be more stable and cost-effective ...

Bacteria and their viruses have been locked in battle for eons, as viruses try to inject their DNA into the bacterial genome and bacteria devise cunning methods (e.g. CRISPR) to defend themselves.

“A typical bacterial genome is three million base pairs long, but time fragments the ancient DNA we recover to an average length of only about 30 to 50 base pairs,” said Christina Warinner ...