Publications by authors named "Brian H Hoffman"

Article Synopsis
  • - Radical enzymes, particularly the glycyl radical enzyme (GRE) family, perform complex chemical reactions crucial for various biological functions, and they all include a key glycine residue that forms a vital α-carbon radical.
  • - Researchers found numerous noncanonical GRE homologs that use alanine, serine, or threonine instead of glycine, challenging previous assumptions about radical enzyme structure.
  • - These newly identified aminoacyl radical enzymes (AAREs) can generate stable α-carbon radicals when activated by specific partner enzymes and are common in microbial genomes, highlighting their significance and potential for novel chemical reactions.
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