A potential dimerization region of dcamta is critical for termination of fly visual response*

HIGHLIGHTS

• who: Ping Gong from the Ping Gong, Junhai Han, Keith Reddig, and Hong-Sheng Li, From the Department of Neurobiology, University of Massachusetts Medical School, Worcester, Massachusetts , CAMTAs are a group of Ca2ⴙ/calmodulin binding transcription activators that are implicated in brain tumor suppression, cardiac hypertrophy, and plant sensory responsesThe sole fly CAMTA, dCAMTA, stimulates expression of an, box gene, dFbxl4, to potentiate rhodopsin deactivation, which enables rapid termination of fly visual responses. Here we report that a dCAMTA fragment associated with a full-length protein in cotransfected human embryonic kidney , cells. The interaction site was mapped . . .
  

   

  

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