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Functional knockout of forebrain protein 14-3-3 disrupts conditioned taste aversion learning

bioRxiv

Apr 30, 2014

Adam KimbroughThomas A. Houpt

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Abstract

Protein 14-3-3 isoforms are key to many cellular processes and are ubiquitous throughout the brain. 14-3-3 is a regulator of ser/thr phospho-signaling by binding and sequestering phosphorylated substrates including kinases, histone deactylases, and transcription factors. The role of pro...read more

Mentioned in this Paper

Cinchona calisaya
Sodium Chloride
Saccharin
Phosphorylation
Visceral
Ingestion
Gene Knockout Techniques
Clearfil SE Bond
Cellular Process
Knock-out
1
2
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  • Functional knockout of forebrain protein 14-3-3 disrupts conditioned taste aversion learning

    bioRxiv

    Apr 30, 2014

    Adam KimbroughThomas A. Houpt

    PMID: 990004663

    DOI: 10.1101/004663

    Abstract

    Protein 14-3-3 isoforms are key to many cellular processes and are ubiquitous throughout the brain. 14-3-3 is a regulator of ser/thr phospho-signaling by binding and sequestering phosphorylated substrates including kinases, histone deactylases, and transcription factors. The role of pro...read more

    Mentioned in this Paper

    Cinchona calisaya
    Sodium Chloride
    Saccharin
    Phosphorylation
    Visceral
    1
    2

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