Selected article for: "cell surface and exoplasmic portion"

Title: trans-Golgi retention of a plasma membrane protein: mutations in the cytoplasmic domain of the asialoglycoprotein receptor subunit H1 result in trans-Golgi retention
  • Document date: 1995_7_2
  • ID: tedj3xxz_42
    Snippet: The transmembrane and/or exoplasmic portions of truncated H1 thus appear to be responsible for Golgi retention, modulated by the cytoplasmic domain. To test whether the transmembrane segment is sufficient for Golgi retention, this domain with the wild-type or the truncated cytoplasmic portion of H1 was fused to the exoplasmic portion of human aminopeptidase N, a type II cell surface protein......
    Document: The transmembrane and/or exoplasmic portions of truncated H1 thus appear to be responsible for Golgi retention, modulated by the cytoplasmic domain. To test whether the transmembrane segment is sufficient for Golgi retention, this domain with the wild-type or the truncated cytoplasmic portion of H1 was fused to the exoplasmic portion of human aminopeptidase N, a type II cell surface protein.

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