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Volume 270, Number 10, Issue of March 10, 1995 pp. 5007-5013
©1995 by The American Society for Biochemistry and Molecular Biology, Inc.
Evidence That Ceramide Selectively Inhibits Protein Kinase C- Translocation and Modulates Bradykinin Activation of Phospholipase D

(Received for publication, September 14, 1994; and in revised form, November 11, 1994)

Meril J. Jones Andrew W. Murray

Sphingomyelinase (SMase) treatment (0.1 unit/ml for up to 30 min) of mouse epidermal (HEL-37) or human skin fibroblast (SF 3155) cells preincubated with [^3H]serine to label the sphingomyelin pool caused the accumulation of labeled ceramide but not sphingosine or ceramide 1-phosphate. Incubation of HEL-37 cells with dioctanoylglycerol (diC(8)) or SF 3155 cells with bradykinin caused translocation of calcium/phosphatidylserine-dependent protein kinase C (PKC) activity to particulate material. In both cell lines the translocation was blocked by SMase treatment of the cells or by incubation with the cell-permeable ceramide analogue N-acetylsphingosine (C(2)-Cer). Western blot analysis indicated that treatment of HEL-37 cells with diC(8) or SF 3155 cells with bradykinin resulted in the translocation of both PKC-alpha and PKC- to particulate material. Treatment with SMase or C(2)-Cer specifically blocked the translocation of PKC-alpha but not that of PKC-. Pretreatment of cells with SMase or C(2)-Cer also inhibited the activation of phospholipase D activity induced by either diC(8) (HEL-37 cells) or bradykinin (SF 3155 cells). The data provide strong evidence that ceramide can negatively regulate the translocation of PKC-alpha but not PKC- and further suggest that PKC-alpha may be involved in regulating phospholipase D activity.




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