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    Transcriptional Activation of Drosophila raf Proto-Oncogene in Immune Response

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    https://www.riss.kr/link?id=E688883

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    D-raf, Drosophila homolog of the human c-raf-1, serves as a central intermediate in many signaling pathways ultimately regulating cell proliferation, differentiation, and development. In transgenic larval tissues carrying D-raf and lacZ fusion gene, spatial patterns of D-raf gene expression have been reported in the fat body, the humoral immune tissue of insect. We investigated the possible role of D-raf in Drosophila immune response using Draf-lacZ transgenic files and hypomorphic mutant D-raf^c110 strain. Our results showed that expression of the D-raf gene was induced by injury or bacterial challenge, especially in fat body and D-raf may be involved in the process. And, the larvae of D-raf^c110 strain showed abnormal hemocyte population and did not show the increased number of plasmatocytes nor the induced expression of the D-raf gene that detected in wild-type larvae after injury or bacterial challenge.
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    D-raf, Drosophila homolog of the human c-raf-1, serves as a central intermediate in many signaling pathways ultimately regulating cell proliferation, differentiation, and development. In transgenic larval tissues carrying D-raf and lacZ fusion gene, s...

    D-raf, Drosophila homolog of the human c-raf-1, serves as a central intermediate in many signaling pathways ultimately regulating cell proliferation, differentiation, and development. In transgenic larval tissues carrying D-raf and lacZ fusion gene, spatial patterns of D-raf gene expression have been reported in the fat body, the humoral immune tissue of insect. We investigated the possible role of D-raf in Drosophila immune response using Draf-lacZ transgenic files and hypomorphic mutant D-raf^c110 strain. Our results showed that expression of the D-raf gene was induced by injury or bacterial challenge, especially in fat body and D-raf may be involved in the process. And, the larvae of D-raf^c110 strain showed abnormal hemocyte population and did not show the increased number of plasmatocytes nor the induced expression of the D-raf gene that detected in wild-type larvae after injury or bacterial challenge.

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    목차 (Table of Contents)

    • 1.ABSTRACT
    • 2.INTRODOCTION
    • 3.METERLALS AND METHODS
    • 4.RESULTS
    • 5.DISCUSSION
    • 1.ABSTRACT
    • 2.INTRODOCTION
    • 3.METERLALS AND METHODS
    • 4.RESULTS
    • 5.DISCUSSION
    • 6.ACKNOWLEDGEMETN
    • 7.REFERENCES
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