CREATING A DNA MICROARRAY AND CDNA SPOTTING FACILITY
CREATING A DNA MICROARRAY AND CDNA SPOTTING FACILITY
批准号:
6200109
负责人:
DAFNA BAR-SAGI
金额:
$24.62万
依托单位国家:
美国
项目类别:
财政年份:
2001
资助国家:
美国
项目状态:
已结题
起止时间:
2001-05-01 至 2002-10-31
中文摘要
描述:(申请人描述)医学院建议
英文摘要
DESCRIPTION: (Applicant's Description) The School of Medicine proposes to
establish a DNA microarray and cDNA spotting facility to enhance the
established programs of National Cancer lnstitute funded and newly-developing
cancer researchers at Stony Brook. The application seeks support largely
towards the acquisition of a turn-key DNA microarray system and a separate
scanner to support an existing cDNA spotting capability. Strong institutional
support is provided towards a successful application, approximately 2.5-fo1d
over the support provided by an award. The institution has a proven track
record in creating and maintaining core facilities and will assume the
responsibility to establish and to manage a core facility in DNA microarray
and cDNA spotting. The established programs funded by the National Cancer
Institute include: expression profiling of genes that are regulated by Ras and
are relevant to oncogenesis; characterization of transcriptional
activation/deactivation induced by two members of the vav family of proto-
oncogenes; analysis of the expression of specific genes encoding molecules
associated with surface proteases in carcinoma progression; microarraying to
characterize the role of critical cell cycle regulated transcription factors
in yeast; analysis of transcriptional targets of the Runt domain proteins;
analysis of gene expression regulated by FGFR3 in leukemia multiple myeloma
cell lines; identification of genes regulated by expression of E2f complexes
containing viral or cellular regulatory proteins; identification of genes
regulated by the expression of the various isoforms of the p73 gene; and
profiling of the genes regulated by the growth regulatory hormones interferon,
prolactin, and interleukin-4. Experts in computational problems of
microarraying will work in concert with the cancer biologists to address
bioinformatic issues central to the optimal use of these technologies. The
Core Advisory Board will be created (chaired by the applicant) and populated
by users to provide oversight and to manage issues of technical operation,
access, and upgrade of the facility in the future, as needed.
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