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Role Distribution in Insolvency Proceedings : U.S.A.
Herbert M. Graves 법무부 2010 선진상사법률연구 Vol.- No.52
Herbert M. Graves is a member of the firm of Graves & Graves attorneys specializing in bankruptcy and commercial law with offices in Oklahoma City,Norman, and Chickasha, Oklahoma, U.S.A. He is retired from the Department of Justice where he served as the Assistant United States Trustee for the Western District of Oklahoma from 1991 to 2009. He received his Juris Doctorate of law (1969) from the University of Oklahoma where he previously received a B.S. in Zoology (1963). He received a diploma from the United States Army War College in 1983. Mr. Graves is a Fellow in the American College of Bankruptcy, a member of the American Bankruptcy Institute, the Oklahoma Bar Association (“OBA”), and the Oklahoma County Bar Association (“OCBA”). He served as Chairperson of the OBA’s Bankruptcy and Reorganization Section from 1987-1988 and as Chairperson of the OCBA’s Bankruptcy and Reorganization Section from 1991-1992. He served as a member of the Board of Directors of the OCBA from 1998 to 2002 and as Chairperson of the OCBA’s Continuing Legal Education Committee from 1995 to 2002.
Genetic Control of Segmentation in the Drosophila Embryo ?
Herbert Jackle 한국유전학회 1990 Genes & Genomics Vol.12 No.4
Segmentation of the Drosophila embryo is controlled by a cascade of genes. Maternal genes provide the positional information along the longitudinal axis of the egg. Zygotic segmentation genes fall into the classes of gap, pair rule, and segment polarity genes which subdivide the longitudinal axis of the embryo into metameric units to be specified by the local activity of the homeotic genes. The activity of the maternal genes regulates the expression of the gap genes within distinct positions of the embryo by DNA-protein interactions. After expression in adjacent domains along the longitudinal axis of the embryo, the gap gene products form broad, overlapping protein gradients which provide the information to generate a periodic pattern of subordinate pair rule gene expression and to provide the spatial cues for the expression of homeotic genes. We show direct interaction of maternal gene products with gap genes, and gap gene products with a pair rule gene. Our data suggest that the generation of the pair rule expression pattern is due to concentration dependent interactions of gap gene products which act as transcriptional regulators on individual cis-acting pair rule gene elements.