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Articles 211 - 215 of 215

Full-Text Articles in Cancer Biology

The Effect Of Rooibos Tea (Aspalathus Linearis) On The Survival And Transformation Of C3h-Bt1 Mouse Fibroblasts, Krista M. Beach, Paul J. Smith Apr 2005

The Effect Of Rooibos Tea (Aspalathus Linearis) On The Survival And Transformation Of C3h-Bt1 Mouse Fibroblasts, Krista M. Beach, Paul J. Smith

Honors Capstones

Capstone submitted as a graduation requirement for the BSU Honors Program.

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The Effects Of Prophylatic Protocols Of Exercise And Tamoxifen On The Induction And Growth Of Estrogen Dependent And Independent Rat Mammary Tumors, Robert H. Doepke Jr. May 1996

The Effects Of Prophylatic Protocols Of Exercise And Tamoxifen On The Induction And Growth Of Estrogen Dependent And Independent Rat Mammary Tumors, Robert H. Doepke Jr.

Morehead State Theses and Dissertations

A thesis presented to the faculty of the College of Science and Technology at Morehead State University in partial fulfillment of the requirements for the Degree of Master of Science in Biology by Robert H. Doepke, Jr. on May 6,1996.

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Use Of The (3)H-Tetracycline Rat Model In The Study Of Skeletal Compartmentalization And Metabolism Of Calcium In The Maturing Male And Female Rat And The Role Of The Skeleton In Calcium Homeostasis In The Adolescent Male Rat, Darrin Lee Demoss Jan 1996

Use Of The (3)H-Tetracycline Rat Model In The Study Of Skeletal Compartmentalization And Metabolism Of Calcium In The Maturing Male And Female Rat And The Role Of The Skeleton In Calcium Homeostasis In The Adolescent Male Rat, Darrin Lee Demoss

Theses, Dissertations and Capstones

The (3)H-tetracycline bone labeling procedure was employed to monitor bone resorption from urinary loss curves in male and female rats of various ages. In addition, whole body dry skeletal mass and the loss of (3)H-tetracycline from individual bones was determined. It was found that the dry skeletal mass/body mass ratio of 24-week-old females was 30-40% greater than that for males. The urinary loss of (3)H-tetracycline was described by a double exponential equation indicating the presence of two distinct and independent exchangeable bone compartments. Both compartments decrease in size with age, but their label loss activities were different. The label loss …

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Conserved Chromosomal Positions Of Dual Domains Of The Ets Protooncogene In Cats, Mice, And Humans, Dennis K. Watson, Mary J. Mcwilliams-Smith, Christine Kozak, Roger Reeves, John Gearheart, Michael F. Nunn, William Nash, John R. Fowle Iii, Peter Duesberg, Takis S. Papas, Stephen J. O'Brien Mar 1986

Conserved Chromosomal Positions Of Dual Domains Of The Ets Protooncogene In Cats, Mice, And Humans, Dennis K. Watson, Mary J. Mcwilliams-Smith, Christine Kozak, Roger Reeves, John Gearheart, Michael F. Nunn, William Nash, John R. Fowle Iii, Peter Duesberg, Takis S. Papas, Stephen J. O'Brien

Biology Faculty Articles

The mammalian protooncogene homologue of the avian v-ets sequence from the E26 retrovirus consists of two sequentially distinct domains located on different chromosomes. Using somatic cell hybrid panels, we have mapped the mammalian homologue of the 5' v-ets-domain to chromosome 11 (ETS1) in man, to chromosome 9 (Ets-1) in mouse, and to chromosome D1 (ETS1) in the domestic cat. The mammalian homologue of the 3' v-ets domain was similarly mapped to human chromosome 21 (ETS2), to mouse chromosome 16 (Ets-2), and to feline chromosome C2 (ETS2). …

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The Ets Sequence From The Transforming Gene Of Avian Erythroblastosis Virus, E26, Has Unique Domains On Human Chromosomes 11 And 21: Both Loci Are Transcriptionally Active, Dennis K. Watson, Mary J. Mcwilliams-Smith, M. F. Nunn, Peter Duesberg, Stephen J. O'Brien, Takis S. Papas Nov 1985

The Ets Sequence From The Transforming Gene Of Avian Erythroblastosis Virus, E26, Has Unique Domains On Human Chromosomes 11 And 21: Both Loci Are Transcriptionally Active, Dennis K. Watson, Mary J. Mcwilliams-Smith, M. F. Nunn, Peter Duesberg, Stephen J. O'Brien, Takis S. Papas

Biology Faculty Articles

Human DNA segments homologous to the ets region from the transforming gene of avian erythroblastosis virus, E26, were molecularly cloned and shown to be closely related to the viral equivalent by hybridization and partial sequence analysis. The transforming gene of E26 has a tripartite origin with the structure ∆gag [1.2 kilobases (kb) from the viral gag gene]-myb(0.9 kb from the chicken myb gene)-ets (1.6 kb from the chicken ets gene). Human ets DNA is located on two distinct human chromosomes. The human ets-1 locus on chromosome 11 encodes a single mRNA of 6.8 kb; the second locus, …

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