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Full-Text Articles in Life Sciences
The Development Of A Specific Pathogen Free (Spf) Barrier Colony Of Marmosets (Callithrix Jacchus) For Aging Research, Corinna N. Ross, Steven Austad, Kathy Brasky, Celeste J. Brown, Larry J. Forney, Jonathan A. Gelfond, Robert Lanford, Arlan Richardson, Suzette D. Tardif
The Development Of A Specific Pathogen Free (Spf) Barrier Colony Of Marmosets (Callithrix Jacchus) For Aging Research, Corinna N. Ross, Steven Austad, Kathy Brasky, Celeste J. Brown, Larry J. Forney, Jonathan A. Gelfond, Robert Lanford, Arlan Richardson, Suzette D. Tardif
Biology Faculty Publications
A specific pathogen free (SPF) barrier colony of breeding marmosets (Callithrix jacchus) was established at the Barshop Institute for Longevity and Aging Studies. Rodent and other animal models maintained as SPF barrier colonies have demonstrated improved health and lengthened lifespans enhancing the quality and repeatability of aging research. The marmosets were screened for two viruses and several bacterial pathogens prior to establishing the new SPF colony. Twelve founding animals successfully established a breeding colony with increased reproductive success, improved health parameters, and increased median lifespan when compared to a conventionally housed, open colony. The improved health and longevity of marmosets …
Simulation Of Spatial Movement That Potentially Maximizes Assessment, Presence, And Defence In Territorial And Home-Ranging Animals, With Special Reference To Territorial Sex-Changing Fishes, Thomas R. Brown, Joshua Jowers, Marvin M.F. Lutnesky
Simulation Of Spatial Movement That Potentially Maximizes Assessment, Presence, And Defence In Territorial And Home-Ranging Animals, With Special Reference To Territorial Sex-Changing Fishes, Thomas R. Brown, Joshua Jowers, Marvin M.F. Lutnesky
Biology Faculty Publications
Question: Are there territory sizes, shapes, and movement rules that animals can use to maximize their presence for territorial and reproductive purposes? Features of the model: Individual-oriented simulation model of a focal male, a female (his mate), and six other males in adjacent territories. Simulation variables were territory size and aspect (length-to-width ratio), velocity, step size, and potential movement angle. Each simulation represented 10,000 s of real time, and simulations were repeated until convergence on maximum mean encounter rates (MER) of a focal male with the female and other males was reached. Ranges of variables: Simulations consisted of three velocities …