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Lauren Sterling
Associate Director, UCSF-Bay Area CFAR
Note: Beginning with Fall 2016, The Basic Science program has been combined into the Mentored Scientist Award mechanism - which now has three scientific priority areas for funding: Basic Science, Clinical/ Translational/ Epidemiological/ Behavioral, and Implementation Science.
Below are the awards made under the Basic Science program from 1994 to 2016.
58 Awards
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High CD8+ T cell Activation Associates with HIV Disease Outcome
High CD8+ T cell Activation Associates with HIV Disease Outcome
Abstract
Publications:
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Transgenic Rabbits and HIV Infection
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High CD8+ T cell Activation Associates with HIV Disease Outcome
High CD8+ T cell Activation Associates with HIV Disease Outcome
Abstract
Publications:
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Transgenic Rabbits and HIV Infection
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Molecular Biology of HIV Macrophage Infection
Molecular Biology of HIV Macrophage Infection
Abstract
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The Biology of Coreceptors for HIV and Chemokine Receptors in vivo as a Factor in Regulating HIV Disease Progression
The Biology of Coreceptors for HIV and Chemokine Receptors in vivo as a Factor in Regulating HIV Disease Progression
Abstract
Publications:
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Molecular Biology of HIV Macrophage Infection
Molecular Biology of HIV Macrophage Infection
Abstract
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The Biology of Coreceptors for HIV and Chemokine Receptors in vivo as a Factor in Regulating HIV Disease Progression
The Biology of Coreceptors for HIV and Chemokine Receptors in vivo as a Factor in Regulating HIV Disease Progression
Abstract
Publications:
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SAHA Induced Mechanism of HIV Reactivation from Latency
SAHA Induced Mechanism of HIV Reactivation from Latency
Abstract
Despite heroic efforts and better highly active antiretroviral therapy (HAART), HIV remains a lifelong infection that interferes with productivity, decreases lifespan, and is ultimately fatal. Wide-ranging vaccine trials have failed. Thus, this is an opportune time to turn to the persistent infection, and develop new therapies to purge the reservoir of HIV from the infected host.
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Defining the role of lysine methylation in HIV-1 Tat transactivation
Defining the role of lysine methylation in HIV-1 Tat transactivation
Abstract