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We have an open postdoctoral position to investigate cell-cell interactions in the context of mitochondrial dysfunction in the outer retina. We strive to gain insight into pathogenic mechanisms
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distribution and system cross-connections. Operate, maintain and repair pumps and machinery. Program, maintain and repair water meters. Calculate and accomplish proper dosage of chlorine for purposes of water
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-time technician position is available in the Dinneny lab as soon as possible at Stanford University, Department of Biology. Our lab is focused on understanding the mechanisms governing plant-environment
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biomimicry of natural host defense peptides (antimicrobial peptides). The lab studies the molecular biophysics and mechanisms of LL-37 and its involvement in Alzheimer’s dementia, exploring how the brain works
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of natural host defense peptides (antimicrobial peptides). The lab studies the molecular biophysics and mechanisms of LL-37 and its involvement in Alzheimer’s dementia (via LL-37 dysregulation and degradation
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assemblies. The architecture of these assemblies is crucial for determining cell identity and for proper cellular functions. Recently, new regulatory mechanisms have emerged relying on chromatin atomic-scale
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genomic and multi-omic technologies (Yost et al, Nature Medicine 2019; Rubin et al, Cell 2019) to study immunological mechanisms of disease directly in samples isolated from patients. For more information