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-cell imaging and high-resolution microscopy, you will uncover how these proteins reorganize in response to genotoxic stress and help safeguard the plant genome during development and replication
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both normal and DNA repair–deficient plants. Using live-cell imaging and high-resolution microscopy, you will uncover how these proteins reorganize in response to genotoxic stress and help safeguard
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be assessed in terms of pulmonary toxicity, oxidative stress, inflammation, genotoxicity, transcriptomic alterations, and epigenetic modifications, including microRNA expression profiles and DNA
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-cell imaging and high-resolution microscopy, you will uncover how these proteins reorganize in response to genotoxic stress and help safeguard the plant genome during development and replication
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of research projects in a foundational (basic) biological/health science research laboratory Investigating the regulation of alternative splicing in response to genotoxic stress, hypoxia and other tumor
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shrinkage stress tests. Biological: Microleakage; cytotoxicity and genotoxicity tests; and basic microbiology/cell biology support for relevant assays. Expected Salary: $16.76 - $28.25 per hour; commensurate
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cancer genomes, molecular and cellular mechanisms of radiation and genotoxic response, co-adaptation between the tumor microenvironment and evolving cancer cells, and the genetics of cancer predisposition
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affects the performance of the cells and tissues in their response to environmental stress, including limited nutrients, salt stress, genotoxic stress, etc. The ultimate goal of the grant is to identify
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of alternative splicing in response to genotoxic stress, hypoxia and other tumor stressors. Characterizing models of splicing regulation and their implications for post-transcriptional regulation. Developing and
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& Pancreas Animal Experiments Genotoxicity/Immunotoxicity and Monitoring Topics covered during the fourth semester: Regenerative Approaches: Heart and Vessels; Lung; Cartilage, Bone, Tendon; Skin Design of