Section: Life Sciences & Biotechnology (Research Project)
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An Integrated
An Integrated Approach to Decipher Treg immune modulation and EV Crosstalk in Inflammatory Bowel Disease
Research Project › Life Sciences & Biotechnology
Functional characterization
Functional characterization of Inflammatory Bowel Disease GWAS implicated protein C1orf53
Research Project › Life Sciences & Biotechnology
Investigating the
Investigating the regulation of human Inflammasome activation in homeostasis and inflammatory disease.
Research Project › Life Sciences & Biotechnology
Unravelling the
Unravelling the role of Irgm1 as a regulatory factor in microglial inflammatory response: Implications for Neuroinflammation in Sepsis Associated Encephalopathy, Ageing and Neurodegenerative Diseases
Research Project › Life Sciences & Biotechnology
Understanding the
Understanding the Immune Control of Anti-inflammatory Anti-fibrotic-Switch in Cardiac Fibrosis
Research Project › Life Sciences & Biotechnology
Section: Life Sciences & Biotechnology (Research Project)
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Unravelling the
Unravelling the Regulatory Mechanism of FNBP4-Mediated FMN1 Regulation and Actin Cytoskeleton Remodeling during Cell Migration
Research Project › Life Sciences & Biotechnology
Complex cytoarchitecture
Complex cytoarchitecture formation of the mouse auditory organ
Research Project › Life Sciences & Biotechnology
Section: Life Sciences & Biotechnology (Research Project)
Related:
Understanding the
Understanding the molecular basis of presynaptic autophagy dysregulation in the context of synaptopathies
Research Project › Other Areas
Section: Life Sciences & Biotechnology (Research Project)
Related:
Elucidating the
Elucidating the mechanistic role of DRB5 in the RNA interference pathway of plants
Research Project › Life Sciences & Biotechnology
Delineating the
Delineating the Diversity and Host Gene Targets of TAL Effectors in Xanthomonas Phytopathogens
Research Project › Life Sciences & Biotechnology
“Molecular characterization
“Molecular characterization of Sorghum-aerial-endosphere microbiome for drought resilience and their potential use in bio-priming for drought-prone agricultural sustainability”
Research Project › Life Sciences & Biotechnology
The principal goal of this of project is to gain insights into the structure and function of S. cerevisiae meiosis-specific Hop1 (a component of SC) as it relates to the mechanism of chromosome synapsis and HR. The specific objectives of this proposa
Section: Life Sciences & Biotechnology (Research Project)
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