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Regulomics Summer Internships

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Showing 37–48 of 50 categories
Euchromatin Maintenance Pathways
Interns will study mechanisms maintaining active chromatin states, including histone turnover, chromatin remodeler activity, and regulatory mark deposition.
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Telomere Regulome Structure
Research characterizes regulatory elements at telomeric regions, shelterin complex interactions, and their roles in genome stability and senescence.
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Centromere Epigenetic Maintenance
Interns will investigate CENP-A nucleosome deposition, centromeric heterochromatin, and regulatory mechanisms ensuring centromere identity across cell divisions.
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X-Chromosome Inactivation Regulome
Research examines XIST RNA function, Polycomb recruitment, heterochromatin spreading, and regulatory elements controlling X-inactivation initiation and maintenance.
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Genomic Imprinting Regulation
Interns will characterize parent-of-origin-specific methylation patterns, imprinting control regions, and long-range regulatory mechanisms maintaining imprints.
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Aging Regulome Remodeling
Research investigates age-related changes in chromatin structure, transcription factor binding, and epigenetic modifications affecting gene regulation.
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Circadian Rhythm Gene Regulation
Interns will map circadian-regulated chromatin dynamics, clock transcription factor binding, and histone modification oscillations controlling time-of-day gene expression.
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Mammalian Hibernation Regulome
Research characterizes dynamic epigenetic reprogramming and regulatory network changes during hibernation and arousal transitions.
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Plant Hormone Response Regulome
Interns will map plant-specific chromatin changes, transcription factor networks, and regulatory elements responding to hormonal signals in plant development.
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Synthetic Biology Regulome Design
Research involves designing synthetic regulatory elements, engineered chromatin domains, and computational prediction of regulatory behavior in synthetic circuits.
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Evolutionary Regulome Comparative Analysis
Interns will identify conserved and species-specific regulatory elements across genomes and investigate how regulatory innovation drives evolutionary divergence.
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Chromatin Fiber 3D Modeling
Research develops computational models of chromatin fiber structure and predicts how 3D organization influences regulatory element function.
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Looking for internship topics in Regulomics? Explore all Regulomics internship topics and focused areas available across our internship categories.