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Molecular Eugenics Internship Topics

Browse all focused areas across all internship categories under this field.

Molecular Eugenics Internships with Accommodation

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Showing 1–5 of 5 internship topics
Bioinformatic Prediction of Off-Target Sites
Interns will develop and validate computational algorithms to predict potential off-target binding sites for CRISPR-Cas9 systems across the genome. This involves working with sequence alignment tools, machine learning models, and databases to identify genomic regions with homology to target sequences and assess cleavage probability.
CRISPR Off-Target Effects Molecular AnalysisView internship →
Whole-Genome Sequencing Analysis for Off-Target Detection
Interns will process and analyze WGS data from CRISPR-edited cells to identify actual off-target cleavage events and characterize their molecular signatures. This includes variant calling, comparative genomics, and statistical analysis of cleavage patterns across different cell lines and editing conditions.
CRISPR Off-Target Effects Molecular AnalysisView internship →
CRISPR Guide RNA Design Optimization
Interns will investigate how guide RNA sequence characteristics, length, and chemical modifications influence off-target binding specificity. Work will include designing guide RNA libraries, conducting in silico screening, and analyzing structure-function relationships to minimize unintended genomic interactions.
CRISPR Off-Target Effects Molecular AnalysisView internship →
Molecular Characterization of Off-Target Cleavage Sites
Interns will employ molecular biology techniques including targeted deep sequencing, junction analysis, and chromatin profiling to characterize the molecular consequences of off-target cuts. This includes assessing DNA repair pathway activation and structural variations at unintended cleavage locations.
CRISPR Off-Target Effects Molecular AnalysisView internship →
PAM-Adjacent Sequence Effects on Specificity
Interns will conduct systematic studies on how nucleotide sequences flanking the PAM (Protospacer Adjacent Motif) region affect off-target recognition and cleavage efficiency. Research will involve mutagenesis studies, kinetic analysis, and development of PAM variant libraries for improved targeting specificity.
CRISPR Off-Target Effects Molecular AnalysisView internship →
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