Genetics used to mean single-gene research. There’s now an entire genome to investigate and comprehend, and researchers are using sophisticated new techniques to unravel its complexities.
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Interests:
Gene Ontology, Genome Informatics, Functional Genomics,
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Interests:
bioinformatics, genomics, cancer, lung development and disease
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Interests:
Development, embryo, transcription, genomics, evolution
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Interests:
Neuromuscular disease, mouse genetics, disease biology, motor neurons, skeletal muscles
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Interests:
epilepsy, genetics, complex traits, neurogenetics
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Interests:
computational biology bioinformatics genomics mRNA processing gene expression polyadenylation post-transcriptional gene processing
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Interests:
Spermatogenesis, Testis Development, Infertility Genetic Models
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Interests:
computational biology, bioinformatics, machine learning, data mining, visualization
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Interests:
functional genomics, gene expression, nuclear organization, transposons
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Interests:
Image Analysis, Signal Processing, Computational Modeling
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Interests:
Complex trait genetics,
Systems genetics,
Cardiovascular disease,
Renal disease.
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Interests:
Regeneration, Peripheral nervous system, wound reapir
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Interests:
Immunobiology, autoimmune disease genetics, therapeutic antibodies
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Interests:
Muscular Dystrophy, mitochondrial dynamics, Amyotrophic lateral sclerosis, Neurodegeneration, nucleo-cytoplasmic transport
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Interests:
Lamin B nuclear receptor, cholesterol biosynthesis, veterinary pharmacology/pharmacy, organic/medicinal chemistry, drug stability, cholinergic pharmacology, LCMS
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Interests:
Regenerative Biology, Germline Development, Germ Granules, C. elegans
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