Genetics, Genomics & Evolution

The organization of genes into genomes and how these change with evolution is an active area of study by MCB members.

Fundamentals of Prokaryotic Biology
Principles of Gene Regulation
Technologies for Genome Analysis
Genetic Analysis
Protein Technology
Introduction to Statistical and Computational Genomics
Molecular Population Genetics and Evolution
Population Genetics
Advanced Human Genetics
Clinical Human Medical Genetics
Bioinformatics and Gene Sequence Analysis
Molecular Basis of Human Genetic Disease

There are no pending events related to this area of interest

Mechanisms of neuromodulation; speciation genetics
Evo-devo of basal vertebrates
Inference, re-engineering, evolution of biological networks
chromatin modifying enzymes in cancer development
Computational evolution, epidemiology and immunology
Functional genomics of patterning and morphogenesis
Evolution of proteins and viruses
computational systems biology; microbiome ;metagenomics
RNA processing
Quantitative function of signailng systems in single cells
Molecular mechanisms of human genetic disorders
Genetics and therapies of muscular dystrophy
Genetic determinants of hypoxic survival
Genetic control of craniofacial development
regulation of the mammalian sex chromosomes
Systems Genetics and Technology Development
yeast genome evolution
HIV replication and host antiviral genes
environmental toxicity
Technology development, genomics and proteomics
Physiological function of paraoxonases; biosensors
regulation of proteins through ubiquitin-like modifications
Host DNA virus interactions and translational control
Using yeast to study the aging process.
epigenetic inheritance and chromosome structure
hereditary blood cancers and tumor clonality
Molecular mechanisms of aging
human genetics and genomics; cancer genetics
Organ growth and wasting; signaling network
methanogenic Archaea
mutations and human cancer
cancer genetics, mouse models of lung cancer
genomic instability, gene therapy, cancer
evolutionary studies of genetic conflict
DNA replication, repair, mutagenesis, and evolution
Responses to hydrogen sulfide and hypoxia
Genome stability/genome engineering/disease therapies
HIV-human host relationships
Parasite molecular biology, genomics and bioinformatics
autoimmune disease
Molecular Biology of Cancer Development and Progression
Proteomics; Gene regulation; Cancer
Human Aging and Progeroid Syndromes
Neurodegeneration & mitochondrial quality control
actin cytoskeleton of divergent protist
post-embryonic stem cells, morphogenesis and evolution
Somatosensory neuron development in Drosophila
high throughput multiplex protein quantification
Evolutionary genetics and genomics in sticklebacks
genetic instability and human disease
Aging, networks and genetic variation in Drosophila
phenotypic robustness and evolvability
zebrafish nervous system development and genetics
genetics, immunology and pathogenesis of tuberculosis
genomics and genetics; technology development
tuberculosis systems biology: virulence and dormancy
computational systems biology
evolving biological systems and microbial communities
molecular mechanism of DNA break repair and recombination
Innate immune detection of nucleic acids
Protozoan pathogens
Regulation of Protein Synthesis in Microbes and Cancer
Evolution and Development of the Chordates
Molecular neurogenetics of deafness and epilepsy
regulation of mitochondrial function and cell metabolism
stem cell, receptor signaling, and patterning in plants
Fertilization & paternal effects on early development
antitumor immune responses; T cell repertoire
genome analysis of C elegans
Genomics approaches to understanding vertebrate regeneration
Stem cells in skeletal muscle