Research Categories - Therapeutics
Related Investigators
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Bruce Bean, PhD
Neuronal electrical signaling, ion channels, pacemaking, and neuropharmacology
Investigate the electrical firing and physiology of neuronal ion channels

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Jonathan Beckwith, PhD
Study cellular processes in bacteria: protein folding, reduction and formation of protein disulfide bonds, membrane protein dynamics
Investigate fundamental molecular processes, including protein folding and disulfide bond formation, using E. coli as a model system

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Howard Berg, PhD
Bacterial Motility: Motor Response Based on Sensory Input
The Berg lab studies the motile behavior of bacteria in order to understand how cells sense and respond to changes in their environment. Processing external cues is a problem encountered by ...

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John Blenis, PhD
Signal transduction: nutrient and energy sensing; disease; mTOR; PI3-kinase; Ras
Explore the diverse yet overlapping intracellular transmission signals propagated by cell surface receptors that respond to extracellular growth factors, environmental conditions, and other ...

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Joan Brugge, PhD
Epithelial cell biology; mechanisms of breast and ovarian cancer development
The biology of epithelial cells and tissues, with an emphasis on mammary gland morphogenesis and breast and ovarian cancer

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James Chou, PhD
NMR spectroscopy and membrane protein structure; viral ion channels; antiviral compounds
Apply advanced technologies to the reconstitution and structural biochemistry of membrane proteins, with a focus on viral ion channels; analyze the structure of membrane proteins at the level of ...

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George Church, PhD
Personal Genome Project
Genomic DNA Sequencing Technologies; Gene Synthesis; Biofuel

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Jon Clardy, PhD
Isolation and characterization of small molecule natural products; high-throughput screening for novel therapeutics
Discovering small molecule, natural products and their biology; high throughput screening for small molecule chemicals that interfere with microbial and mammalian cell processes.

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Vlad Denic, PhD
Fundamental cell biological processes: autophagy, protein aggregation and aging, secretory pathways
Investigate the mechanisms of post-translational targeting pathways used to deliver membrane proteins to their appropriate cellular organelle; Define the mechanisms that lead to enhanced formation of ...

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Ronald Desrosiers, PhD
HIV and AIDS: vaccine; persistent immune response
Develop new strategies for blunting viral replication and bolstering the immune system’s ability to eradicate viral-infected T-cell reservoirs.

Sub-categories
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Drug Development: Biologic Therapies
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Drug Development: Cell-Based Therapies
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Drug Development: Diagnostics
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Drug Development: Non-Biologic Therapeutics and Small Molecules
- Adamantane»
- Anti-bacterial therapy»
- Anti-convulsant therapy»
- Anti-viral therapeutics»
- Anticancer therapy»
- Anticoagulant»
- Anticonvulsant therapy»
- Antifungal»
- Antimicrobial»
- Antioxidant»
- Antiviral small molecules»
- Antizyme»
- Anxiolytic»
- Benzodiazepine»
- Biologically-active small molecule»
- Cancer targets»
- Combination therapy»
- D-amino acids»
- DNA damaging agents»
- Double mimetic»
- EdU»
- HAART»
- Iressa»
- Medicinal chemistry»
- Muscle relaxant»
- Natural product»
- Natural products»
- Opioid»
- Peptide mimetic»
- Pharmacological agents»
- Prodrug»
- Recombinant toxins»
- Resveratol»
- Sedative»
- Small molecule chemistry»
- Small molecule inhibitors»
- Small molecule screens»
- Small molecule therapy»
- Small molecules»
- Soil microbe»
- Tarceva»