Harvard University Office of Technology Development Collaborative Research Opportunity Finder

1. Peter Howley, MD

   Papillomavirus biology

   Investigate the activities of papillomavirus-encoded proteins, including the E6-mediated degradation of p53 and E2-mediated regulation of viral transcription and genome replication

   

2. Craig Hunter, PhD

   Biogenesis, Transport, and Function of intercellular RNAs

   Understand how the silencing information of RNAi spreads among cells and transmits to the progeny; Investigate the function of intercellular RNA transporters in nematodes and mice and discover ...

   

3. Sam Kunes, PhD

   Genetic and Biochemical Studies of Memory

   Prof. Kunes’ laboratory investigates the molecular and cellular bases of memory, focusing on novel biochemical mechanisms of synaptic plasticity and localizing their activities in the brain. ...

   

4. Wei-Dong Yao, PhD

   Dopamine signaling; synaptic plasticity; neurobiology of neuropsychiatric and neurodegenerative disorders

   

Research Categories

Research Tools and Instrumentation

Sub-categories

1. Molecular Techniques and Experimental Approaches

   1. 3-dimensional basement membrane cell cultures»
   2. Atomic resolution»
   3. Automated DNA sequencing»
   4. Biofuel»
   5. Biomarker»
   6. BRET»
   7. Cancer therapy»
   8. Cell cycle arrest»
   9. Chemical detection of cell proliferation»
   10. ChIP»
   11. Chromatin immunoprecipitation»
   12. Computational infrastructure/tools»
   13. Computational modeling»
   14. Conditional targeted cell ablation»
   15. Cross-fire irradiation»
   16. Cryoelectron microscopy»
   17. Cryoelectron tomography»
   18. Data mining»
   19. DNA nanotechnology»
   20. DNA sequencing»
   21. Experimental yeast genetics»
   22. Extinction therapy»
   23. FISH»
   24. Fluorescent imaging of cell proliferation»
   25. Fluorescent In Situ Hybridization»
   26. FRET»
   27. Gene knockdown»
   28. Gene therapy»
   29. Genetic engineering»
   30. Genetic pulldown»
   31. Genetic screen»
   32. Genome mining»
   33. Global molecular profiling»
   34. Heterologous protein expression»
   35. High resolution structure»
   36. High throughput»
   37. Humanized yeast»
   38. Immune reconstitution»
   39. Immunotherapy»
   40. In silico molecular modeling»
   41. Liposome»
   42. Live cell imaging»
   43. Live cells imaging»
   44. luciferase»
   45. Mathematical modeling»
   46. Membrane protein reconstitution»
   47. Methods development»
   48. Microarray»
   49. Microfluidics»
   50. Molecular modeling»
   51. Molecular sensor»
   52. Multiplexing»
   53. Natural products»
   54. NMR spectroscopy»
   55. Optogenetics»
   56. Patch clamping»
   57. Personal genome»
   58. Phenotypic screen»
   59. Polony DNA sequencing»
   60. Probabilistic decision tree»
   61. Radioiodination»
   62. Radionuclide»
   63. Recombinant viral vector»
   64. RNA inhibition»
   65. RNA interference»
   66. RNAi»
   67. Single molecule imaging»
   68. Single-cell measurement»
   69. Single-cycle SIV»
   70. siRNA screen»
   71. Stem cell gene therapy»
   72. Synthetic biology»
   73. Technology development»
   74. Tissue engineering»
   75. Tumor immunotherapy»
   76. Viral entry imaging»
   77. Virus-membrane complex reconstitution»
   78. X-ray crystallography»