Harvard University Office of Technology Development Collaborative Research Opportunity Finder

1. Philippe Cluzel, PhD

   Real-time analysis of signal transduction and genetic networks at the single cell level

   Investigating genome-wide transcriptional dynamics, and studying multi-drug resistance in bacteria.

   

2. Andrew McMahon, PhD

   Developmental and Regenerative Biology

   Investigating the molecular and cellular mechanisms regulating development, repair and regeneration of neural, bone and kidney tissues.

   

3. Yang Shi, PhD

   Histone demethylation and gene regulation: gene expression; epigenetics; disease

   Studies on lysine-specific demethylases and biochemical and functional aspects of histone demethylation.  

   

4. Pamela Silver, PhD

   Systems and synthetic biology: gene expression; synthetic proteins; biofuel

   Investigate a wide spectrum of biological phenomena. Starting with gene regulation as a core theme, investigate nuclear spatial architecture, synthetic biology, epigenetics, systems biology, ...

   

5. Kevin Struhl, PhD

   Eukaryotic Transcriptional Regulation

   Investigate basic mechanisms of gene regulation in yeast; Employ mammalian cell models of tumorigenesis to elucidate genetic changes that underlie cancer development and progression  

   

Research Categories

Biological Mechanisms and Pathways

Sub-categories

1. Molecular/Cellular/Viral

   1. Acquired immunity»
   2. Adaptive immunity»
   3. Alternative splicing»
   4. Angiogenesis»
   5. Anoikis»
   6. Apoptosis»
   7. Autocrine cascade»
   8. Axon guidance»
   9. Axonal transport»
   10. Bioenergetics»
   11. Biological circuitry»
   12. Blood coagulation»
   13. Cancer metabolism»
   14. Cell adhesion»
   15. Cell death»
   16. Cell differentiation»
   17. Cell division»
   18. Cell invasion»
   19. Cell migration»
   20. Cell stress»
   21. Cell-cell signaling»
   22. Cellular memory»
   23. Cellular morphogenesis»
   24. Chemoresistance»
   25. Chromosome segregation»
   26. Chromosome X inactivation»
   27. Circadian rhythm»
   28. Complement-mediated immune reaction»
   29. Development»
   30. DNA damage»
   31. DNA damage repair»
   32. DNA Replication»
   33. DNA-binding epigenetics»
   34. Drug resistance»
   35. Dynamics»
   36. Electrical signaling»
   37. Entosis»
   38. Epigenetics»
   39. Epithelial-to-Mesenchymal Transition (EMT)»
   40. Eukaryotic gene expression»
   41. Eukaryotic protein translation initiation»
   42. Eukaryotic regulatory networks»
   43. Feedback loop»
   44. Gene evolution»
   45. Gene expression»
   46. Gene function»
   47. Gene homology»
   48. Gene regulation»
   49. Genetic interactions»
   50. Genetic pathways»
   51. Genome translocation»
   52. Histone code»
   53. HIV immune response»
   54. Homing»
   55. Homologue pairing»
   56. Immune evasion»
   57. Immune response»
   58. Immune suppression»
   59. Immune tolerance»
   60. Immunity»
   61. Infectivity»
   62. Inflammation»
   63. Innate immunity»
   64. Intercellular signaling»
   65. Lumen formation»
   66. Macromolecular interaction»
   67. Mechanisms of protective immunity»
   68. Membrane fusion»
   69. Membrane permeability»
   70. Metabolism»
   71. Mitochondrial dysfunction»
   72. Mitogenic signaling»
   73. Mitosis»
   74. Molecular information processing»
   75. Morphogenesis»
   76. Mother-to-child transmission»
   77. Motor protein»
   78. mRNA export»
   79. mRNA splicing»
   80. Mucosal immunity»
   81. Mucosal transmission»
   82. Networks»
   83. Neuronal connectivity»
   84. Neuronal differentiation»
   85. Neuronal morphogenesis»
   86. Non-catalytic activity»
   87. Non-ribosomal peptide synthesis»
   88. Nuclear egress»
   89. Nuclear translocation»
   90. Nutrient stress»
   91. Oncogenic signaling»
   92. Osmotic stress»
   93. Oxidative stress»
   94. Pathogenesis»
   95. Persistent infection»
   96. Pheromone recognition»
   97. Physics and mechanics of chromosome dynamics»
   98. Protein degradation»
   99. Protein folding»
   100. Protein interactions»
   101. Protein misfolding»
   102. Protein secretion»
   103. Protein trafficking»
   104. Redox cycle»
   105. Regional immunity»
   106. Regulatory networks»
   107. Regulatory pathway»
   108. Replication»
   109. Ribosome biogenesis»
   110. Secretory pathway»
   111. Signaling network»
   112. SinR and SirR pathway»
   113. Stress response»
   114. T lymphopoiesis»
   115. T-cell activation»
   116. Thrombopoiesis»
   117. Trafficking»
   118. Trans gene regulation»
   119. Transcription»
   120. Transcription regulation»
   121. Translational control»
   122. Transvection»
   123. Viral endocytosis»
   124. Viral entry»
   125. Viral fusion»
   126. Viral replication»
   127. Viral structure»
   128. Virus infection»
   129. Virus neutralization»
   130. Virus reactivation»