Keywords

Biological Mechanisms and Pathways
  1. ABC transporters,
  2. Abuse liability,
  3. ACE2,
  4. Acetylation,
  5. Acquired immunity,
  6. Actin,
  7. Active zone,
  8. Adaptive immunity,
  9. ADP-ribosylation,
  10. Aging,
  11. Alternative splicing,
  12. Amyloid precursor protein,
  13. Anaphase-Promoting Complex,
  14. aneuploidy,
  15. Angiogenesis,
  16. Anoikis,
  17. Antigen,
  18. Antigen Presenting Cell (APC),
  19. Antioxidant,
  20. Apoptosis,
  21. Ask1,
  22. Astrocyte,
  23. ATP-sensitive potassium channel,
  24. Autocrine cascade,
  25. Axis polarity,
  26. Axon,
  27. Axon guidance,
  28. Axonal transport,
  29. B-cell,
  30. B-lymphocyte,
  31. B7,
  32. Bacterial extracellular matrix,
  33. Bacterial motility,
  34. Bacteriology,
  35. Beta-catenin,
  36. Bioenergetics,
  37. Bioengineering,
  38. Biofilm,
  39. Bioinformatics,
  40. Biological circuitry,
  41. Biological organization,
  42. Blood coagulation,
  43. Body composition,
  44. Bone,
  45. Bone marrow,
  46. Calcineurin,
  47. Calcium channel,
  48. Calcium/Calmodulin-dependent Kinase II (CaMKII),
  49. Calorie restriction,
  50. Cancer metabolism,
  51. Cancer stem cell,
  52. Carcinoma,
  53. CCR5,
  54. CD28,
  55. CD4,
  56. CD59,
  57. Cdc20,
  58. Cell adhesion,
  59. Cell adhesion,
  60. Cell death,
  61. Cell differentiation,
  62. Cell division,
  63. Cell invasion,
  64. Cell migration,
  65. Cell morphology,
  66. Cell stress,
  67. Cell-cell signaling,
  68. Cell-type specific gene expression,
  69. Cellular memory,
  70. Cellular morphogenesis,
  71. Cellular motor,
  72. Cellular receptor,
  73. Central Nervous System,
  74. Central Nervous System (CNS),
  75. Channelrhodopsin-2,
  76. Chaperones,
  77. Chaperones,
  78. Chaperones,
  79. Chemical biology,
  80. Chemical ecology,
  81. Chemokine,
  82. Chemoresistance,
  83. Cholesterol modification,
  84. Cholesterol-modified protein,
  85. Chondroitin sulphate proteoglycan,
  86. Chromatin,
  87. Chromatin structure,
  88. Chromosome segregation,
  89. Chromosome X inactivation,
  90. Circadian clock,
  91. Circadian rhythm,
  92. Cis and trans elements,
  93. CNS,
  94. CNV,
  95. Comparative pathology,
  96. Complement,
  97. Complement-mediated immune reaction,
  98. Computational biology,
  99. Computational genomics,
  100. Connectomics,
  101. Copy number variant,
  102. Core particle,
  103. Costimulatory molecule,
  104. CTLA-4,
  105. Cytokine,
  106. Cytoskeleton,
  107. D-amino acids,
  108. Deacetylase,
  109. Dendrite,
  110. Dendritic cell,
  111. Deubiquitination,
  112. Development,
  113. Developmental biology,
  114. Disulfide bond,
  115. Disulfide reductase,
  116. DNA damage,
  117. DNA damage repair,
  118. DNA helicase,
  119. DNA Polymerase,
  120. DNA primase,
  121. DNA Replication,
  122. DNA Replication,
  123. DNA-binding epigenetics,
  124. Dopamine,
  125. Dopamine receptor,
  126. Dopaminergic neuron,
  127. Drug resistance,
  128. dsRNA transport,
  129. Dynamics,
  130. Dynein,
  131. EGF,
  132. eIF4F,
  133. Electrical signaling,
  134. Electron transporter,
  135. Electrophysiology,
  136. Endothelial cell,
  137. Entosis,
  138. Envelope protein,
  139. Environmental regulation,
  140. Environmental RNAi,
  141. Ephrin,
  142. Epigenetics,
  143. Epigenetics,
  144. Epithelial,
  145. Epithelial cell,
  146. Epithelial-to-Mesenchymal Transition (EMT),
  147. Eukaryotes,
  148. Eukaryotic gene expression,
  149. Eukaryotic protein translation initiation,
  150. Eukaryotic regulatory networks,
  151. Evolution,
  152. Evolvability,
  153. Extracellular hydrolases,
  154. Extracellular matrix,
  155. Extracellular signaling,
  156. Fatty acids,
  157. Feedback loop,
  158. Flagellum,
  159. Functional genomics,
  160. G-protein coupled receptor (GPCR),
  161. GABA,
  162. GABA receptor,
  163. Gene Amplification,
  164. Gene cluster,
  165. Gene evolution,
  166. Gene expression,
  167. Gene function,
  168. Gene homology,
  169. Gene network,
  170. Gene regulation,
  171. Genetic interactions,
  172. Genetic pathways,
  173. Genetics,
  174. Genital track,
  175. Genome,
  176. Genome mining,
  177. Genome Stability,
  178. Genome translocation,
  179. Genomic imprinting,
  180. Genomics,
  181. Gli,
  182. Glomeruli,
  183. Glucose,
  184. Glutamate,
  185. Glycine,
  186. Glycine receptor,
  187. gp120,
  188. GPI-linked membrane protein,
  189. Growth cone,
  190. Gut,
  191. Gut stem cells,
  192. Hedgehog,
  193. Hematopoietic Stem and Progenitor Cell (HSPS),
  194. Hematopoietic Stem Cell,
  195. Heparin sulfate proteoglycans,
  196. Histone,
  197. Histone acetylation,
  198. Histone code,
  199. Histone deacetylase,
  200. Histone demethylase,
  201. Histone methylation,
  202. HIV immune response,
  203. Homeoprotein,
  204. Homing,
  205. Homologue pairing,
  206. HSC,
  207. HSC,
  208. HSPC differentiation,
  209. Hydrogen,
  210. Hypocretin (Hcrt),
  211. Hypothalamus,
  212. Illicit drug,
  213. Immune cell,
  214. Immune evasion,
  215. Immune response,
  216. Immune suppression,
  217. Immune tolerance,
  218. Immunity,
  219. Immunological synapse,
  220. Immunology,
  221. Infectious disease,
  222. Infectivity,
  223. Inflammation,
  224. Initiation factor,
  225. Innate immunity,
  226. Intercellular signaling,
  227. Interferon,
  228. Intergenetic DNA,
  229. Interleukin-8,
  230. Intermedilysin,
  231. Interspecies interactions,
  232. Intracellular transport,
  233. Ion channel,
  234. Ketogenic diet,
  235. Kidney,
  236. Kinesin,
  237. Kinetochore,
  238. Leukocyte,
  239. Lifespan,
  240. Lipid bilayer,
  241. Liver,
  242. Lumen formation,
  243. Lymph-tissue interface,
  244. Lymphocyte,
  245. Lynx1-nAChR interaction,
  246. Macromolecular interaction,
  247. Macrophage,
  248. Mad2,
  249. MAP kinase,
  250. mar operon,
  251. mar operon,
  252. Mating behavior,
  253. Mating pathways,
  254. Mechanisms of protective immunity,
  255. Mechanochemical enzyme,
  256. Megakaryocyte,
  257. Meiosis,
  258. Membrane attack complex,
  259. Membrane fusion,
  260. Membrane permeability,
  261. Membrane protein,
  262. Membrane proteins,
  263. Metabolism,
  264. Metabolomics,
  265. MHC,
  266. Microbial biology,
  267. Microbial ecology,
  268. Microbial genetics,
  269. Microbial genomics,
  270. Microtubules,
  271. Mitochondria,
  272. Mitochondrial dysfunction,
  273. Mitogen-activated protein kinase,
  274. Mitogenic signaling,
  275. Mitosis,
  276. Mitosis,
  277. Molecular biology,
  278. Molecular information processing,
  279. Molecular motor,
  280. Morphogenesis,
  281. Mother-to-child transmission,
  282. Motor protein,
  283. mRNA export,
  284. mRNA splicing,
  285. mTOR,
  286. mTOR pathway,
  287. Mucosal immunity,
  288. Mucosal surface,
  289. Mucosal transmission,
  290. Muller glial cell,
  291. Multipotent progenitor cell,
  292. Multisite phosphorylation,
  293. Muscle growth,
  294. N-acetyl aspartate,
  295. NAD(+),
  296. Nef,
  297. Negative feedback,
  298. Nervous system,
  299. Networks,
  300. Neural circuits,
  301. Neural mapping,
  302. Neural network,
  303. Neural outgrowth,
  304. Neurobiology,
  305. Neuromuscular junction,
  306. Neuron,
  307. Neuronal cell biology,
  308. Neuronal connectivity,
  309. Neuronal differentiation,
  310. Neuronal morphogenesis,
  311. Neuropathology,
  312. Neuroregeneration,
  313. NF-κB,
  314. Nicotinic acetylcholine receptor,
  315. Nitrogen,
  316. NMDA receptor,
  317. Non-catalytic activity,
  318. Non-ribosomal peptide synthesis,
  319. Nondisjunction,
  320. Notch,
  321. NRAMP transporters,
  322. Nuclear egress,
  323. Nuclear organization,
  324. Nuclear translocation,
  325. Nucleosome,
  326. Nutrient stress,
  327. Nutrition,
  328. Obesity,
  329. Olfactory bulb,
  330. Oncogene,
  331. Oncogenic signaling,
  332. Oncology,
  333. Ornithine Decarboxylase (ODC),
  334. Orphan receptor,
  335. Oscillations,
  336. Osmotic stress,
  337. Otx2,
  338. Oxidative stress,
  339. Oxygen,
  340. p53,
  341. Pacemaker channel,
  342. Pain-sensing neuron,
  343. Parvalbumin,
  344. Patched,
  345. Pathogenesis,
  346. PD-1,
  347. Persistent infection,
  348. Personal Genetics Education Project (http://www.pged.org/),
  349. Pheromone feedback loop,
  350. Pheromone recognition,
  351. Phosphatase,
  352. Phosphatidylinositol 3-kinase,
  353. Phosphorylation,
  354. Photoreceptor,
  355. Photoreceptor cell,
  356. Physics and mechanics of chromosome dynamics,
  357. Physiology,
  358. Platelet,
  359. Polymer science,
  360. Population demographic,
  361. Potassium channel,
  362. Prefontal cortex,
  363. Presynaptic terminal,
  364. Prevention,
  365. Processivity factor,
  366. Prokaryotes,
  367. Promoter,
  368. protease (tissue-type plasminogen activator),
  369. Proteasome,
  370. Proteasome,
  371. Proteasome,
  372. Protein degradation,
  373. Protein folding,
  374. Protein interactions,
  375. Protein kinase,
  376. Protein misfolding,
  377. Protein phosphatase,
  378. Protein phosphorylation,
  379. Protein secretion,
  380. Protein structure,
  381. Protein trafficking,
  382. Protein translation,
  383. Protein tyrosine phosphatase,
  384. Protein-Protein interaction,
  385. Proteomics,
  386. Proteostasis,
  387. Proton channel,
  388. Quorum sensing,
  389. Ras,
  390. Reactive Oxygen Species,
  391. Receptor,
  392. Receptor binding domain,
  393. Receptor tyrosine kinase,
  394. Recombination,
  395. Redox cycle,
  396. Regeneration,
  397. Regional immunity,
  398. Regulatory networks,
  399. Regulatory pathway,
  400. Regulatory T-cell,
  401. Repair,
  402. Replication,
  403. Retina,
  404. Retina genetics,
  405. Retina patterning,
  406. Retinal amacrine cells,
  407. Retinal bipolar cell,
  408. Retinal ganglion cells,
  409. Retinal horizontal cell,
  410. Retinal metabolism,
  411. Retinal stem cell,
  412. Reverse translation,
  413. Ribonuclease,
  414. Ribonucleotide reductase,
  415. Ribosome biogenesis,
  416. S. pombe,
  417. S6 protein kinase,
  418. SAGA,
  419. SARS-CoV spike protein,
  420. Secretory pathway,
  421. Self-renewing progenitor cells,
  422. Sensory neuron,
  423. Sgo1,
  424. SID-1,
  425. SID-2,
  426. Signal transduction,
  427. Signaling network,
  428. SinR and SirR pathway,
  429. Sirt3,
  430. Sirt4,
  431. Sirtuin,
  432. Sleep,
  433. Small GTPases,
  434. Social behavior,
  435. Sodium channel,
  436. Soil microbe,
  437. Sonic Hedgehog (Shh),
  438. Sphingosine 1-phosphate,
  439. Spinal cord regeneration,
  440. Spindle,
  441. Spindle checkpoint,
  442. Sporulation,
  443. Src,
  444. Stress response,
  445. Striatum,
  446. Sumoylation,
  447. Suprachiasmatic nucleus (SCN),
  448. Swarming,
  449. Synapse,
  450. Synaptic scaffold,
  451. Synthetic biology,
  452. Systems Biology,
  453. T lymphopoiesis,
  454. T-cell,
  455. T-cell activation,
  456. T-cell receptor (TCR),
  457. T-lymphocyte,
  458. Target of Rapamycin (TOR),
  459. Technology,
  460. Ternary complex,
  461. Thermosensation,
  462. Thioredoxin,
  463. Thrombopoiesis,
  464. TNF,
  465. TNF,
  466. TNF receptor,
  467. TRAF2,
  468. Trafficking,
  469. Trans gene regulation,
  470. Transcription,
  471. Transcription factor binding site,
  472. Transcription regulation,
  473. Transcriptional activation/repression,
  474. Transcriptome,
  475. Transient receptor potential C2 channel (TRPC2),
  476. Translation initiation,
  477. Translational control,
  478. Translational control and RNA-based regulation,
  479. Transvection,
  480. TRP channel,
  481. TRPV1 channel,
  482. Tumor biology,
  483. Tumor suppressor,
  484. Tyrosine kinase,
  485. Tyrosine phosphatase,
  486. Tyrosine sulfation,
  487. Ubiquitin,
  488. Ubiquitin,
  489. Ubiquitin conjugate,
  490. Ubiquitin ligase,
  491. Ubiquitination,
  492. Ubp6,
  493. UCE,
  494. Ultraconserved Elements,
  495. Ultraconserved Elements,
  496. Upstream Activation Sequence,
  497. Variable region,
  498. Vascular biology,
  499. Vertebrate/mammalian RNAi,
  500. Viral channel,
  501. Viral endocytosis,
  502. Viral entry,
  503. Viral fusion,
  504. Viral receptor,
  505. Viral replication,
  506. Viral structure,
  507. Virus infection,
  508. Virus neutralization,
  509. Virus reactivation,
  510. Vision,
  511. Vitamin K epoxide reductase,
  512. Voltage-activated potassium channel,
  513. Voltage-gated ion channel,
  514. Vomeronasal organ,
  515. Wnt,
  516. Yeast genetics
Cancer
  1. aneuploidy,
  2. Angiogenesis,
  3. Apoptosis,
  4. Autophagy,
  5. Breast cancer,
  6. Cancer,
  7. Carcinoma,
  8. Cervical cancer,
  9. Chemoresistance,
  10. EGF,
  11. Epigenetics,
  12. Glioblastoma,
  13. Hepatocellular carcinoma,
  14. Hypoxia,
  15. Intermedilysin,
  16. MAP kinase,
  17. Mitogen-activated protein kinase,
  18. Nondisjunction,
  19. Oncology,
  20. p53,
  21. Protein kinase,
  22. Ras,
  23. Src,
  24. test
Central Nervous System
  1. Action potential,
  2. Addiction,
  3. Amyloid plaque,
  4. Amyloid precursor protein,
  5. Amyloid precursor protein (APP),
  6. Anxiety,
  7. Behavior,
  8. Benzodiazepine,
  9. Binocular function,
  10. Brain plasticity,
  11. Calcium channel,
  12. Calcium channel blocker,
  13. Calcium/Calmodulin-dependent Kinase II (CaMKII),
  14. Cognition,
  15. Critical period,
  16. Decision,
  17. Dopamine,
  18. Dopaminergic neuron,
  19. Drug abuse,
  20. Epilepsy,
  21. Excitatory-inhibitory balance,
  22. Extinction therapy,
  23. GABA,
  24. Hypocretin (Hcrt),
  25. Hypothalamus,
  26. Inhibitory synapses,
  27. Ionic current,
  28. Ketogenic diet,
  29. Learning,
  30. Local anaesthesia,
  31. Local anaesthesia,
  32. Long-term depression (LTD),
  33. Long-term memory,
  34. Long-term potentiation (LTP),
  35. Lynx1-nAChR interaction,
  36. Mating behavior,
  37. Motor neuron,
  38. Neural circuits,
  39. Neural coding,
  40. Neural connections,
  41. Neural development,
  42. Neural network,
  43. Neural Progenitors,
  44. Neurodegenerative disease,
  45. Neuromuscular junction,
  46. Neuronal recordings,
  47. Nicotinic acetylcholine receptor,
  48. Nicotinic acetylcholine receptor,
  49. Odor,
  50. Odor map,
  51. Odor-guided perceptual decision task,
  52. Olfactory,
  53. Olfactory bulb,
  54. Olfactory signaling,
  55. Optogenetics,
  56. Optomotor response,
  57. Pacemaking,
  58. Pain,
  59. Pain-sensing neuron,
  60. Parkinson’s disease,
  61. Pheromone receptor,
  62. Photoreceptor,
  63. Plasticity,
  64. Postsynaptic signaling,
  65. Potassium channel,
  66. Presenilin,
  67. Reticular spinal formation,
  68. Retinotectal pathway,
  69. Reward,
  70. Reward-based decision making and learning,
  71. Reward-based learning and decision-making assays,
  72. Sensory neuron,
  73. Sensory processing,
  74. Serotonin/5-HT signaling,
  75. Serotonin/5-HT2C receptors,
  76. Sleep,
  77. Sodium channel,
  78. Spikes,
  79. Subcellular dendritic topography,
  80. Synaptic competition,
  81. Temporal code,
  82. TRP channel,
  83. TRPV1 channel,
  84. Visual cortex,
  85. Visual stimuli,
  86. Voltage clamp technique,
  87. Vomeronasal organ,
  88. X-linked mental retardation
Diagnostics
  1. Autoimmune disease,
  2. Chemoresistance,
  3. Circulating tumor cell,
  4. Diagnostic,
  5. Disease prognosis,
  6. Glycated CD59,
  7. Personal genome
Disease Mechanisms
  1. $1000 genome,
  2. Addiction,
  3. Age-related macular degeneration (AMD),
  4. AIDS,
  5. Alzheimer’s disease,
  6. Amblyopia,
  7. Amyloid plaque,
  8. Amyloid precursor protein (APP),
  9. Amyotrophic Lateral Sclerosis (ALS),
  10. Atherosclerosis,
  11. Autism,
  12. Autoimmune disease,
  13. Bacterial infection,
  14. Behavioral disorders,
  15. Bench-to-bedside,
  16. Brain disease,
  17. Breast cancer,
  18. Cancer,
  19. Carcinoma,
  20. Cardiovascular disease,
  21. Cervical cancer,
  22. Chemoresistance,
  23. Chlamydia,
  24. Chronic viral infection,
  25. Circadian rhythm,
  26. Complex disease,
  27. Contact hypersensitivity,
  28. Cystic fibrosis lung infection,
  29. Cytomegalovirus,
  30. Cytoskeletal disease,
  31. Dementia,
  32. Dengue fever,
  33. Dengue hemorrhagic fever,
  34. Dengue Virus,
  35. Developing country,
  36. Diabetes,
  37. Disease genes,
  38. Disease prognosis,
  39. Down syndrome,
  40. Drug abuse,
  41. Ebola virus,
  42. Emerging infections,
  43. Epilepsy,
  44. Epithelial tumor,
  45. Filovirus,
  46. Flu,
  47. Glioblastoma,
  48. Hearing loss,
  49. Hepatitis,
  50. Hepatitis B,
  51. Hepatitis C,
  52. Hepatocellular carcinoma,
  53. Herpes simplex virus,
  54. HHV8,
  55. HIV,
  56. HPV,
  57. Huntington’s disease,
  58. Infectious disease,
  59. Inflammation,
  60. Influenza,
  61. Insomnia,
  62. Klinefelter’s syndrome,
  63. KSHV,
  64. Legionella,
  65. Lentivirus,
  66. Lentivirus infection,
  67. Leukemia,
  68. Liver cancer,
  69. Lymphoma,
  70. Malaria,
  71. Marburg virus,
  72. Membrane-enveloped viruses,
  73. Metabolic disease,
  74. Microorganism,
  75. Mitochondrial dysfunction,
  76. Mosquito-borne illness,
  77. Nervous system disorders,
  78. Neurodegeneration,
  79. Neurodegenerative disease,
  80. Neurological disease,
  81. Neurological disorders,
  82. Nondisjunction,
  83. Olfactory dysfunction,
  84. Opportunistic pathogen,
  85. Organ transplant rejection,
  86. Osteoporosis,
  87. Ovarian cancer,
  88. Parasites,
  89. Parkinson’s disease,
  90. Pathogen,
  91. Patient-specific therapy,
  92. Personal genome,
  93. Personalized medicine,
  94. Poliovirus,
  95. Post-traumatic stress disorder (PTSD),
  96. Presenilin,
  97. Prostate cancer,
  98. Proteinopathy,
  99. Retinal degeneration,
  100. Retinal disorders,
  101. Retinal telangiectasia,
  102. Retinitis Pigmentosa,
  103. Salmonella,
  104. SARS,
  105. Schizophrenia,
  106. Side effects,
  107. SIV,
  108. SIV encephalitis,
  109. Spinal Muscular Atrophy (SMA),
  110. Tropical disease,
  111. Turner syndrome,
  112. Vascular disease,
  113. Viral infection,
  114. Virus,
  115. Virus entry,
  116. X-linked mental retardation
Immunology
  1. Identification of self,
  2. Immune cell,
  3. Immune response,
  4. Immunology,
  5. Immunosuppression,
  6. Self/non-self recognition
Infectious Disease
  1. Antibiotic resistance,
  2. Antiviral therapeutics,
  3. Aspergillus,
  4. Bacillus subtilis,
  5. Chlamydia,
  6. Chronic viral infection,
  7. CMV,
  8. Cytomegalovirus,
  9. Cytomegalovirus,
  10. Dengue Virus,
  11. Dengue Virus,
  12. Drug resistance and virulence,
  13. Ebola virus,
  14. Escherichia coli (E. coli),
  15. Fungus,
  16. Gram-negative bacteria,
  17. Gram-positive bacteria,
  18. Hepatitis,
  19. HIV,
  20. HPV,
  21. Immunosuppression,
  22. Influenza,
  23. Influenza,
  24. mar operon,
  25. MLV,
  26. Opportunistic pathogen,
  27. Papillomavirus,
  28. Parasites,
  29. Parasites,
  30. Pathogen,
  31. Pathogen,
  32. Proteus mirabilis,
  33. Retrovirus,
  34. Retrovirus,
  35. Salmonella,
  36. SARS,
  37. Sexually Transmitted Disease (STD),
  38. Staphylococcus aureus (S. aureus),
  39. Viral structure,
  40. Virus entry
Metabolism; Metabolic Disease and Aging
  1. Aging,
  2. Energy,
  3. Energy balance,
  4. Energy metabolism,
  5. Fasting-feeding cycle,
  6. Homeostasis,
  7. Hypoxia,
  8. Lipid metabolism,
  9. Metabolic disorders,
  10. Metabolism,
  11. NAD(+),
  12. Negative feedback,
  13. Nitrogen,
  14. Oxygen,
  15. Peripheral tissue circadian clock,
  16. Sirtuin
Research Tools and Instrumentation
  1. 2D nanowire transistor arrays,
  2. 2D nanowire transistor arrays,
  3. 3-dimensional basement membrane cell cultures,
  4. 3-dimensional basement membrane cell cultures,
  5. Adeno-associated virus (AAV),
  6. Alexa Fluor dyes,
  7. Alexa Fluor dyes,
  8. Artificial tether,
  9. Atomic resolution,
  10. Auditory enrichment,
  11. Automated DNA sequencing,
  12. Automated optical microscopy,
  13. Automated zebrafish screening,
  14. Automation,
  15. Automation,
  16. Behavior model,
  17. Biocomputational methods,
  18. Biofuel,
  19. Bioinformatics,
  20. Bioluminescence,
  21. Biomarker,
  22. Biosensor,
  23. Brain plasticity,
  24. Brainbow system,
  25. BRET,
  26. C. elegans,
  27. Ca2+-GFP-Aequorin,
  28. Ca2+-GFP-Aequorin,
  29. Calcium indicators,
  30. Cancer therapy,
  31. cDNA libraries from single neurons,
  32. cell culture in linear micro-colonies,
  33. Cell cycle arrest,
  34. Cell-based assays,
  35. Cellular ablation,
  36. Chemical detection of cell proliferation,
  37. ChIP,
  38. Chromatin immunoprecipitation,
  39. Computational infrastructure/tools,
  40. Computational modeling,
  41. Computer-assisted image analysis,
  42. Computer-assisted image analysis,
  43. Computer-assisted image analysis,
  44. Conditional targeted cell ablation,
  45. Confocal microscopy,
  46. Cross-fire irradiation,
  47. Cryo-Electron Tomography,
  48. Cryoelectron microscopy,
  49. Cryoelectron tomography,
  50. Cyanobacteria,
  51. Data mining,
  52. DNA nanotechnology,
  53. DNA sequencing,
  54. Drosophila,
  55. Drosophila RNAi Screening Center,
  56. Electroporation,
  57. Escape behavior,
  58. Escherichia coli (E. coli),
  59. Experimental yeast genetics,
  60. Extinction therapy,
  61. FACS analysis,
  62. FISH,
  63. Flow cytometry,
  64. Fluorescence correlation spectroscopy,
  65. Fluorescence microscopy,
  66. Fluorescent imaging of cell proliferation,
  67. Fluorescent In Situ Hybridization,
  68. Fluorescent labels,
  69. Fluorescent microscopy,
  70. FRET,
  71. Gene knockdown,
  72. Gene therapy,
  73. Genetic engineering,
  74. Genetic pulldown,
  75. Genetic screen,
  76. Genetically-encoded biosensor,
  77. Genome mining,
  78. Genome mining,
  79. Global molecular profiling,
  80. Heterologous protein expression,
  81. High resolution structure,
  82. High resolution transcriptome sequencing,
  83. High resolution transcriptome sequencing,
  84. High throughput,
  85. High Throughput Screening,
  86. Human cells,
  87. Humanized yeast,
  88. Image analysis,
  89. Immune reconstitution,
  90. Immunotherapy,
  91. In silico molecular modeling,
  92. In vivo imaging,
  93. Insomnia model,
  94. Interactive computer software,
  95. Knockout mouse,
  96. Lab-On-A-Chip,
  97. Liposome,
  98. Live cell imaging,
  99. Live cells imaging,
  100. Live cells imaging,
  101. luciferase,
  102. Mammalian cells,
  103. Mathematical modeling,
  104. Membrane protein reconstitution,
  105. Methods development,
  106. Microarray,
  107. Microarray Electrophysiology,
  108. Microfluidics,
  109. Microorganism,
  110. Microscopy,
  111. Microtomes,
  112. Molecular modeling,
  113. Molecular modeling,
  114. Molecular sensor,
  115. Monkey,
  116. Mouse behavior,
  117. Mouse imaging,
  118. Mouse models,
  119. Mouse tumor models,
  120. Multiphoton laser scanning microscopy,
  121. Multiphoton laser scanning microscopy,
  122. Multiplexing,
  123. Natural host,
  124. Natural products,
  125. Neuronal recordings,
  126. Neuronal recordings,
  127. NMR,
  128. NMR,
  129. NMR spectroscopy,
  130. Non-human primate,
  131. Odor map,
  132. Odor-guided perceptual decision task,
  133. OMP-ChR2 mice,
  134. Optogenetics,
  135. Optogenetics,
  136. Patch clamping,
  137. Personal genome,
  138. Phenotypic screen,
  139. Physics,
  140. Polony DNA sequencing,
  141. Primate Model,
  142. Probabilistic decision tree,
  143. Protein and small molecule production,
  144. Rabies vector,
  145. Radioiodination,
  146. Radionuclide,
  147. Recombinant toxins,
  148. Recombinant viral vector,
  149. Retrogenic mouse,
  150. Retroviral vector,
  151. Reward-based decision making and learning,
  152. Reward-based learning and decision-making assays,
  153. Rhesus macaque,
  154. RNA inhibition,
  155. RNA interference,
  156. RNAi,
  157. S. cerevisiae,
  158. S. pombe,
  159. Scanning electron microscopy,
  160. Short and long-term olfactory memory tests,
  161. Single molecule imaging,
  162. Single-cell measurement,
  163. Single-cycle SIV,
  164. siRNA screen,
  165. Sooty mangabey,
  166. SpH mice,
  167. Stem cell gene therapy,
  168. Synthetic biology,
  169. Technology development,
  170. Tissue engineering,
  171. Tissue engineering,
  172. Total internal reflection microscopy,
  173. Transcriptome comparisons,
  174. Transgenic mice,
  175. Transgenic mouse,
  176. Transgenic zebrafish,
  177. Tumor immunotherapy,
  178. Two-photon microscopy,
  179. Video microscopy,
  180. Video microscopy,
  181. Viral entry imaging,
  182. Virus-membrane complex reconstitution,
  183. Visual deprivation,
  184. Widefield FCS,
  185. Widefield FCS,
  186. X-ray crystallography,
  187. Xenopus tadpoles,
  188. Yeast,
  189. Yeast microbiology,
  190. Zebrafish larvae,
  191. Zebrafish models
Therapeutic Discovery Tools and Assays
  1. $1000 genome,
  2. Antiretrovirals,
  3. Atherosclerosis,
  4. Biomarker,
  5. Cancer,
  6. Cancer drug targets,
  7. Cardiac function,
  8. Cell senescence,
  9. Combination index,
  10. Combination therapy,
  11. Combinatorial selectivity,
  12. Computational modeling,
  13. Data mining,
  14. Disease pathway modeling,
  15. Disease targets,
  16. Dose prediction,
  17. Drosophila,
  18. Drug specificity,
  19. dsRNA therapeutics,
  20. Gene therapy,
  21. High throughput,
  22. High throughput RNAi,
  23. High Throughput Screening,
  24. In silico molecular modeling,
  25. In vitro biochemical assays,
  26. In vitro biochemical assays,
  27. In vivo small molecule screening,
  28. Mammalian cells,
  29. Mechanism-based toxicity,
  30. Microarray,
  31. Mouse models,
  32. NeuroD,
  33. Neuropharmacology,
  34. Non-invasive therapy,
  35. Patient-specific therapy,
  36. Personalized medicine,
  37. Pharmacokinetics,
  38. Protein and small molecule production,
  39. Radiotherapy,
  40. RNAi,
  41. Targeted therapy,
  42. Technology development,
  43. Yeast
Therapeutics
  1. $1000 genome,
  2. Adamantane,
  3. Angiogenin,
  4. Anti-bacterial therapy,
  5. Anti-convulsant therapy,
  6. Anti-viral therapeutics,
  7. Antibody-mediated virus neutralization,
  8. Anticancer therapy,
  9. Anticoagulant,
  10. Anticonvulsant therapy,
  11. Antifungal,
  12. Antimicrobial,
  13. Antioxidant,
  14. Antiviral small molecules,
  15. Antizyme,
  16. Anxiolytic,
  17. Attenuated virus,
  18. Benzodiazepine,
  19. Biologically-active small molecule,
  20. Cancer diagnostics,
  21. Cancer gene signature,
  22. Cancer targets,
  23. Chimeric proteins,
  24. Circulating tumor cell,
  25. Combination therapy,
  26. Conditional targeted cell ablation,
  27. D-amino acids,
  28. Disease prognosis,
  29. DNA damaging agents,
  30. Double mimetic,
  31. EdU,
  32. Erbitux,
  33. HAART,
  34. Immunotherapy,
  35. Intermedilysin,
  36. Iressa,
  37. Medicinal chemistry,
  38. Muscle relaxant,
  39. Natural product,
  40. Natural products,
  41. Non-invasive detection,
  42. Opioid,
  43. PAP smear,
  44. Peptide mimetic,
  45. Pharmacological agents,
  46. Prodrug,
  47. Protein kinase,
  48. Quantitatively designed proteins,
  49. Radioimaging,
  50. Recombinant toxins,
  51. Resveratol,
  52. Sedative,
  53. Single-cycle SIV,
  54. Small molecule chemistry,
  55. Small molecule inhibitors,
  56. Small molecule screens,
  57. Small molecule therapy,
  58. Small molecules,
  59. Soil microbe,
  60. Spinal cord regeneration,
  61. Stem cell,
  62. Stem cell gene therapy,
  63. Tarceva,
  64. Tumor immunotherapy,
  65. Vaccine