Institutional Strategic Support Fund (2016)

Keyphrases

1. Video Project 100%
2. Audio 100%
3. Dundee 89%
4. Life Sciences 42%
5. Growth Arrest 37%
6. Wonder Woman 34%
7. Well-being 34%
8. LysR Family 34%
9. Homelessness 27%
10. Arts-based Intervention 25%
11. Supporting Parents 21%
12. Biofilm 21%
13. COVID-19 Restrictions 21%
14. Public Engagement 20%
15. Cryptosporidiosis 19%
16. Drug Target 19%
17. Anti-infective 17%
18. Type Six Secretion System 17%
19. Nervous System 17%
20. Membrane Modeling 17%
21. Barley Growth 17%
22. Cryo-electron Microscope 17%
23. Barley Grain 17%
24. Cereal Crops 17%
25. Brewing 17%
26. Cell Growth 17%
27. Scotland 17%
28. Creative Interaction 17%
29. Trust Center 17%
30. Microbiology Laboratory 17%
31. Contribution to Science 17%
32. Cell Division 17%
33. Barley 17%
34. Animal Feed 17%
35. Ependymal Cells 17%
36. Parkinson's Disease 17%
37. James Hutton 17%
38. Long History 17%
39. T Cells 17%
40. Posters 17%
41. Wellcome Trust 17%
42. Trypanosome 17%
43. Field of Science 17%
44. Capping Enzyme 17%
45. State Dependence 17%
46. Mouse Spinal Cord 17%
47. Cyclic Peptide 17%
48. Digital Model 17%
49. Biosynthetic Potential 17%
50. Mode of Action 17%
51. Attrition 17%
52. Malaria 17%
53. Pseudomonas Aeruginosa (P. aeruginosa) 17%
54. Patient-reported Data 17%
55. Cell Lining 17%
56. Random Walk 17%
57. Adult Mice 17%
58. Multiple Steps 17%
59. Home-based 17%
60. Educational Resources 17%
61. Integrated Stress Response 17%
62. Heterotrophic 17%
63. Interaction Sites 17%
64. Domain-domain Interaction 17%
65. Antibiofilm 17%
66. Type VI Secretion System 17%
67. Three-dimensional (3D) 17%
68. Target Engagement 17%
69. Cryptosporidium 17%
70. SLC7A5 17%
71. Carboxy Terminal Domain 17%
72. RNA Pol II 17%
73. Central Canal 17%
74. Arts-based 17%
75. Proteobacteria 17%
76. Comic Books 17%
77. System Dynamics 17%
78. Selection Marker 17%
79. Survival Strategies 17%
80. Microbiologist 17%
81. Cryogenic Electron Microscopy 17%
82. Initial Interview 17%
83. Young People 17%
84. Celsius 17%
85. Aminopeptidase 17%
86. Amino Acid Transporter 17%
87. Resource Guide 17%
88. Allosteric Activation 17%
89. Mouse Embryo 17%
90. Training Resources 17%
91. Lockdown 17%
92. Bacterial Gene Expression 17%
93. Survival Outcomes 17%
94. Starvation Survival 17%
95. Spinal Cord 13%
96. Comics 13%
97. Art Resources 12%
98. Creative Activity 12%
99. Walking Tour 11%
100. Protein Phosphorylation 11%
101. Dorsal Collapse 10%
102. Parvum 9%
103. Complete Feedback 8%
104. Public Activities 8%
105. Quantitative Scale 8%
106. Crossword 8%
107. Medical Research Council 8%
108. Protein Ubiquitylation 8%
109. People with Lived Experience 8%
110. Social Media 8%
111. Mixed Methodology 8%
112. Initial Sample 8%
113. Rich picture 8%
114. Schoolchildren 8%
115. People Experiencing Homelessness 8%
116. Health Visitors 8%
117. Art Making 8%
118. Visual Data 8%
119. Parental Well-being 8%
120. Parent Report 8%
121. Shared Image 8%
122. Arts Participation 8%
123. Playful Interaction 8%
124. Engagement Activities 8%
125. Open Comments 8%
126. School Pupils 8%
127. Family nurse 8%
128. ART Centre 8%
129. Disconnection 8%
130. Shared Experiences 8%
131. We-talk 8%
132. Morphogenesis 7%
133. Cladosporin 6%
134. New Drugs 6%
135. Plasmodium Falciparum 6%
136. Youth Homelessness 6%
137. Apicomplexan 6%
138. Carbon Starvation 6%
139. Binding Site 6%
140. Gene Regulatory Network 5%
141. Essential nutrients 5%
142. Adaptation 5%
143. Cell Proliferation 5%
144. Heterotrophic Bacteria 5%
145. Immune System 5%
146. Scavenger Hunt 5%
147. Forensic nursing 5%
148. Depth Video 5%
149. Gene Regulation 5%
150. Guided Self-help 5%
151. Protein Production 5%
152. Depth Image 5%
153. Diabetes Drugs 5%
154. Assisted Walking 5%
155. Development Techniques 5%
156. Cancer Cells 5%
157. Information Image 5%
158. Surgical Technique 5%
159. Antibiotic Development 5%
160. Protein Synthesis 5%
161. Bacterial Growth 5%
162. Depth Information 5%
163. Drug Development 5%
164. Forensic Dentistry 5%
165. Optimal Strategy 5%
166. Medical Sciences 5%
167. Protein Biosynthesis 5%
168. New Targets 5%
169. Nutrient Limitation 5%
170. Molecular Dynamics Simulation 5%