Shell DNA as an archive of phylogenetics, population genetics, and symbiosis in deep-sea clams

Keyphrases

1. South China Sea 100%
2. Deep Sea 96%
3. Clam 90%
4. Phylogenetic Analysis 70%
5. Chemosynthetic Ecosystem 50%
6. Phylogenetic Position 45%
7. Deep-sea Clam 45%
8. Shell DNA 45%
9. Population Genetics 45%
10. Symbiosis 45%
11. Mytilidae 45%
12. Gill 45%
13. Deep-sea mussels 45%
14. Bathymodiolinae 45%
15. Associated Bacteria 45%
16. Ultraconserved Elements 45%
17. Pteriomorphia 45%
18. Chrysopetalidae 45%
19. Mantle Cavity 45%
20. Bivalvia 45%
21. New Topology 45%
22. Phylogenomics 45%
23. Annelida 45%
24. Chaetae 45%
25. Cetacean 45%
26. Bryde's Whale 45%
27. Eden's Whale 45%
28. Speciation 45%
29. Genome Assembly 45%
30. Species Discovery 45%
31. SEC23A 45%
32. Community Structure 45%
33. Biological Communities 45%
34. Seeps 45%
35. Haima 45%
36. Biogeographic Affinities 45%
37. Haima Cold Seep 37%
38. Subfossil 30%
39. Vesicomyid Clams 30%
40. Deep-sea Environment 30%
41. Endosymbiont 30%
42. Relative Abundance 30%
43. Undescribed Species 30%
44. Bivalves 30%
45. Genomic Resources 30%
46. Isopod 30%
47. Biogeography 29%
48. Genome Analysis 26%
49. Morphological Phylogenetic Analysis 22%
50. Parapodia 22%
51. 16S rRNA Gene Sequencing 22%
52. Congeneric Species 22%
53. Cirrus 22%
54. Molecular Phylogenetic Analysis 22%
55. Sequence Comparison 22%
56. Mitochondrial 16S 22%
57. Mitochondrial COI 22%
58. Key to Species 22%
59. Comparative Analysis 22%
60. Distinct Species 22%
61. Balaenopterids 22%
62. Taxonomic Uncertainty 22%
63. Whale 22%
64. RAD-seq 20%
65. Genetic Diversity 15%
66. Shallow Water Environment 15%
67. DNA Extraction 15%
68. DNA Data 15%
69. Mitochondrial cox1 15%
70. Deep-sea Species 15%
71. United Nations Decade of Ocean Science for Sustainable Development 15%
72. Radioisotope Dating 15%
73. Mollusc Shell 15%
74. Palaeogenomics 15%
75. DNA Yield 15%
76. High-throughput Metagenomics 15%
77. Species Diversity 15%
78. Vesicomyids 15%
79. DNA Damage 15%
80. Temporal Change 15%
81. Symbiont 15%
82. Marker Genes 15%
83. DNA Markers 15%
84. Species Identification 15%
85. Endosymbiotic Bacteria 15%
86. Low Temperature 15%
87. Gene Analysis 15%
88. Histone 3 Gene 15%
89. Papua New Guinea 15%
90. Shell Size 15%
91. Fan-shaped 15%
92. Retractor muscle 15%
93. 16S Ribosomal RNA (16S rRNA) 15%
94. 16S rRNA Gene 15%
95. 28S rDNA 15%
96. Japonica 15%
97. Cyclooxygenase-1 (COX-1) 15%
98. Nad4 15%
99. Terminal Position 15%
100. Height Ratio 15%
101. Small-sized 15%
102. Gammaproteobacteria 15%
103. Genetic Distance 15%
104. Mussels 15%
105. 18S rRNA 15%
106. Sulfur-oxidizing 15%
107. Spirochetes 15%
108. Phylogenetic Relationship 15%
109. Phylogeny 15%
110. Newly Recorded 15%
111. Polychaete Annelids 15%
112. Australian Waters 15%
113. First Service 15%
114. Tanaidaceans 15%
115. Everta 15%
116. Rapid Environmental Change 15%
117. Anatomical Description 15%
118. Bopyrid Isopod 15%
119. Parasitic Species 15%
120. Phylogenetic Position 15%
121. Microscopy Confocal 15%
122. Scaphopods 15%
123. Taxonomists 15%
124. Invertebrate Biodiversity 15%
125. Chemistry Data 15%
126. Sulfide Detoxification 15%
127. Deep-sea Bivalves 15%
128. Early Devonian 15%
129. Eggshell Calcification 15%
130. Shell Chemistry 15%
131. Conserved Set 15%
132. Stable Isotope Analysis 12%
133. Chemosynthesis 12%
134. Genus Level 12%
135. Closely Related Species 11%
136. Genetic Divergence 11%
137. Metabolism 11%
138. Biodiversity 11%
139. Late Miocene 11%
140. Balaenoptera Brydei 11%
141. Balaenoptera Edeni 11%
142. Syntenic Analysis 11%
143. Balaenoptera musculus 11%
144. Demographic Reconstruction 11%
145. Intraspecific Variation 11%
146. Whale Conservation 11%
147. Inverted Region 11%
148. Baleen Whales 11%
149. Complex Genomes 11%
150. Genome Rearrangement 11%
151. Common Ancestor 11%
152. Functional Enrichment Analysis 11%
153. Tree of Life 11%
154. Genome Evolution 11%
155. Genetic Research 11%
156. Evolutionary Research 11%
157. Evolutionary Dynamics 11%
158. Comparative Genetics 11%
159. Valid Species 11%
160. Heterodonta 7%
161. Non-monophyly 7%
162. Palaeoheterodonta 7%
163. Anomalodesmata 7%
164. Archiheterodonta 7%
165. Transcriptomic Data 7%
166. Taxon Sampling 7%
167. In Vitro Experiment 7%
168. New Probes 7%
169. Paraphyly 7%
170. Phylum Mollusca 7%
171. Targeted Sequencing 7%
172. Target Enrichment 7%
173. Geographic Isolation 6%
174. Global Network 6%
175. Environmental Factors 6%
176. Deep-sea Mining 6%
177. Cold Seep 6%
178. Politicians 6%
179. Northern Indian Ocean 6%
180. Remotely Operated Vehicle 6%
181. Exploratory Activity 6%
182. Western Pacific 6%
183. Hydrothermal Vents 6%
184. Community Structure Analysis 6%
185. Species List 6%
186. Indonesian 6%
187. Hydrocarbon Extraction 6%
188. Community Composition 6%
189. Endemic Biodiversity 6%
190. Species Endemism 6%
191. Molecular Barcoding 6%
192. Marine Protected Area Networks 6%
193. Indonesian Throughflow 6%
194. Cluster Analysis 6%
195. North Indian Ocean 6%
196. Unique Biodiversity 6%
197. Morphological Observation 6%
198. Species Dominance 6%
199. Gas Hydrate Exploration 6%
200. Early Pliocene 6%