Category:Media from eLife

**eLife**
	peer-reviewed open-access scientific journal
	上传媒体
	维基百科維基物種
隶属于	科學期刊; 學術期刊; 开放获取期刊 (2013年–); 医学期刊;
作品主题	生命科學;
位置	英国;
原產地	英国;
出版者	eLife Sciences Publications Ltd;
編輯者	迈克尔·艾森;
作品或名稱使用語言	英語;
许可协议	共享創意署名;
成立或建立時間	2011年;
发动机	Libero publishing suite;
	官方网站
權威控制
	Q2000008; ISSN: 2050-084X; GitHub使用者名稱: elifesciences
	共鳴器; Scholia; Wikidocumentaries; PetScan; 統計學; WikiMap; Locator tool; KML檔案; 搜索描述;

子分类

本分类有以下4个子分类，共有4个子分类。

Media from Wu Yumei et al 2014 - 10.7554/eLife.01621‎ (14 F)
Media from Berger et al 2015 - 10.7554/eLife.09560‎ (24 F)
Media from Dirks et al 2015 - 10.7554/eLife.09561‎ (14 F)
Media from Hawks et al 2017 - 10.7554/eLife.24232‎ (17 F)

分类“Media from eLife”中的页面

以下3个页面属于本分类，共3个页面。

E

分类“Media from eLife”中的媒体文件

以下200个文件属于本分类，共416个文件。

02022 Stable population structure in Europe since the Iron Age , despite high mobility, Antonio, Weiß, CC BY 4.0.jpg 1,758 × 838；320 KB
A-conserved-MCM-single-stranded-DNA-binding-element-is-essential-for-replication-initiation-elife01993v001.ogv 1分30秒, 1,280 × 960；73.85 MB
A-conserved-MCM-single-stranded-DNA-binding-element-is-essential-for-replication-initiation-elife01993v002.ogv 3.2秒, 600 × 1,024；238 KB
A-high-resolution-morphological-and-ultrastructural-map-of-anterior-sensory-cilia-and-glia-in-elife01948v001.ogv 38秒, 1,352 × 1,016；49.75 MB
A-high-resolution-morphological-and-ultrastructural-map-of-anterior-sensory-cilia-and-glia-in-elife01948v002.ogv 2分1秒, 1,360 × 1,024；56.14 MB
A-plasma-membrane-template-for-macropinocytic-cups-elife-20085-media1.ogv 16秒, 750 × 720；2.54 MB
A-plasma-membrane-template-for-macropinocytic-cups-elife-20085-media10.ogv 20秒, 320 × 224；735 KB
A-plasma-membrane-template-for-macropinocytic-cups-elife-20085-media11.ogv 10秒, 1,008 × 336；2.5 MB
A-plasma-membrane-template-for-macropinocytic-cups-elife-20085-media12.ogv 39秒, 640 × 480；3.41 MB
A-plasma-membrane-template-for-macropinocytic-cups-elife-20085-media13.ogv 17秒, 512 × 512；2.48 MB
A-plasma-membrane-template-for-macropinocytic-cups-elife-20085-media14.ogv 18秒, 218 × 180；431 KB
A-plasma-membrane-template-for-macropinocytic-cups-elife-20085-media15.ogv 36秒, 720 × 720；14.32 MB
A-plasma-membrane-template-for-macropinocytic-cups-elife-20085-media16.ogv 38秒, 720 × 720；7.65 MB
A-plasma-membrane-template-for-macropinocytic-cups-elife-20085-media2.ogv 6.7秒, 1,088 × 720；909 KB
A-plasma-membrane-template-for-macropinocytic-cups-elife-20085-media3.ogv 23秒, 642 × 720；4.44 MB
A-plasma-membrane-template-for-macropinocytic-cups-elife-20085-media4.ogv 10秒, 815 × 482；979 KB
A-plasma-membrane-template-for-macropinocytic-cups-elife-20085-media5.ogv 11秒, 360 × 720；1.2 MB
A-plasma-membrane-template-for-macropinocytic-cups-elife-20085-media6.ogv 11秒, 608 × 464；782 KB
A-plasma-membrane-template-for-macropinocytic-cups-elife-20085-media7.ogv 13秒, 752 × 696；1.58 MB
A-plasma-membrane-template-for-macropinocytic-cups-elife-20085-media8.ogv 18秒, 1,024 × 352；2.29 MB
A-plasma-membrane-template-for-macropinocytic-cups-elife-20085-media9.ogv 18秒, 640 × 480；567 KB
A-versatile-pipeline-for-the-multi-scale-digital-reconstruction-and-quantitative-analysis-of-3D-elife-11214-media1.ogv 10秒, 880 × 720；3.29 MB
A-versatile-pipeline-for-the-multi-scale-digital-reconstruction-and-quantitative-analysis-of-3D-elife-11214-media2.ogv 1分24秒, 868 × 720；28.42 MB
A-versatile-pipeline-for-the-multi-scale-digital-reconstruction-and-quantitative-analysis-of-3D-elife-11214-media3.ogv 44秒, 720 × 576；8.81 MB
A-versatile-pipeline-for-the-multi-scale-digital-reconstruction-and-quantitative-analysis-of-3D-elife-11214-media4.ogv 45秒, 932 × 720；10.38 MB
A-versatile-pipeline-for-the-multi-scale-digital-reconstruction-and-quantitative-analysis-of-3D-elife-11214-media5.ogv 22秒, 932 × 720；6.22 MB
A-virus-responds-instantly-to-the-presence-of-the-vector-on-the-host-and-forms-transmission-morphs-elife00183m001.ogv 4.4秒, 518 × 300；2.69 MB
Activation-triggered-subunit-exchange-between-CaMKII-holoenzymes-facilitates-the-spread-of-kinase-elife01610v001.ogv 13秒, 1,280 × 720；3.68 MB
Artistic reconstruction of 535-million-year-old olivooid cnidarians.jpg 1,292 × 1,048；137 KB
Auditory-synapses-to-song-premotor-neurons-are-gated-off-during-vocalization-in-zebra-finches-elife01833v001.ogv 33秒, 1,024 × 576；3.52 MB
Behavioral-responses-of-Platynereis dumerilii-larvae-to-UV-light-380-nm-from-above-elife-36440-video2.webm 1分6秒, 144 × 720；7.91 MB
Biomolecular-interactions-modulate-macromolecular-structure-and-dynamics-in-atomistic-model-of-a-elife-19274-media1.ogv 11秒, 720 × 720；27.47 MB
Biomolecular-interactions-modulate-macromolecular-structure-and-dynamics-in-atomistic-model-of-a-elife-19274-media2.ogv 22秒, 672 × 656；22.7 MB
Biomolecular-interactions-modulate-macromolecular-structure-and-dynamics-in-atomistic-model-of-a-elife-19274-media3.ogv 8.7秒, 720 × 720；20.62 MB
Biomolecular-interactions-modulate-macromolecular-structure-and-dynamics-in-atomistic-model-of-a-elife-19274-media4.ogv 22秒, 720 × 720；45.16 MB
Bub3-reads-phosphorylated-MELT-repeats-to-promote-spindle-assembly-checkpoint-signaling-elife01030v001.ogv 7.4秒, 512 × 256；373 KB
Bub3-reads-phosphorylated-MELT-repeats-to-promote-spindle-assembly-checkpoint-signaling-elife01030v002.ogv 7.4秒, 512 × 256；240 KB
Bub3-reads-phosphorylated-MELT-repeats-to-promote-spindle-assembly-checkpoint-signaling-elife01030v003.ogv 7.4秒, 512 × 256；455 KB
Bub3-reads-phosphorylated-MELT-repeats-to-promote-spindle-assembly-checkpoint-signaling-elife01030v004.ogv 7.4秒, 512 × 256；342 KB
CA1-cell-activity-sequences-emerge-after-reorganization-of-network-correlation-structure-during-elife01982v001.ogv 42秒, 450 × 380；3.18 MB
CA1-cell-activity-sequences-emerge-after-reorganization-of-network-correlation-structure-during-elife01982v002.ogv 10秒, 339 × 160；1.83 MB
CA1-cell-activity-sequences-emerge-after-reorganization-of-network-correlation-structure-during-elife01982v003.ogv 13秒, 392 × 382；4.52 MB
Calcium-mediated-actin-reset-(CaAR)-mediates-acute-cell-adaptations-elife-19850-media1.ogv 4.0秒, 524 × 720；1.09 MB
Calcium-mediated-actin-reset-(CaAR)-mediates-acute-cell-adaptations-elife-19850-media10.ogv 2.9秒, 1,140 × 720；480 KB
Calcium-mediated-actin-reset-(CaAR)-mediates-acute-cell-adaptations-elife-19850-media11.ogv 4.3秒, 512 × 512；3.15 MB
Calcium-mediated-actin-reset-(CaAR)-mediates-acute-cell-adaptations-elife-19850-media12.ogv 7.6秒, 688 × 520；2.84 MB
Calcium-mediated-actin-reset-(CaAR)-mediates-acute-cell-adaptations-elife-19850-media13.ogv 2.0秒, 1,280 × 324；1.73 MB
Calcium-mediated-actin-reset-(CaAR)-mediates-acute-cell-adaptations-elife-19850-media2.ogv 2.0秒, 1,280 × 504；530 KB
Calcium-mediated-actin-reset-(CaAR)-mediates-acute-cell-adaptations-elife-19850-media3.ogv 3.7秒, 890 × 270；336 KB
Calcium-mediated-actin-reset-(CaAR)-mediates-acute-cell-adaptations-elife-19850-media4.ogv 5.0秒, 348 × 276；352 KB
Calcium-mediated-actin-reset-(CaAR)-mediates-acute-cell-adaptations-elife-19850-media5.ogv 2.0秒, 452 × 376；520 KB
Calcium-mediated-actin-reset-(CaAR)-mediates-acute-cell-adaptations-elife-19850-media6.ogv 5.8秒, 430 × 516；118 KB
Calcium-mediated-actin-reset-(CaAR)-mediates-acute-cell-adaptations-elife-19850-media7.ogv 3.4秒, 1,045 × 320；994 KB
Calcium-mediated-actin-reset-(CaAR)-mediates-acute-cell-adaptations-elife-19850-media8.ogv 4.3秒, 344 × 436；203 KB
Calcium-mediated-actin-reset-(CaAR)-mediates-acute-cell-adaptations-elife-19850-media9.ogv 4.4秒, 633 × 720；224 KB
Caveolae-internalization-repairs-wounded-cells-and-muscle-fibers-elife00926v001.ogv 6.8秒, 948 × 604；622 KB
Caveolae-internalization-repairs-wounded-cells-and-muscle-fibers-elife00926v002.ogv 24秒, 1,224 × 518；2.12 MB
Caveolae-internalization-repairs-wounded-cells-and-muscle-fibers-elife00926v003.ogv 11秒, 1,224 × 450；1.03 MB
Caveolae-internalization-repairs-wounded-cells-and-muscle-fibers-elife00926v004.ogv 8.0秒, 1,080 × 720；1.32 MB
Characterization-of-TSET-an-ancient-and-widespread-membrane-trafficking-complex-elife02866v001.ogv 18秒, 301 × 230；1.22 MB
Characterization-of-TSET-an-ancient-and-widespread-membrane-trafficking-complex-elife02866v002.ogv 18秒, 254 × 241；379 KB
Charcot-Marie-Tooth-2B-mutations-in-rab7-cause-dosage-dependent-neurodegeneration-due-to-partial-elife01064v001.ogv 14秒, 640 × 480；4.36 MB
Charcot-Marie-Tooth-2B-mutations-in-rab7-cause-dosage-dependent-neurodegeneration-due-to-partial-elife01064v002.ogv 7.8秒, 640 × 480；1.29 MB
Charcot-Marie-Tooth-2B-mutations-in-rab7-cause-dosage-dependent-neurodegeneration-due-to-partial-elife01064v003.ogv 9.9秒, 640 × 320；2.76 MB
Charcot-Marie-Tooth-2B-mutations-in-rab7-cause-dosage-dependent-neurodegeneration-due-to-partial-elife01064v004.ogv 9.0秒, 640 × 480；1.93 MB
Charcot-Marie-Tooth-2B-mutations-in-rab7-cause-dosage-dependent-neurodegeneration-due-to-partial-elife01064v005.ogv 16秒, 640 × 480；4.43 MB
Charcot-Marie-Tooth-2B-mutations-in-rab7-cause-dosage-dependent-neurodegeneration-due-to-partial-elife01064v006.ogv 3.3秒, 640 × 480；554 KB
Charcot-Marie-Tooth-2B-mutations-in-rab7-cause-dosage-dependent-neurodegeneration-due-to-partial-elife01064v007.ogv 18秒, 640 × 480；4.44 MB
Charcot-Marie-Tooth-2B-mutations-in-rab7-cause-dosage-dependent-neurodegeneration-due-to-partial-elife01064v008.ogv 4.8秒, 640 × 480；1.06 MB
Charcot-Marie-Tooth-2B-mutations-in-rab7-cause-dosage-dependent-neurodegeneration-due-to-partial-elife01064v009.ogv 11秒, 640 × 320；5.28 MB
Charcot-Marie-Tooth-2B-mutations-in-rab7-cause-dosage-dependent-neurodegeneration-due-to-partial-elife01064v010.ogv 4.8秒, 640 × 480；1.27 MB
Climate-mediated-cooperation-promotes-niche-expansion-in-burying-beetles-elife02440v001.ogv 1分5秒, 704 × 480；4.2 MB
Climate-mediated-cooperation-promotes-niche-expansion-in-burying-beetles-elife02440v002.ogv 1分2秒, 704 × 480；3.02 MB
CO2-directly-modulates-connexin-26-by-formation-of-carbamate-bridges-between-subunits-elife01213v001.ogv 13秒, 669 × 834；5.28 MB
CO2-directly-modulates-connexin-26-by-formation-of-carbamate-bridges-between-subunits-elife01213v002.ogv 13秒, 669 × 834；6.56 MB
Comparison of skull features of Homo naledi and other early human species.jpg 4,473 × 2,241；382 KB
Cortical-regulation-of-cell-size-by-a-sizer-cdr2p-elife02040v001.ogv 6.8秒, 185 × 230；547 KB
Cortical-regulation-of-cell-size-by-a-sizer-cdr2p-elife02040v002.ogv 4.3秒, 272 × 243；833 KB
Cortical-regulation-of-cell-size-by-a-sizer-cdr2p-elife02040v003.ogv 6.8秒, 201 × 235；726 KB
Cytoplasmic-dynein-crosslinks-and-slides-anti-parallel-microtubules-using-its-two-motor-domains-elife00943v001.ogv 3.7秒, 198 × 258；573 KB
Cytoplasmic-dynein-crosslinks-and-slides-anti-parallel-microtubules-using-its-two-motor-domains-elife00943v002.ogv 4.0秒, 108 × 499；39 KB
Cytoplasmic-dynein-crosslinks-and-slides-anti-parallel-microtubules-using-its-two-motor-domains-elife00943v003.ogv 1.8秒, 140 × 150；221 KB
Cytoplasmic-dynein-crosslinks-and-slides-anti-parallel-microtubules-using-its-two-motor-domains-elife00943v004.ogv 2.1秒, 73 × 223；227 KB
Cytoplasmic-dynein-crosslinks-and-slides-anti-parallel-microtubules-using-its-two-motor-domains-elife00943v005.ogv 4.2秒, 129 × 286；213 KB
Cytoplasmic-dynein-crosslinks-and-slides-anti-parallel-microtubules-using-its-two-motor-domains-elife00943v006.ogv 3.8秒, 47 × 241；73 KB
Cytoplasmic-dynein-crosslinks-and-slides-anti-parallel-microtubules-using-its-two-motor-domains-elife00943v007.ogv 4.7秒, 39 × 143；51 KB
De-novo-modeling-of-the-F420-reducing-NiFe-hydrogenase-from-a-methanogenic-archaeon-by-cryo-elife00218v001.ogv 23秒, 996 × 886；11.25 MB
De-novo-modeling-of-the-F420-reducing-NiFe-hydrogenase-from-a-methanogenic-archaeon-by-cryo-elife00218v002.ogv 14秒, 653 × 561；22.08 MB
De-novo-modeling-of-the-F420-reducing-NiFe-hydrogenase-from-a-methanogenic-archaeon-by-cryo-elife00218v003.ogv 14秒, 584 × 537；26.05 MB
De-novo-modeling-of-the-F420-reducing-NiFe-hydrogenase-from-a-methanogenic-archaeon-by-cryo-elife00218v004.ogv 14秒, 584 × 473；21.14 MB
De-novo-modeling-of-the-F420-reducing-NiFe-hydrogenase-from-a-methanogenic-archaeon-by-cryo-elife00218v005.ogv 29秒, 610 × 480；9.43 MB
De-novo-modeling-of-the-F420-reducing-NiFe-hydrogenase-from-a-methanogenic-archaeon-by-cryo-elife00218v006.ogv 14秒, 494 × 350；14 MB
Direct-live-imaging-of-cell-cell-protein-transfer-by-transient-outer-membrane-fusion-in-Myxococcus-elife00868v001.ogv 9.3秒, 344 × 172；65 KB
Direct-live-imaging-of-cell-cell-protein-transfer-by-transient-outer-membrane-fusion-in-Myxococcus-elife00868v002.ogv 7.7秒, 600 × 309；276 KB
Direct-live-imaging-of-cell-cell-protein-transfer-by-transient-outer-membrane-fusion-in-Myxococcus-elife00868v003.ogv 6.0秒, 74 × 143；76 KB
Direct-live-imaging-of-cell-cell-protein-transfer-by-transient-outer-membrane-fusion-in-Myxococcus-elife00868v004.ogv 5.3秒, 680 × 276；297 KB
Direct-live-imaging-of-cell-cell-protein-transfer-by-transient-outer-membrane-fusion-in-Myxococcus-elife00868v005.ogv 4.7秒, 344 × 199；109 KB
Direct-live-imaging-of-cell-cell-protein-transfer-by-transient-outer-membrane-fusion-in-Myxococcus-elife00868v006.ogv 7.7秒, 280 × 137；187 KB
Direct-single-molecule-measurement-of-TCR-triggering-by-agonist-pMHC-in-living-primary-T-cells-elife00778v001.ogv 4.0秒, 228 × 218；526 KB
Direct-single-molecule-measurement-of-TCR-triggering-by-agonist-pMHC-in-living-primary-T-cells-elife00778v002.ogv 28秒, 229 × 226；1.16 MB
Direct-single-molecule-measurement-of-TCR-triggering-by-agonist-pMHC-in-living-primary-T-cells-elife00778v003.ogv 28秒, 229 × 226；5.22 MB
Distinct-structural-and-catalytic-roles-for-Zap70-in-formation-of-the-immunological-synapse-in-CTL-elife01310v001.ogv 9.0秒, 850 × 903；1.27 MB
Distinct-structural-and-catalytic-roles-for-Zap70-in-formation-of-the-immunological-synapse-in-CTL-elife01310v002.ogv 9.0秒, 850 × 903；1.48 MB
Distinct-structural-and-catalytic-roles-for-Zap70-in-formation-of-the-immunological-synapse-in-CTL-elife01310v003.ogv 20秒, 600 × 600；593 KB
Distinct-structural-and-catalytic-roles-for-Zap70-in-formation-of-the-immunological-synapse-in-CTL-elife01310v004.ogv 20秒, 600 × 600；971 KB
Elife-47682-v1.pdf 1,275 × 1,650，20页；830 KB
Embryonic-origin-of-adult-stem-cells-required-for-tissue-homeostasis-and-regeneration-elife-21052-media1.ogv 8.3秒, 930 × 566；775 KB
Embryonic-origin-of-adult-stem-cells-required-for-tissue-homeostasis-and-regeneration-elife-21052-media10.ogv 8.3秒, 930 × 566；730 KB
Embryonic-origin-of-adult-stem-cells-required-for-tissue-homeostasis-and-regeneration-elife-21052-media11.ogv 8.3秒, 930 × 566；2.04 MB
Embryonic-origin-of-adult-stem-cells-required-for-tissue-homeostasis-and-regeneration-elife-21052-media12.ogv 8.3秒, 930 × 566；2.32 MB
Embryonic-origin-of-adult-stem-cells-required-for-tissue-homeostasis-and-regeneration-elife-21052-media13.ogv 8.3秒, 930 × 566；2.36 MB
Embryonic-origin-of-adult-stem-cells-required-for-tissue-homeostasis-and-regeneration-elife-21052-media14.ogv 8.3秒, 930 × 566；1.46 MB
Embryonic-origin-of-adult-stem-cells-required-for-tissue-homeostasis-and-regeneration-elife-21052-media2.ogv 8.3秒, 930 × 566；583 KB
Embryonic-origin-of-adult-stem-cells-required-for-tissue-homeostasis-and-regeneration-elife-21052-media3.ogv 8.3秒, 930 × 566；729 KB
Embryonic-origin-of-adult-stem-cells-required-for-tissue-homeostasis-and-regeneration-elife-21052-media4.ogv 8.3秒, 930 × 566；1.18 MB
Embryonic-origin-of-adult-stem-cells-required-for-tissue-homeostasis-and-regeneration-elife-21052-media5.ogv 8.3秒, 851 × 590；584 KB
Embryonic-origin-of-adult-stem-cells-required-for-tissue-homeostasis-and-regeneration-elife-21052-media6.ogv 8.3秒, 930 × 566；1.6 MB
Embryonic-origin-of-adult-stem-cells-required-for-tissue-homeostasis-and-regeneration-elife-21052-media7.ogv 4.2秒, 930 × 566；376 KB
Embryonic-origin-of-adult-stem-cells-required-for-tissue-homeostasis-and-regeneration-elife-21052-media8.ogv 8.3秒, 930 × 566；509 KB
Embryonic-origin-of-adult-stem-cells-required-for-tissue-homeostasis-and-regeneration-elife-21052-media9.ogv 8.3秒, 930 × 566；2.79 MB
ER-associated-mitochondrial-division-links-the-distribution-of-mitochondria-and-mitochondrial-DNA-elife00422v001.ogv 9.9秒, 512 × 256；1.89 MB
ER-associated-mitochondrial-division-links-the-distribution-of-mitochondria-and-mitochondrial-DNA-elife00422v002.ogv 29秒, 512 × 512；10.05 MB
ER-associated-mitochondrial-division-links-the-distribution-of-mitochondria-and-mitochondrial-DNA-elife00422v003.ogv 9.7秒, 512 × 256；2.17 MB
ER-associated-mitochondrial-division-links-the-distribution-of-mitochondria-and-mitochondrial-DNA-elife00422v004.ogv 10秒, 512 × 256；2 MB
ErbB-expressing-Schwann-cells-control-lateral-line-progenitor-cells-via-non-cell-autonomous-elife01832v001.ogv 17秒, 973 × 357；9.69 MB
ErbB-expressing-Schwann-cells-control-lateral-line-progenitor-cells-via-non-cell-autonomous-elife01832v002.ogv 6.2秒, 970 × 363；2.25 MB
Examining the effects of silence on the generalized boundary pattern.jpg 696 × 445；55 KB
FRET-based-reporters-for-the-direct-visualization-of-abscisic-acid-concentration-changes-and-elife01739v001.ogv 21秒, 654 × 480；42.52 MB
GE23077-binds-to-the-RNA-polymerase-i-and-i+1-sites-and-prevents-the-binding-of-initiating-elife02450f001.jpg 721 × 1,632；135 KB
GE23077-binds-to-the-RNA-polymerase-i-and-i+1-sites-and-prevents-the-binding-of-initiating-elife02450f002.jpg 782 × 1,359；250 KB
GE23077-binds-to-the-RNA-polymerase-i-and-i+1-sites-and-prevents-the-binding-of-initiating-elife02450f003.jpg 731 × 1,393；294 KB
GE23077-binds-to-the-RNA-polymerase-i-and-i+1-sites-and-prevents-the-binding-of-initiating-elife02450f004.jpg 729 × 1,393；341 KB
GE23077-binds-to-the-RNA-polymerase-i-and-i+1-sites-and-prevents-the-binding-of-initiating-elife02450f005.jpg 713 × 1,391；308 KB
GE23077-binds-to-the-RNA-polymerase-i-and-i+1-sites-and-prevents-the-binding-of-initiating-elife02450f006.jpg 785 × 1,065；297 KB
GE23077-binds-to-the-RNA-polymerase-i-and-i+1-sites-and-prevents-the-binding-of-initiating-elife02450f007.jpg 794 × 880；200 KB
GE23077-binds-to-the-RNA-polymerase-i-and-i+1-sites-and-prevents-the-binding-of-initiating-elife02450f008.jpg 730 × 465；58 KB
GE23077-binds-to-the-RNA-polymerase-i-and-i+1-sites-and-prevents-the-binding-of-initiating-elife02450f009.jpg 739 × 377；59 KB
GE23077-binds-to-the-RNA-polymerase-i-and-i+1-sites-and-prevents-the-binding-of-initiating-elife02450f010.jpg 743 × 379；60 KB
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LIN-12Notch-signaling-instructs-postsynaptic-muscle-arm-development-by-regulating-UNC-40DCC-and-elife00378v003.ogv 23秒, 640 × 480；2.38 MB
Local-cell-interactions-and-self-amplifying-individual-cell-ingression-drive-amniote-gastrulation-elife01817v001.ogv 6.9秒, 457 × 600；5.18 MB

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