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21:49, 30 March 2021 Bangsbo 2001, ATP production and efficiency of human skeletal muscle during intense exercise, effect of previous exercise.png (file) 32 KB Avertyshev@mail.ru   1
11:21, 30 March 2021 Rat CAGE - Fugure1.png (file) 215 KB Sspintus@dote.ru   1
16:45, 25 March 2021 Fig 6.png (file) 100 KB Akberdinir@gmail.com   1
16:44, 25 March 2021 Fig 5.png (file) 353 KB Akberdinir@gmail.com   1
16:16, 25 March 2021 Fig 4.png (file) 205 KB Akberdinir@gmail.com   1
16:10, 25 March 2021 Fig 3.png (file) 46 KB Akberdinir@gmail.com   1
16:10, 25 March 2021 Fig 2.png (file) 152 KB Akberdinir@gmail.com   1
16:09, 25 March 2021 Fig 1.png (file) 163 KB Akberdinir@gmail.com   1
18:46, 10 March 2021 Skeletal human - Figure1.4.png (file) 25 KB Sspintus@dote.ru Рис. 1.4. Сопоставление промоторов, обнаруженных в нашем исследовании в m. soleus крысы (показано красным), с промоторами обнаруженными в нашем... 1
10:37, 10 March 2021 Figure1.3.png (file) 26 KB Sspintus@dote.ru Рис. 1.3. Сопоставление промоторов, обнаруженных в нашем исследовании в m. soleus крысы (показано красным), с промоторами, аннотированных для г... 1
09:37, 10 March 2021 Figure1.2.png (file) 27 KB Sspintus@dote.ru Рис. 1.2. Сопоставление промоторов, обнаруженных в нашем исследовании в m. extensor digitorum longus крысы (показано красным), с промоторами, аннотирова... 1
09:04, 10 March 2021 Skeletal human - Figure1.1.png (file) 131 KB Sspintus@dote.ru Рис. 1.1. Группы генов, полученные в результате иерархической кластеризации данных по экспрессии промоторов, активируемых после однократн... 1
18:02, 6 March 2021 Fig3 Signaling.png (file) 54 KB Akberdinir@gmail.com   1
17:57, 6 March 2021 Fig2 Modules.png (file) 182 KB Akberdinir@gmail.com   2
17:04, 6 March 2021 General model overview to wiki.png (file) 122 KB Akberdinir@gmail.com   1
15:36, 3 March 2021 General scheme.jpg (file) 132 KB Fkolpakov@gmail.com   2
13:18, 3 March 2021 Master regulators - Figure11.png (file) 275 KB Sspintus@dote.ru Figure 11. Alternative cell cycle regulators cluster, fast muscle. Top 5 master regulators and their effectors (intermediate nodes not shown). 1
13:10, 3 March 2021 Master regulators - Figure10.png (file) 271 KB Sspintus@dote.ru Figure 10. Proteasomal degradation cluster, EDL muscle. Top 5 master regulators and their effectors (intermediate nodes not shown). 1
12:59, 3 March 2021 Master regulators - Figure9.png (file) 213 KB Sspintus@dote.ru Figure 9. Cell cycle cluster, EDL muscle.. Network of top 5 keynode master regulators. 1
12:40, 3 March 2021 Master regulators - Figure8.png (file) 227 KB Sspintus@dote.ru Figure 8. Alternative cell cycle related cluster, soleus muscle. Network of top 5 master regulators. 1
12:31, 3 March 2021 Master regulators - Figure7.png (file) 233 KB Sspintus@dote.ru Figure 7. Proteasomal degradation (regeneration) cluster, soleus muscle. Network of top 5 master regulators. See SF for complete view with intermediate transducers of proteasomal degradation signal shown 1
12:22, 3 March 2021 CAGE merging closely spaced peaks.png (file) 52 KB Ivan@dote.ru   1
12:20, 3 March 2021 CAGE merging results on rn6.png (file) 43 KB Ivan@dote.ru   1
12:18, 3 March 2021 CAGE merging merge reference peaks.png (file) 35 KB Ivan@dote.ru   1
12:17, 3 March 2021 CAGE merging split reference peak.png (file) 40 KB Ivan@dote.ru   1
12:11, 3 March 2021 CAGE merging overhangs.png (file) 7 KB Ivan@dote.ru   1
12:09, 3 March 2021 CAGE merging simple overlap strategy.png (file) 46 KB Ivan@dote.ru   1
11:59, 3 March 2021 Algorithm segments.png (file) 9 KB Ivan@dote.ru   1
21:33, 2 March 2021 Master regulators - FigureMR1.png (file) 212 KB Sspintus@dote.ru Proteasomal cluster, soleus muscle. Network of top 5 master regulators. 1
16:47, 2 March 2021 Enhancers - Figure5.png (file) 119 KB Sspintus@dote.ru Tissue-specific enhancers of soleus and EDL muscles Strandless coordinate intersection with 1nt cutoff 1
16:34, 2 March 2021 Alternative usage of dominating TSS - Figure4.png (file) 83 KB Sspintus@dote.ru Alternative TSS in genes Myh4 (A) and Rtkn (B) shown in GTRD web browser. See SF4 for the full figure. 1
15:29, 2 March 2021 TSS and DEGs - Figure3.png (file) 90 KB Sspintus@dote.ru Differentially expressed genes (DEGs) and differentially expressed enhancers in soleus and EDL muscles. A. Number of DEGs. B. Number of differentially expressed enhancers. C. DEGs in the fast and slow muscles (as compared to control) on days 1, 3 and 7... 1
12:44, 2 March 2021 Figure2b.png (file) 26 KB Sspintus@dote.ru Common and unique differentially expressed peaks between phase-control (Ph-Ct) and time course (TC) comparisons. Soleus muscle. FDR threshold 5e-04 1
12:28, 2 March 2021 TSS and DEGs - Figure2a.png (file) 414 KB Sspintus@dote.ru Clusterization of differentially expressed peaks (both genic and intergenic) common to both phase-control and time-course comparisons. FDR threshold 5e-04. Clusters of the metabolism regulation through MAP kinase activity, actin biosynthesis, nucleosom... 1
17:23, 19 July 2019 SkeletalViz.png (file) 63 KB Akberdinir@gmail.com   1
13:26, 19 July 2019 NeuroMuscleDB Scheme.png (file) 717 KB Akberdinir@gmail.com   1
15:29, 18 July 2019 SKMDB total-ngs-datasets.png (file) 76 KB Akberdinir@gmail.com   2
20:03, 16 April 2019 CaMKII, Rose 2006, In vitro autonomous Ca2+–calmodulin-dependent protein kinase II activity.png (file) 85 KB Avertyshev@mail.ru In vitro autonomous Ca2+–calmodulin-dependent protein kinase II activity 1
20:02, 16 April 2019 CaMKII, Rose 2006, Effect of exercise duration on skeletal muscle phospholamban phosphorylation.png (file) 25 KB Avertyshev@mail.ru Effect of exercise duration on skeletal muscle phospholamban phosphorylation 1
20:02, 16 April 2019 CaMKII, Rose 2006, Effect of exercise duration on skeletal muscle lysate Ca2+–calmodulin-dependent protein kinase II activity.png (file) 33 KB Avertyshev@mail.ru Effect of exercise duration on skeletal muscle lysate Ca2+–calmodulin-dependent protein kinase II activity 1
20:02, 16 April 2019 CaMKII, Rose 2006, Effect of exercise duration on skeletal muscle Ca2+–calmodulin-dependent protein kinase II phosphorylation.png (file) 25 KB Avertyshev@mail.ru Effect of exercise duration on skeletal muscle Ca2+–calmodulin-dependent protein kinase II phosphorylation 1
20:01, 16 April 2019 CaMKII, Bhattacharyya 2016, The domains of human CaMKII-a.png (file) 284 KB Avertyshev@mail.ru The domains of human CaMKII-a 1
20:00, 16 April 2019 CaMKII, Bhattacharyya 2016, Subunit exchange in CaMKII-b.png (file) 298 KB Avertyshev@mail.ru Bhattacharyya 2016, Subunit exchange in CaMKII-b 1
22:37, 10 April 2019 CaMKII, Rosenberg 2005, The holoenzyme model.png (file) 487 KB Avertyshev@mail.ru The holoenzyme model 1
22:37, 10 April 2019 CaMKII, Rose 2006, Ca2+–calmodulindependent kinase isoforms in human skeletal muscle.png (file) 29 KB Avertyshev@mail.ru Ca2+–calmodulindependent kinase isoforms in human skeletal muscle 1
22:37, 10 April 2019 CaMKII, Hudmon 2002, The autophosphorylation of CaMKII requires coincident Ca2+ CaM binding.png (file) 83 KB Avertyshev@mail.ru The autophosphorylation of CaMKII requires coincident Ca2+ CaM binding 1
22:36, 10 April 2019 CaMKII, Hudmon 2002, Non-linear Ca2+ spike frequency-dependence in the generation of autonomous activity.png (file) 165 KB Avertyshev@mail.ru Non-linear Ca2+ spike frequency-dependence in the generation of autonomous activity 1
22:36, 10 April 2019 CaMKII, Hudmon 2002, Linear diagram of a prototypical CaMKII subunit.png (file) 79 KB Avertyshev@mail.ru Linear diagram of a prototypical CaMKII subunit 1
22:36, 10 April 2019 CaMKII, Hudmon 2002, CaMKII undergoes multiple autoregulatory states.png (file) 111 KB Avertyshev@mail.ru CaMKII undergoes multiple autoregulatory states 1
22:35, 10 April 2019 CaMKII, Gaertner 2004, TABLE II Calmodulin interactions with CaM-kinase II isoforms.png (file) 46 KB Avertyshev@mail.ru TABLE II Calmodulin interactions with CaM-kinase II isoforms 1
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