Expansion and concatenation of nonmuscle myosin IIA filaments drive #cellular contractile system formation during #interphase and #mitosis. https://t.co/dF2vpSWcD0
RT @MAG2ART: Dividing cell showing myosin II (green) in the cleavage furrow from @AidanFenix's first paper describing two ways to get myosi…
RT @MAG2ART: Dividing cell showing myosin II (green) in the cleavage furrow from @AidanFenix's first paper describing two ways to get myosi…
RT @MAG2ART: Dividing cell showing myosin II (green) in the cleavage furrow from @AidanFenix's first paper describing two ways to get myosi…
RT @MAG2ART: Dividing cell showing myosin II (green) in the cleavage furrow from @AidanFenix's first paper describing two ways to get myosi…
RT @MAG2ART: Dividing cell showing myosin II (green) in the cleavage furrow from @AidanFenix's first paper describing two ways to get myosi…
RT @MAG2ART: Dividing cell showing myosin II (green) in the cleavage furrow from @AidanFenix's first paper describing two ways to get myosi…
RT @MAG2ART: Dividing cell showing myosin II (green) in the cleavage furrow from @AidanFenix's first paper describing two ways to get myosi…
RT @MAG2ART: Dividing cell showing myosin II (green) in the cleavage furrow from @AidanFenix's first paper describing two ways to get myosi…
RT @MAG2ART: Dividing cell showing myosin II (green) in the cleavage furrow from @AidanFenix's first paper describing two ways to get myosi…
RT @MAG2ART: Dividing cell showing myosin II (green) in the cleavage furrow from @AidanFenix's first paper describing two ways to get myosi…
Dividing cell showing myosin II (green) in the cleavage furrow from @AidanFenix's first paper describing two ways to get myosin II filament stacks: expansion and concatenation. Note: concatenation was renamed "long range" ~a year later by others. https://t
RT @MAG2ART: Stacks of myosin II filaments assembling at the edge of a crawling cancer cell. Widefield fluorescence. If you look carefully,…
RT @MAG2ART: Stacks of myosin II filaments assembling at the edge of a crawling cancer cell. Widefield fluorescence. If you look carefully,…
RT @MAG2ART: Stacks of myosin II filaments assembling at the edge of a crawling cancer cell. Widefield fluorescence. If you look carefully,…
RT @MAG2ART: Stacks of myosin II filaments assembling at the edge of a crawling cancer cell. Widefield fluorescence. If you look carefully,…
Always awesome to watch myosin in action :)
RT @MAG2ART: Stacks of myosin II filaments assembling at the edge of a crawling cancer cell. Widefield fluorescence. If you look carefully,…
RT @MAG2ART: Stacks of myosin II filaments assembling at the edge of a crawling cancer cell. Widefield fluorescence. If you look carefully,…
RT @MAG2ART: Stacks of myosin II filaments assembling at the edge of a crawling cancer cell. Widefield fluorescence. If you look carefully,…
RT @MAG2ART: Stacks of myosin II filaments assembling at the edge of a crawling cancer cell. Widefield fluorescence. If you look carefully,…
RT @MAG2ART: Stacks of myosin II filaments assembling at the edge of a crawling cancer cell. Widefield fluorescence. If you look carefully,…
Stacks of myosin II filaments assembling at the edge of a crawling cancer cell. Widefield fluorescence. If you look carefully, you can see two "dots" or "lines" indicating that the motor domains of the filaments are almost resolved. https://t.co/gVPj4atNLa
RT @MAG2ART: 3D view of myosin in the contractile ring of a dividing cell. Data from the Burnette's lab first paper back in 2016, "Expansio…
RT @MAG2ART: 3D view of myosin in the contractile ring of a dividing cell. Data from the Burnette's lab first paper back in 2016, "Expansio…
RT @MAG2ART: 3D view of myosin in the contractile ring of a dividing cell. Data from the Burnette's lab first paper back in 2016, "Expansio…
RT @MAG2ART: 3D view of myosin in the contractile ring of a dividing cell. Data from the Burnette's lab first paper back in 2016, "Expansio…
RT @MAG2ART: 3D view of myosin in the contractile ring of a dividing cell. Data from the Burnette's lab first paper back in 2016, "Expansio…
RT @MAG2ART: 3D view of myosin in the contractile ring of a dividing cell. Data from the Burnette's lab first paper back in 2016, "Expansio…
RT @MAG2ART: 3D view of myosin in the contractile ring of a dividing cell. Data from the Burnette's lab first paper back in 2016, "Expansio…
RT @MAG2ART: 3D view of myosin in the contractile ring of a dividing cell. Data from the Burnette's lab first paper back in 2016, "Expansio…
3D view of myosin in the contractile ring of a dividing cell. Data from the Burnette's lab first paper back in 2016, "Expansion and concatenation of non-muscle myosin IIA filaments drive cellular contractile system formation during interphase and mitosis".
超解像度でミオシン動態、が流行中。 https://t.co/yJDB1K6ngU https://t.co/4cjhtzgLO6 https://t.co/BhfojrvXkv
Behavior of MyosinIIA filaments during interphase and mitosis by Burnette's lab https://t.co/MJRtNtJzIc
RT @DavidGDrubin: Beautiful new insights into myosin thick filament assembly process https://t.co/0Y9TSD5wvS @MBoCjournal @ASCBiology https…
RT @DavidGDrubin: Beautiful new insights into myosin thick filament assembly process https://t.co/0Y9TSD5wvS @MBoCjournal @ASCBiology https…
RT @DavidGDrubin: Beautiful new insights into myosin thick filament assembly process https://t.co/0Y9TSD5wvS @MBoCjournal @ASCBiology https…
Nice paper about non-muscle myosin filament assebly by Burnette lab https://t.co/50Az7fSY0s
RT @DavidGDrubin: Beautiful new insights into myosin thick filament assembly process https://t.co/0Y9TSD5wvS @MBoCjournal @ASCBiology https…
RT @christlet: Just out in @MBoCjournal: stunning live SIM imaging of myosin II (as seen at @ASCBiology) https://t.co/7GfgwSqfCT https://t.…
Beautiful new insights into myosin thick filament assembly process https://t.co/0Y9TSD5wvS @MBoCjournal @ASCBiology https://t.co/2BqmUoWjSp
RT @christlet: Just out in @MBoCjournal: stunning live SIM imaging of myosin II (as seen at @ASCBiology) https://t.co/7GfgwSqfCT https://t.…
RT @christlet: Just out in @MBoCjournal: stunning live SIM imaging of myosin II (as seen at @ASCBiology) https://t.co/7GfgwSqfCT https://t.…
RT @christlet: Just out in @MBoCjournal: stunning live SIM imaging of myosin II (as seen at @ASCBiology) https://t.co/7GfgwSqfCT https://t.…
RT @christlet: Just out in @MBoCjournal: stunning live SIM imaging of myosin II (as seen at @ASCBiology) https://t.co/7GfgwSqfCT https://t.…
Just out in @MBoCjournal: stunning live SIM imaging of myosin II (as seen at @ASCBiology) https://t.co/7GfgwSqfCT https://t.co/gO85erIsVi
Expansion and concatenation of non-muscle myosin IIA filaments drive cellular contractile system formation during… https://t.co/oieU1tHOlD