#cellphonedb search results

We then use #CellphoneDB to find the interacting mesenchymal and smooth muscle cells that tell uniform progenitors to transition to villi. So much chatter going on between these cells!

elmentaite's tweet image. We then use #CellphoneDB to find the interacting mesenchymal and smooth muscle cells that tell uniform progenitors to transition to villi. So much chatter going on between these cells!
elmentaite's tweet image. We then use #CellphoneDB to find the interacting mesenchymal and smooth muscle cells that tell uniform progenitors to transition to villi. So much chatter going on between these cells!

#CellPhoneDB: inferring cell–cell communication from combined expression of multi-subunit ligand–receptor complexes Python "a practical step-by-step guide"😎 bring back the website data portal, pls🙏 @mirjana_e @roserventotormo @NatureProtocols 2020 nature.com/articles/s4159…

HaoYin20's tweet image. #CellPhoneDB: inferring cell–cell communication from combined expression of multi-subunit ligand–receptor complexes

Python 

"a practical step-by-step guide"😎

bring back the website data portal, pls🙏

@mirjana_e @roserventotormo @NatureProtocols 2020 
nature.com/articles/s4159…

Pacemaker Cell firing 🕰 is spontaneous and tightly controlled🎛. P cell ion channel & GPCR profiles support this and show differences vs 🐭. We made a #CellPhoneDB module (>1k new L-R pairs) showing synapse-like interactions with glial cells enriched in their nodal niche. 4/n

JamesCranley's tweet image. Pacemaker Cell firing 🕰 is spontaneous and tightly controlled🎛. P cell ion channel & GPCR profiles support this and show differences vs 🐭.

We made a #CellPhoneDB module (>1k new L-R pairs) showing synapse-like interactions with glial cells enriched in their nodal niche.

4/n
JamesCranley's tweet image. Pacemaker Cell firing 🕰 is spontaneous and tightly controlled🎛. P cell ion channel & GPCR profiles support this and show differences vs 🐭.

We made a #CellPhoneDB module (>1k new L-R pairs) showing synapse-like interactions with glial cells enriched in their nodal niche.

4/n

To ‘share and share alike’ – In this blog, @roserventotormo @sangerinstitute, explains why #CellPhoneDB, a friendly #OpenSource platform, is good for #DataSharing & collaborations, encouraging others to share their own cell interactions on the database blog.wellcomeopenresearch.org/2020/07/17/to-…

WellcomeOpenRes's tweet image. To ‘share and share alike’ – In this blog, @roserventotormo @sangerinstitute, explains why #CellPhoneDB, a friendly #OpenSource platform, is good for #DataSharing & collaborations,  encouraging others to share their own cell interactions on the database blog.wellcomeopenresearch.org/2020/07/17/to-…

And to my knowledge, the first time #CellPhoneDB is used in a mouse data set @roserventotormo?


#NewNProt: Protocol Update of #CellPhoneDB, describing an expanded database of molecular interactors and new approaches to infer, prioritise and visualise the results bit.ly/4lbG2Af and see associated News & Views article


#SingleCellSequencing session! 🥳 1st: Approaches to study cell-cell interaction in #SingleCell. Henderson lab @EdinUni_MeetCIR uses #CellPhoneDB followed by human curation. Good but focused on what's already known. #SpatialTranscriptomics is cool but spots have many cells...


‘Share & share alike’ - @roserventotormo @sangerinstitute, explains why #CellPhoneDB, a friendly #OpenSource platform, is good for #DataSharing & collaborations, & discusses the benefits of #OpenData for exploring new research angles @teichlab #ECROpenData blog.wellcomeopenresearch.org/2020/07/17/to-…

WellcomeOpenRes's tweet image. ‘Share & share alike’ - @roserventotormo @sangerinstitute, explains why #CellPhoneDB, a friendly #OpenSource platform, is good for #DataSharing & collaborations, & discusses the benefits of #OpenData for exploring new research angles @teichlab #ECROpenData blog.wellcomeopenresearch.org/2020/07/17/to-…

#NewNProt: Protocol Update of #CellPhoneDB, describing an expanded database of molecular interactors and new approaches to infer, prioritise and visualise the results bit.ly/4lbG2Af and see associated News & Views article


Pacemaker Cell firing 🕰 is spontaneous and tightly controlled🎛. P cell ion channel & GPCR profiles support this and show differences vs 🐭. We made a #CellPhoneDB module (>1k new L-R pairs) showing synapse-like interactions with glial cells enriched in their nodal niche. 4/n

JamesCranley's tweet image. Pacemaker Cell firing 🕰 is spontaneous and tightly controlled🎛. P cell ion channel & GPCR profiles support this and show differences vs 🐭.

We made a #CellPhoneDB module (>1k new L-R pairs) showing synapse-like interactions with glial cells enriched in their nodal niche.

4/n
JamesCranley's tweet image. Pacemaker Cell firing 🕰 is spontaneous and tightly controlled🎛. P cell ion channel & GPCR profiles support this and show differences vs 🐭.

We made a #CellPhoneDB module (>1k new L-R pairs) showing synapse-like interactions with glial cells enriched in their nodal niche.

4/n

#CellPhoneDB: inferring cell–cell communication from combined expression of multi-subunit ligand–receptor complexes Python "a practical step-by-step guide"😎 bring back the website data portal, pls🙏 @mirjana_e @roserventotormo @NatureProtocols 2020 nature.com/articles/s4159…

HaoYin20's tweet image. #CellPhoneDB: inferring cell–cell communication from combined expression of multi-subunit ligand–receptor complexes

Python 

"a practical step-by-step guide"😎

bring back the website data portal, pls🙏

@mirjana_e @roserventotormo @NatureProtocols 2020 
nature.com/articles/s4159…

We then use #CellphoneDB to find the interacting mesenchymal and smooth muscle cells that tell uniform progenitors to transition to villi. So much chatter going on between these cells!

elmentaite's tweet image. We then use #CellphoneDB to find the interacting mesenchymal and smooth muscle cells that tell uniform progenitors to transition to villi. So much chatter going on between these cells!
elmentaite's tweet image. We then use #CellphoneDB to find the interacting mesenchymal and smooth muscle cells that tell uniform progenitors to transition to villi. So much chatter going on between these cells!

#SingleCellSequencing session! 🥳 1st: Approaches to study cell-cell interaction in #SingleCell. Henderson lab @EdinUni_MeetCIR uses #CellPhoneDB followed by human curation. Good but focused on what's already known. #SpatialTranscriptomics is cool but spots have many cells...


‘Share & share alike’ - @roserventotormo @sangerinstitute, explains why #CellPhoneDB, a friendly #OpenSource platform, is good for #DataSharing & collaborations, & discusses the benefits of #OpenData for exploring new research angles @teichlab #ECROpenData blog.wellcomeopenresearch.org/2020/07/17/to-…

WellcomeOpenRes's tweet image. ‘Share & share alike’ - @roserventotormo @sangerinstitute, explains why #CellPhoneDB, a friendly #OpenSource platform, is good for #DataSharing & collaborations, & discusses the benefits of #OpenData for exploring new research angles @teichlab #ECROpenData blog.wellcomeopenresearch.org/2020/07/17/to-…

To ‘share and share alike’ – In this blog, @roserventotormo @sangerinstitute, explains why #CellPhoneDB, a friendly #OpenSource platform, is good for #DataSharing & collaborations, encouraging others to share their own cell interactions on the database blog.wellcomeopenresearch.org/2020/07/17/to-…

WellcomeOpenRes's tweet image. To ‘share and share alike’ – In this blog, @roserventotormo @sangerinstitute, explains why #CellPhoneDB, a friendly #OpenSource platform, is good for #DataSharing & collaborations,  encouraging others to share their own cell interactions on the database blog.wellcomeopenresearch.org/2020/07/17/to-…

And to my knowledge, the first time #CellPhoneDB is used in a mouse data set @roserventotormo?


No results for "#cellphonedb"

#CellPhoneDB: inferring cell–cell communication from combined expression of multi-subunit ligand–receptor complexes Python "a practical step-by-step guide"😎 bring back the website data portal, pls🙏 @mirjana_e @roserventotormo @NatureProtocols 2020 nature.com/articles/s4159…

HaoYin20's tweet image. #CellPhoneDB: inferring cell–cell communication from combined expression of multi-subunit ligand–receptor complexes

Python 

"a practical step-by-step guide"😎

bring back the website data portal, pls🙏

@mirjana_e @roserventotormo @NatureProtocols 2020 
nature.com/articles/s4159…

We then use #CellphoneDB to find the interacting mesenchymal and smooth muscle cells that tell uniform progenitors to transition to villi. So much chatter going on between these cells!

elmentaite's tweet image. We then use #CellphoneDB to find the interacting mesenchymal and smooth muscle cells that tell uniform progenitors to transition to villi. So much chatter going on between these cells!
elmentaite's tweet image. We then use #CellphoneDB to find the interacting mesenchymal and smooth muscle cells that tell uniform progenitors to transition to villi. So much chatter going on between these cells!

Pacemaker Cell firing 🕰 is spontaneous and tightly controlled🎛. P cell ion channel & GPCR profiles support this and show differences vs 🐭. We made a #CellPhoneDB module (>1k new L-R pairs) showing synapse-like interactions with glial cells enriched in their nodal niche. 4/n

JamesCranley's tweet image. Pacemaker Cell firing 🕰 is spontaneous and tightly controlled🎛. P cell ion channel & GPCR profiles support this and show differences vs 🐭.

We made a #CellPhoneDB module (>1k new L-R pairs) showing synapse-like interactions with glial cells enriched in their nodal niche.

4/n
JamesCranley's tweet image. Pacemaker Cell firing 🕰 is spontaneous and tightly controlled🎛. P cell ion channel & GPCR profiles support this and show differences vs 🐭.

We made a #CellPhoneDB module (>1k new L-R pairs) showing synapse-like interactions with glial cells enriched in their nodal niche.

4/n

To ‘share and share alike’ – In this blog, @roserventotormo @sangerinstitute, explains why #CellPhoneDB, a friendly #OpenSource platform, is good for #DataSharing & collaborations, encouraging others to share their own cell interactions on the database blog.wellcomeopenresearch.org/2020/07/17/to-…

WellcomeOpenRes's tweet image. To ‘share and share alike’ – In this blog, @roserventotormo @sangerinstitute, explains why #CellPhoneDB, a friendly #OpenSource platform, is good for #DataSharing & collaborations,  encouraging others to share their own cell interactions on the database blog.wellcomeopenresearch.org/2020/07/17/to-…

‘Share & share alike’ - @roserventotormo @sangerinstitute, explains why #CellPhoneDB, a friendly #OpenSource platform, is good for #DataSharing & collaborations, & discusses the benefits of #OpenData for exploring new research angles @teichlab #ECROpenData blog.wellcomeopenresearch.org/2020/07/17/to-…

WellcomeOpenRes's tweet image. ‘Share & share alike’ - @roserventotormo @sangerinstitute, explains why #CellPhoneDB, a friendly #OpenSource platform, is good for #DataSharing & collaborations, & discusses the benefits of #OpenData for exploring new research angles @teichlab #ECROpenData blog.wellcomeopenresearch.org/2020/07/17/to-…

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