Cell Microsystems (@cellmicrosys) 's Twitter Profile
Cell Microsystems

@cellmicrosys

We make innovative platforms enabling single cell workflows for CRISPR gene editing, stem cell research, cell line development, organoid studies, and genomics.

ID: 822224067021471745

linkhttp://www.cellmicrosystems.com calendar_today19-01-2017 23:27:48

225 Tweet

146 Followers

136 Following

Cell Microsystems (@cellmicrosys) 's Twitter Profile Photo

#ABRF2022 attendees, don't miss our Innovation Theater Presentation in Oasis 1-3 TODAY at 12:15 pm PT. Our Field Applications Scientist, Lindsey Kuehm, Ph.D, will be on stage talking about about how the CellRaft AIR® System enables a diverse range of Core applications.

#ABRF2022 attendees, don't miss our Innovation Theater Presentation in Oasis 1-3 TODAY at 12:15 pm PT. Our Field Applications Scientist, Lindsey Kuehm, Ph.D, will be on stage talking about about how the CellRaft AIR® System enables a diverse range of Core applications.
Cell Microsystems (@cellmicrosys) 's Twitter Profile Photo

Headed to New Orleans for #AACR? We'll be at booth 1557 to talk about your research and how the CellRaft AIR® System images, identifies, and isolates CellRafts® containing individual cells of interest. Schedule a time to chat at the conference: hubs.ly/Q017FTDK0

Headed to New Orleans for #AACR? We'll be at booth 1557 to talk about your research and how the CellRaft AIR® System images, identifies, and isolates CellRafts® containing individual cells of interest. Schedule a time to chat at the conference: hubs.ly/Q017FTDK0
Cell Microsystems (@cellmicrosys) 's Twitter Profile Photo

We'll be in Cambridge for the SLAS 2022 Americas Building Biology in 3D Symposium, April 26-27. Join us for two sessions on Wednesday, March 27: Breakfast + Organoids at 9am and Session 3: Advances in Imaging and Analysis at 10:55am. #3DBio View details: hubs.la/Q018Q6870

We'll be in Cambridge for the SLAS 2022 Americas Building Biology in 3D Symposium, April 26-27. Join us for two sessions on Wednesday, March 27: Breakfast + Organoids at 9am and Session 3: Advances in Imaging and Analysis at 10:55am. #3DBio View details: 
hubs.la/Q018Q6870
Cell Microsystems (@cellmicrosys) 's Twitter Profile Photo

We're ready for a full day of connecting with #PEGS22 attendees! Stop by booth 1420 to speak with our team about automating imaging, identification, and isolation of single cells for use in cell therapy workflows. #PEGSummit #singlecell #biotherapeutics #lifesciences #celltherapy

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We are pleased to announce that Kap Kumar has joined Cell Microsystems as Vice President of Strategic Marketing. View the press release: hubs.la/Q01b6_sg0

We are pleased to announce that Kap Kumar has joined Cell Microsystems as Vice President of Strategic Marketing. View the press release: hubs.la/Q01b6_sg0
Cell Microsystems (@cellmicrosys) 's Twitter Profile Photo

We are pleased to announce that Aaron Kennington has joined Cell Microsystems as Vice President of Product Development. View the press release: hubs.la/Q01b72YT0

We are pleased to announce that Aaron Kennington has joined Cell Microsystems as Vice President of Product Development. View the press release: hubs.la/Q01b72YT0
Cell Microsystems (@cellmicrosys) 's Twitter Profile Photo

Had it up to here with #limitingdilution? In this application note (#RaftNote), we compare the labor-intensive limiting dilution workflow to an automated solution that is time, labor, and cost-efficient for #celllinedevelopment. Download now: hubs.la/Q01gnwHk0

Had it up to here with #limitingdilution? In this application note (#RaftNote), we compare the labor-intensive limiting dilution workflow to an automated solution that is time, labor, and cost-efficient for #celllinedevelopment. Download now: hubs.la/Q01gnwHk0
Cell Microsystems (@cellmicrosys) 's Twitter Profile Photo

Not getting enough viable monoclonal colonies from #iPSC cell lines? Download this scientific poster - hubs.la/Q01gNm8n0 - to learn how to fully automate gentle isolation of viable, validated iPSC cell lines + so much more.

Not getting enough viable monoclonal colonies from #iPSC cell lines? Download this scientific poster - hubs.la/Q01gNm8n0 - to learn how to fully automate gentle isolation of viable, validated iPSC cell lines + so much more.
Cell Microsystems (@cellmicrosys) 's Twitter Profile Photo

Faster time to healthier colonies? Read the #ApplicationNote or download the #ScientificPoster to find out how: hubs.la/Q01h735J0 #cellraft #cytosortarray #crispr #singlecell

Faster time to healthier colonies? Read the #ApplicationNote or download the #ScientificPoster to find out how: hubs.la/Q01h735J0 
#cellraft #cytosortarray #crispr #singlecell
Cell Microsystems (@cellmicrosys) 's Twitter Profile Photo

Typical #organoid cultures produce structures that need expensive imaging equipment, are difficult to retrieve, and generate uninterpretable data. We designed a solution. hubs.la/Q01hGD9_0 #cellraft #cytosortarray #organoidworkflow

Typical #organoid cultures produce structures that need expensive imaging equipment, are difficult to retrieve, and generate uninterpretable data. We designed a solution.
hubs.la/Q01hGD9_0
#cellraft #cytosortarray #organoidworkflow
Cell Microsystems (@cellmicrosys) 's Twitter Profile Photo

Know exactly what cells are in your library. #genomics Download the #AppNote or Poster: hubs.la/Q01kcxYw0 #cellraft #cellraftarray

Cell Microsystems (@cellmicrosys) 's Twitter Profile Photo

Not getting enough viable monoclonal colonies from #iPSC cell lines? Download this scientific poster to learn how you can: hubs.la/Q01lcX470 #cellraft #cellraftarray #stemcells #stemcellresearch #singlecell #monoclonal #cellisolation #cellculture #3Dcellculture

Cell Microsystems (@cellmicrosys) 's Twitter Profile Photo

Are you having challenges growing single cells into colonies? Enter to be selected for the Clone Challenge Giveaway and we will grow colonies for you! hubs.la/Q01lZK530 #cellraft #cellraftarray #clonechallenge #cellcloning

Cell Microsystems (@cellmicrosys) 's Twitter Profile Photo

Just released: Cell Microsystems Offers Unique Prize – Clones Grown from Difficult Cell Lines hubs.la/Q01mqBJd0 #cellraft #cellraftarray #clonechallenge #singlecellclones #viableclones #cellcloning

Cell Microsystems (@cellmicrosys) 's Twitter Profile Photo

More Viable Clones – Faster! Generate phenotypically-verified single cell-derived colonies in as little as 72 hours, with just 15 minutes of hands-on time, and 10 to 50x the number of clones compared to traditional methods. hubs.la/Q01mqP610 #cellraft #cellraftarray

Cell Microsystems (@cellmicrosys) 's Twitter Profile Photo

Single-cell clone generation remains a major bottleneck in cell engineering. Join us for case studies highlighting how scientists struggling with generating clones were able to overcome common bottlenecks in their research. hubs.la/Q01mT8sN0 #cellraft #cellraftarray

Single-cell clone generation remains a major bottleneck in cell engineering. Join us for case studies highlighting how scientists struggling with generating clones were able to overcome common bottlenecks in their research. hubs.la/Q01mT8sN0
#cellraft #cellraftarray
Cell Microsystems (@cellmicrosys) 's Twitter Profile Photo

Are you having challenges growing single cells into colonies? Enter to be selected for the Clone Challenge Giveaway and we will grow colonies for you! hubs.la/Q01m-xry0 #cellraft #cellraftarray #clonechallenge #singlecellclones #viableclones #cellcloning