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
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
Announcing our Clone Challenge Giveaway! 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/Q01kRl5B0
#cellraft #cellraftarray #clonechallenge #cellcloning
Know exactly what cells are in your library. #genomics
Download the #AppNote or Poster: hubs.la/Q01kcxYw0
#cellraft #cellraftarray
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
Faster time to healthier colonies? Read the #ApplicationNote or download the #ScientificPoster to find out how: hubs.la/Q01h735J0
#cellraft #cytosortarray #crispr #singlecell
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.
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











