Alex Pinto

[Alex Pinto @Alex_R_Pinto]

Delighted to share our new preprint:
Single–cell transcriptional and epigenetic mapping reveals cellular and molecular mechanisms driving non-ischemic cardiac fibrosis https://t.co/PgHXMcyKyh

[Alex Pinto @Alex_R_Pinto]

Interested in exploring cardiovascular single-cell data? Try our new CLARA portal. This is the first iteration, and more datasets and functionality will be added in due course. Hopefully, CLARA is as helpful for you as it has been for our lab! @BakerResearchAu @pinto_lab @OzCvA

[Pinto Lab @pinto_lab]

Check out our latest pre-print on BioRxiv. A handy, intuitive tool to check your gene of interest! https://t.co/DFpbklnsxC
https://t.co/gJoBh62KmU

[Pinto Lab @pinto_lab]

Check out our latest pre-print on BioRxiv. A handy, intuitive tool to check your gene of interest! https://t.co/DFpbklnsxC
https://t.co/gJoBh62KmU

[Alex Pinto @Alex_R_Pinto]

@ElviraForte1 @NatureCVR Congratulations @ElviraForte1 that's great news! And, congratulations to @NatureCVR for recruiting such an excellent scientist!

[Alex Pinto @Alex_R_Pinto]

Our latest work to help better understand cellular drivers of cardiac fibrosis and hypertrophy. A fantastic team effort by an excellent group of people from @BakerResearchAu @PAM_latrobe @jacksonlab @genomequant.

https://t.co/ZgjLLgfKDR

[Rahul Satija @satijalab]

Will (@with_stephenson) built a 3D-printed portable Drop-seq controller, and we used it to perform single cell RNA-seq on RA patient tissue samples. With @NYGCtech and @HSpecialSurgery, we report new fibroblast populations and markers in @NatureComms : https://t.co/v2DFmAh3Qk