MalathiDona

#Bioinformatics #postdoc at Baker Heart and Diabetes Institute

[MalathiDona @MalathiDona]

We are so excited to share our latest #scRNAseq work CLARA: CardiovascuLAR Atlas for exploring cardiovascular cellular landscapes https://t.co/D5WqDpFtb0 @BakerResearchAu

[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

[MalathiDona @MalathiDona]

So excited to share this latest #scRNAseq preprint from our lab. Cogratulations @pinto_lab team🥳🎉https://t.co/PfHz4463xd

[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

[MalathiDona @MalathiDona]

@FZMarques Congratulations Francine! Best of luck with the next step!

[Dr Crisdion Krstevski @CrisdionKrstev1]

📝New paper from our lab - @pinto_lab - that shows the cell types of the mouse 🐭 heart 🫀 are hormone-dependent and the cellular composition is sex-specific, which can be rapidly modulated by endocrine factors! 🤯 You can find the paper on this link - https://t.co/LZQRD452kW

[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

[Dr Crisdion Krstevski @CrisdionKrstev1]

Check out our latest review on cardiac fibrosis! Here's to our first ever co-first author paper @CharlieCohen12 !!!
https://t.co/BJyK8VbpI7 @MalathiDona @Alex_R_Pinto @pinto_lab @PAM_latrobe @BakerResearchAu

[MalathiDona @MalathiDona]

@Sevvandik Thanks Sevvandi!

[MalathiDona @MalathiDona]

Our latest publication in Circulation!

[Circulation @CircAHA]

Single-cell transcriptomics identifies two previously undescribed cardiac fibroblast populations that are key drivers of cardiac fibrosis https://t.co/d8CzDBpMNV #AHAJournals @Alex_R_Pinto @genomequant @pinto_lab @BakerResearchAu @jacksonlab @PAM_latrobe

[Statistical Society of Australia @StatSocAus]

We are proud to bring you a series of events in conjunction with the World Statistics Day 2020

⭐️Belz Lecture + Social Event
⭐️Lancaster Lecture
⭐️QLD Branch - COVID19 talk by @ABSStats

🔗https://t.co/t2J8sJ9cxS

The registration link will be provided below

#StatsDay2020

[Nature Reviews Cardiology @NatRevCardiol]

Check out our latest #ResearchHighlight on two studies assessing the complexity and plasticity of #cardiac cellular composition | https://t.co/GMITTOHbhX
@Alex_R_Pinto, @pinto_lab, @BakerResearchAu, @PAM_latrobe, @jacksonlab

[MalathiDona @MalathiDona]

ABACBS2020 Conference!

[ABACBS @abacbs]

The ABACBS2020 conference is ON for Nov 24-26! We’ve lined up some fantastic international speakers and a structure to maximise interaction in the virtual format. Abstract submission opens next week. Details here: https://t.co/iq5VW9eOGE

[Baker Institute @BakerResearchAu]

Scientists creating an ‘atlas’ of the cells in the heart have discovered two new cell types that may be key drivers of #HeartFailure. We have only recently begun to understand the cellular landscape of the heart, says @Alex_R_Pinto. @CircAHA @LiamMannix https://t.co/bTGxESR4V6

[OzSingleCell Omics @ozsinglecells]

Excited to announce our first episode for #OzSingleCell 2020.

Shalin Naik @shalinhnaik sits down with Sam Morris @morris_lab & Allon Klein @KleinLabHMS to discuss science, careers and the big questions in biology.
18 Aug, 11am AEST
Register here: https://t.co/LZzaDzuDqa

[MalathiDona @MalathiDona]

We are so excited to share our latest #scRNAseq paper published in @CircAHA!

[Pinto Lab @pinto_lab]

Check out our latest work just published in @CircAHA!
@jacksonlab @BakerResearchAu @latrobe
https://t.co/3nOoSURGMC

[Single Cell papers @scell_papers]

New avenues for systematically inferring cell-cell communication: through single-cell transcriptomics data. https://t.co/QctcyP3fyL

[bioRxiv @biorxivpreprint]

High-resolution transcriptomic profiling of the heart during chronic stress reveals cellular drivers of cardiac fibrosis and hypertrophy https://t.co/bZsmPryHX1 #bioRxiv

[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