Miguel A. Berrocal Rubio

PhD student at the University of Melbourne

[Bea Polo 🏳️‍🌈 @BeaPoloM]

Feliz aniversario, Moderdonia ✊

[Jarny Choi @jarnychoi]

Visualise RNA isoforms with IsoVis: https://t.co/xkRuTHC8zs. Work of 2 hard working masters students in the @ClarksysCorner lab over several years.

[Oxford Nanopore @nanopore]

Excited for #nanoporeconf? Don't miss Mike Clark as he explores the role of isoforms in brain development using nanopore single-cell RNA sequencing. Join Mark online for his 5th appearance to hear the latest cutting-edge genomics.

Register here: https://t.co/asbTjHW53a

[Ethan Scott's Lab @LabEthan]

JOIN US! We're seeking a new PhD student in beautiful Melbourne🇦🇺 @UniMelb. Join our diverse, supportive team of physicists, neuroscientists, and mathematicians as study how #zebrafish brains perceive the world. Deadline: May 9th. Details👇. Please RT

[Miguel A. Berrocal Rubio @BerrocalRubio]

Honoured to be awarded the Student Poster Presentation by @illumina at the #LorneGenome24. After 3 years of attending the Lorne conferences unfailingly, this feels like a major recognition of the work I am carrying out in my PhD. Thanks everyone who supported me to make it here!

[Miguel A. Berrocal Rubio @BerrocalRubio]

@el_pais Mucho debe saber Berna del mundo del tenis, de Rafa Nadal y de la alta competición deportiva. Y del amor y desamor de la sociedad española. Tanto que ha conseguido 600 seguidores en tan solo 59 años. Sin duda, opina sabiendo de lo que habla... Ridículo.

[Miguel A. Berrocal Rubio @BerrocalRubio]

The Lorne Open doubles finals with @jarnychoi @DVespasiani and #sefi. #LorneGenome2024

[Miguel A. Berrocal Rubio @BerrocalRubio]

Tradizione a Lorne @DVespasiani #LorneGenome2024

[Miguel A. Berrocal Rubio @BerrocalRubio]

We are characterizing changes at the genomic, transcriptomic and proteomic level during myeloid differentiation and the mechanisms behind lineage differentiation and commitment to the myeloid identity.

If you are interested in myeloid fate or in isoform expression, send a ✉️!

[Miguel A. Berrocal Rubio @BerrocalRubio]

Today at the Melbourne Brain Symposium, presenting our multi-omics approach to characterize the molecular diversity of the myeloid lineage.

@mincle & the Well's lab are working towards identifying novel myeloid transcripts and proteins that explain macrophage diversity (1/2).

[Abdel Rahman Abdel Fattah @AR_AbdelFattah]

So how did we, @AdrianRanga1 lab, manage to bring order to neural tube domains inside hPSC-derived human neural tube (NT) organoids? Read our newest story about local mechanical forces, you will find our approach to be very “attractive”.
DOI: https://t.co/gk194kGJxB

[Miguel A. Berrocal Rubio @BerrocalRubio]

@GCI_Research @mjgians @Arshiya_San @UniMelb Thrilled for the award and support of the @GCI_Research for my future research experience in Japan at @RIKEN_JP! 🔬👨‍🔬👨‍💻

[Graeme Clark Institute @GCI_Research]

The GCI is pleased to announce the GCI Travel Support Scheme winners in 2023: Yi Wang, @mjgians, Annie Qu,@Arshiya_San, Engin Akinoglu, Miguel Rubio, Han Liu and Alice Chen @UniMelb. More details on the scheme and the recipients in this round: https://t.co/hqDsOg7ACC

[Miguel A. Berrocal Rubio @BerrocalRubio]

@Lizzie_Mason_ @BrainCancerCtr @WEHI_research @whittlejim @SaskiaFreytag @sarah_ann_best Amazing news @Lizzie_Mason_ ! Best of luck for the challenges ahead ;)

[Jarny Choi @jarnychoi]

What to do during a Covid lockdown in Melbourne for nerds: rewrite a data portal from scratch. https://t.co/a1jY7hnYAd. @Stemformatics @mincle

[Miguel A. Berrocal Rubio @BerrocalRubio]

Completion Seminar @dinevska_marija on GBM. 8 first author or first co-author papers, and loads of prizes. You are an inspiration, amazing work Marija!

[Ulysse Thivisol @UThivisol]

My first paper!! Awesome to see some behavioural work from my honours year with @seriouspalates and @anthonyjhannan make it to publication!
#research #neuroscience #publication

https://t.co/VhmAMGqk0C

[The Innovation | Medicine @Innov_Medicine]

How does a cytotoxic CD8+ T lymphocyte kill a large ovarian cancer cell by inducing apoptosis of the tumor cell using perforins and granzymes