Jeff Molendijk

[James McNamara, PhD @JamesMc2327]

Very happy to share that our recent pre-print that studied the molecular function of the atypical kinase, ALPK3, has been published at @NatureCVR. This has been a really fun study and has opened up new questions for us @MCRI_for_kids @reNEW_Global.

#myotwitter #cardiotwitter

[Jeff Molendijk @JeffMolendijk]

@petehanssens Data engineering roles now require 4+ years of experience in internet.

[Jeff Molendijk @JeffMolendijk]

@NTFAQGuy Fantastic achievement John! Your videos are the first thing I watch when preparing for Azure certs!

[Benjamin Parker @Ben_Leo_Parker]

Our proteome-wide systems genetic analysis of skeletal muscle is online! We integrated pQTLs with phenotypes and performed a functional screen in micro-muscles identifying UFMylation as a regulator of muscle function. https://t.co/XgqOYGGevp #myotwitter
https://t.co/MdjOaaoGfh

[Jeff Molendijk @JeffMolendijk]

@TechTrainerTim Thanks for sharing Tim! I plan to take this exam later in the year, so it's great to hear about these recent changes.

[Benjamin Parker @Ben_Leo_Parker]

Our group has a Masters and/or PhD position available @UniMelb focusing on signaling, proteomics and metabolism in muscle/bone. Here’s some things you could learn…

[Cell Metabolism @Cell_Metabolism]

New! Phosphoproteomics of three exercise modalities identifies canonical signaling and C18ORF25 as an AMPK substrate regulating skeletal muscle function https://t.co/jYDTN61eZX

[Benjamin Parker @Ben_Leo_Parker]

Excited to share our data on the divergent and common signaling events between different types of exercise in human muscle. We focused on common events since these likely underlie exercise benefits, and show that S67 on C18ORF25 is an AMPK substrate that promotes muscle function.

[Jeff Molendijk @JeffMolendijk]

urPTMdb can also be downloaded as a gene set collection to be used in your own GSEA analyses.

[Jeff Molendijk @JeffMolendijk]

We just released the underrepresented post-translational modification database (urPTMdb) and the TeaProt webserver for proteomic analysis! Find out which PTMs are affected in your experiments. Read about it at https://t.co/wIVJIDm2Nh (Thanks @Ben_Leo_Parker & Rui!)

[Dr Kate Weeks @k8weeks]

2022 is a big year for me. Absolutely stoked to be leading the Cardiac Signalling group @UniMelb, working with @CardiacPhenomic & others to understand what goes wrong in heart disease & how we can fix it. We are on the lookout for RAs/postdocs to join our team. More info to come!

[Elise Needham @elise_needham]

Our Personalized Phosphoproteomics approach is out in @NatureBiotech today!
#phosphoproteomics #signaling
https://t.co/o4s2cqIAY1
A thread 🧵:

[Benjamin Parker @Ben_Leo_Parker]

Excited to present our new proteome-wide systems genetic analyses of skeletal where we integrate pQTLs and phenotypic traits across a mouse population.

[david_mf_evans @evans1_d]

A new star is on the rise. Super work by

@Jack_Geng_Wang

https://t.co/818U8VEjz1

with @NMWarrington, @_tom_bond, @Dr_GHMoen, @john_kemp, @danielldhwang, @bmbrumpton, @laxmibhatta001, @BAsvold

[Goncalo Abecasis @gabecasis]

If you could read the DNA of half a million people, would you do it and why? Would it work? What would you learn?

To answer this and several related questions, let me walk you through the work my @RegeneronDNA colleagues just published in Nature. 1/24

https://t.co/5Xd7HmfnI6

[Eric Fauman (he/him) @Eric_Fauman]

Having this enormous collection of pQTLs allows us to answer the question (again):

Which is more relevant:

Distance of a GWAS SNP to the TSS (transcription start site) or to the gene body of a candidate gene?
https://t.co/IFYdBnsBXS

[Nature Metabolism @NatMetabolism]

Research | Roy et al. (@uthsc) study the impact of a high fat diet across genetically diverse mouse strains & highlight the relevance of considering genetic variation for individualized #Diet recommendations. #personalizedmedicine

https://t.co/59JSlpMbXe

https://t.co/2OVuWZGAQ0

[SSA Victoria and Tasmania @SSAVicTas]

Join us for our annual Belz lecture next Tuesday with Prof. Andrew Forbes (@AndrewF02554942), followed by a virtual escape room social game (limit spots, register now!)

🗓️ 12 October
6-7PM (lecture): https://t.co/mU19hFB8z3
7-8PM (escape room) https://t.co/bgMWzb6q6w

[Javier Santoyo @jsantoyo]

DecoPath: a web application for decoding pathway enrichment analysis. #PathwayEnrichment #DataAnalysis #WebApp #Bioinformatics https://t.co/Il4C5DfNZF #NARgenomicsAndBioinformatics

[Vervoort Lab - Transcriptional Regulation @Vervoort_Lab]

Very excited to announce that I will be starting my own lab @WEHI_research at the start of 2022 🥳. Looking to recruit at all levels, so please contact me if you are interested. For more info: https://t.co/CoVzsby4cv
https://t.co/n6xQSFZ1sZ.