Geoff Faulkner

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Geoff Faulkner

Geoff Faulkner

@Faulkner_Lab

Professor, University of Queensland. Retrotransposons and genomics. Views my own. Scholar publications: https://t.co/xQu0hWudj1 @faulknerlab.bsky.social

Brisbane, Queensland Tham gia Temmuz 2017
293 Đang theo dõi2.8K Người theo dõi
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Geoff Faulkner
Geoff Faulkner@Faulkner_Lab·
After years of telling visitors to Brisbane what an awesome place it is for fun* adventures, I've decided to make a list in the order I remember them of my favourite places to go for ease of reference. Here goes ... (*definition of fun may vary)
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Marco_Trizzino Lab
Marco_Trizzino Lab@marcotrizzino·
1st submission (2019): ND A1: 26th % A0: 24% A1: 22% A0: 17% A1: 3% For this R01 it took 5 years and 6 submissions but persistence pays off, especially if you have amazing collaborators like @BrugmannLab and Kevin Peterson. Some amazing neural crest science coming up!
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Johan Jakobsson
Johan Jakobsson@JakobssonLab·
@Faulkner_Lab @Dev_Cell Indeed. We discussed this preprint at our JC recently. We have the same questions and concerns. We also don't understand this...
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Geoff Faulkner
Geoff Faulkner@Faulkner_Lab·
Reposting comment on preprint of this @Dev_Cell paper. Stats done on technical replicates of L1 KD to make small absolute changes seem significant. Biological replicates were available but not used for stats, why? Because p>0.05? I don't understand this. sciencedirect.com/science/articl…
Geoff Faulkner@Faulkner_Lab

I doubt the stated phenotype here is due to changes in L1 mRNA. The ASO and CRISPRi KD approaches (Figs 1, S1, S2) reduce L1 expression by <10% and these small changes are noted as efficient and significant KD. Stats were done on tech reps to give p<0.05 biorxiv.org/content/10.110…

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Geoff Faulkner
Geoff Faulkner@Faulkner_Lab·
@PRAndersen @RippeiH More interesting reading here and food for thought too, thanks. Also, as per Maslow's hammer, a lot of these systems likely evolved to control transposons in some way but now work somewhat differently on genes.
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Peter Andersen
Peter Andersen@PRAndersen·
@Faulkner_Lab @RippeiH 3/ Examples: Specific TFs => Integrator recr. (PMID: 38906142) snRNA promoters (SNAPc) guide 3' processing (e.g. PMID: 3021336) Heterochromatin-dep transcription (PMID: 28847004) + good overview of other ex here: PMID: 23337853
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Peter Andersen
Peter Andersen@PRAndersen·
1/ Our lab’s first preprint found a wonderful journal home! 🎉 Our paper explores the role of testis-specific transcription factors in Drosophila and reveals broad functional connections between tissue-specific paralog proteins. 📝: genesdev.cshlp.org/content/early/…
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Centre for Genomic Regulation (CRG)
🚀 Join the CRG as a Junior Group Leader in Quantitative Cell Biology! 🧬 We’re seeking passionate leaders to tackle fundamental biological questions using cutting-edge multidisciplinary approaches. Enjoy generous core funding, state-of-the-art facilities, and a collaborative environment. 📅Apply by Oct 15! ℹ️Details: ow.ly/aACB50TzKM2 #CRG
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Geoff Faulkner
Geoff Faulkner@Faulkner_Lab·
I doubt the stated phenotype here is due to changes in L1 mRNA. The ASO and CRISPRi KD approaches (Figs 1, S1, S2) reduce L1 expression by <10% and these small changes are noted as efficient and significant KD. Stats were done on tech reps to give p<0.05 biorxiv.org/content/10.110…
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Geoff Faulkner
Geoff Faulkner@Faulkner_Lab·
@MRSantosLab Hi Miguel I have some questions: In Fig 1D, S2A and S2E what is each data point? A cell? What is the absolute change in L1Hs expression caused by the ASO or CRISPRi? In Fig S2C what is the mean value for each of the 3 groups, instead of Z-score? Thanks.
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Charlie Bell
Charlie Bell@charles_bell92·
I am looking for a motivated PhD student who is interested in understanding the fundamentals of gene regulation. They will be working directly with me on a DECRA funded project (scholarship guaranteed for domestic students). DM me if you know of anyone interested, including you
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Joanna W Jachowicz
Joanna W Jachowicz@jwjach·
interested in 3D genome organization during early development? want to understand how it is shaped by RNA? you like data analysis and developing new computational tools? 🧬💻🧐 With @golobor we are recruiting a PhD student/intern to work with us at @IMBA_Vienna
Anton Goloborodko @[email protected]@golobor

My lab is looking for PhD students with a background in physics and/or biochemistry/quantitative biology. If interested, please apply to the VBC graduate school. Deadline: Oct 15th.

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Christopher Douse
Christopher Douse@ch_douse·
Delighted that this is finally out! Thanks to @Faulkner_Lab @todd_macfarlan and the other reviewer for good and constructive comments that arrived in my inbox the day after my second child was born... paper here nature.com/articles/s4146…. Short reflection on new stuff...
Christopher Douse@ch_douse

Happy and proud to share my lab’s study on how DNA methylation and the HUSH-MORC2 corepressor work together, out last week on biorxiv: biorxiv.org/content/10.110… A fantastic collaboration with our colleagues at @JakobssonLab @Lund_Stem...1/7

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Max Planck Society
Max Planck Society@maxplanckpress·
Calling all emerging scientists - it’s time to send us an application! 😉😎 Lead your own #MaxPlanck Research Group w/ €2.7M in funding over 6 yrs, full independence & resources to hire staff. State-of-the-art infrastructure awaits you!🌟 Apply today➡️mpg.de/career/max-pla…
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Heng Li
Heng Li@lh3lh3·
Preprint on "BWT construction and search at the terabase scale". We can compress 100 human genomes to 11GB in 21 hours, find SMEMs with it, do affine-gap alignment and retrieve similar local haplotypes. 7.3Tb commonly sequenced bacterial genomes ⇒ 30GB arxiv.org/abs/2409.00613
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