Thomas Hartwig

[Thomas Hartwig @ThomasHartwig20]

@hwb333 @FSUResearch Indeed Hank! Thank you for all the years of fantastic, inspiring work together. Hope to visit Tallahassee again soon.

[Thomas Hartwig @ThomasHartwig20]

@jrossibarra Thanks again for all the feedback we already got!

[Thomas Hartwig @ThomasHartwig20]

@jrossibarra @arunsethuraman @mbhufford @druncie blaming @hwb333!

[Thomas Hartwig @ThomasHartwig20]

@jrossibarra @arunsethuraman @mbhufford @druncie Wow, thanks Jeff for the beautiful story. I would only add that you never know what a few beers sitting with Hank Bass at MGC, discussing his idea of using a combined endo/exonuclease to footprint TFs, can do to you. So many other ideas died that night 🤣!

[Jeffrey Ross-Ibarra @jrossibarra]

Excited! A fun collaboration with Thomas Hartwig and led by Julia Engelhorn, is out on biorxiv. https://t.co/2k1Dd0OXIp Thomas's group has led the way pioneering the use of MOA-seq, an approach that uses mnase to digest DNA and find *all* the spots proteins are bound to DNA 1/7

[Jeffrey Ross-Ibarra @jrossibarra]

We then partition additive genetic variation (Va) for >130 phenotypes (thanks @MerKhaiBurch!). We find that the majority of Va for ~70% of phenotypes can be explained by the small number of bQTL, even when accounting for background (bgSNPs) and the rest of the genome. 6/7

[Thomas Hartwig @ThomasHartwig20]

Phenotypic variation in maize can be largely explained by genetic variation at transcription factor binding sites https://t.co/oRxg192IYl

[Thomas Hartwig @ThomasHartwig20]

@biorxivpreprint Presenting the preprint of our first-generation pan-cistrome in plants. https://t.co/8u8D9KAlmH

[bioRxiv @biorxivpreprint]

Phenotypic variation in maize can be largely explained by genetic variation at transcription factor binding sites https://t.co/ncfJ6VPrdC #bioRxiv

[Andreas Weber @apmweber]

At least 5 independent origins of C3-C4 intermediate photosynthesis in the Brassicae tribe of the Brassicaceae:
Brassicaceae display variation in efficiency of photorespiratory carbon recapturing mechanisms https://t.co/2NElRdt457

[Thomas Hartwig @ThomasHartwig20]

Check out this interesting review on biosensors!

https://t.co/5TCAQ4IAnW

[Thomas Hartwig @ThomasHartwig20]

Hybrid allele-specific ChIP-seq analysis identifies variation in brassinosteroid-responsive transcription factor bi… https://t.co/Zz30uSL5BG

[Leibniz IPK @LeibnizIPK]

Thanks to all our colleagues from @ceplas_1, incl. @apmweber, for visiting @LeibnizIPK for three days full of interesting discussions and presentations. We are already looking forward to many joint projects!