Tristan M. Cofer (@tristancofer) 's Twitter Profile
Tristan M. Cofer

@tristancofer

Postdoc in the @Matthias__Erb lab at @UniBern. Former @PSU_Entomology / Tumlinson Lab. I tweet about plants, insects, and the occasional @NFL take.

ID: 336550433

calendar_today16-07-2011 13:53:52

218 Tweet

243 Followers

165 Following

Matthias Erb (@matthias__erb) 's Twitter Profile Photo

We have a PhD position open in plant volatile interactions. Interdisciplinary project, from molecules to biological interactions. Position is open until filled. Thanks for spreading the word. ohws.prospective.ch/public/v1/jobs…

Lisa Thoenen (@lithoenen) 's Twitter Profile Photo

How bacteria cope with plant chemicals shapes the maize root microbiome 🌱🧫🧪 we wrote a small summary @growkudos of our PNAS article: growkudos.com/publications/1…

Caroline Müller (@chemecolcm) 's Twitter Profile Photo

We are happy to announce that the registration for the 18th Symposium on Plant-Insect Relationships is open now, see: uni-bielefeld.de/sip2024

We are happy to announce that the registration for the 18th Symposium on Plant-Insect Relationships is open now, see: uni-bielefeld.de/sip2024
Jamie Waterman (@jmwaterm) 's Twitter Profile Photo

🔥Hot off the press🔥 in eLife - the journal - our work on the temporal patterns of plant information transfer! We found that continuous exposure to natural blends of HIPVs can both prime and subsequently induce defense responses in undamaged neighboring plants. elifesciences.org/articles/89855

Christelle AM Robert (@cam_robert_bern) 's Twitter Profile Photo

Thrilled to share that we isolated & characterized multihexose benzoxazinoids 🎉! Induced by drought, these #naturalproducts may impact #climate resilience in #crops. Université Neuchâtel Universität Bern Swiss National Science Foundation European Research Council (ERC)🌿🔬 pubs.acs.org/doi/full/10.10…

Thrilled to share that we isolated &amp; characterized multihexose benzoxazinoids 🎉! Induced by drought, these #naturalproducts may impact #climate resilience in #crops. <a href="/UniNeuchatel/">Université Neuchâtel</a> <a href="/unibern/">Universität Bern</a> <a href="/snsf_ch/">Swiss National Science Foundation</a> <a href="/ERC_Research/">European Research Council (ERC)</a>🌿🔬
pubs.acs.org/doi/full/10.10…
bioRxiv Plant Bio (@biorxiv_plants) 's Twitter Profile Photo

Catechol acetylglucose: A newly identified benzoxazinoid-regulated defensive metabolite in maize biorxiv.org/cgi/content/sh… #biorxiv_plants

Matthias Erb (@matthias__erb) 's Twitter Profile Photo

We have an open Post Doc position in plant-volatile interactions. Ideal if you love to use molecular tools to understand the natural world and improve agriculture. Excellent PhD in a relevant field is needed. Interested? Send your CV, grades, letter and refs to [email protected]

Charlie Anderson (@candersonlab) 's Twitter Profile Photo

The Penn State Biology department is also hiring at the Assistant or Associate level in ecology - feel free to message me if you're interested in joining our supportive community of biologists! psu.wd1.myworkdayjobs.com/PSU_Academic/j…

PennState Center for Chemical Ecology (@chemecolpsu) 's Twitter Profile Photo

Back again for another great summer short course in chemical ecology this time in Jena, Germany! Hope to see folks there! events.gwdg.de/event/1003/

Back again for another great summer short course in chemical ecology this time in Jena, Germany! Hope to see folks there! events.gwdg.de/event/1003/
Matthias Erb (@matthias__erb) 's Twitter Profile Photo

Pretty crazy stuff. Stress volatiles trigger root responses, which reprogram the soil microbiome and thereby enhance resistanc of the next plant generation. The study is now out in Nature Plants . Link in the replies.

Pretty crazy stuff. Stress volatiles trigger root responses, which reprogram the soil microbiome and thereby enhance resistanc of the next plant generation. The study is now out in <a href="/NaturePlants/">Nature Plants</a> . Link in the replies.
Tristan M. Cofer (@tristancofer) 's Twitter Profile Photo

Super-cool work from Universität Bern and Matthias Erb lab alumni, Lingfei Hu and Jamie Waterman: stress volatiles trigger root responses that reshape the soil microbiome 🦠—helping the next generation of maize 🌽 grow stronger.

Francis M. Martin (@fmartin1954) 's Twitter Profile Photo

Convergent acquisition of disulfide-forming enzymes in malodorous flowers | Science science.org/doi/10.1126/sc… … wondering whether a similar evolutionary mechanism also evolved in malodorous mushrooms 🍄‍🟫