David Hayes (@david_hayes2) 's Twitter Profile
David Hayes

@david_hayes2

Ph.D. student in Microbiology at Kansas State University in the @michel_lab. Interested in the symbiosis between fungi and mosquitoes.

ID: 1508238066842054659

calendar_today28-03-2022 00:22:38

6 Tweet

11 Followers

18 Following

Kristin Michel (@michel_lab) 's Twitter Profile Photo

Gene co-expression networks can be used to identify key players in 🦟 immunity. This was a fun collaboration with ⁦⁦Caterina Scoglio⁩, Chris Culbertson, Mike Osta, and Chunju An. ⁦K-State BiologyK-State Arts and Sciences⁩ ⁦K-State Research⁩ biorxiv.org/content/10.110…

Kristin Michel (@michel_lab) 's Twitter Profile Photo

Fun collaboration with the Osta lab (not on twitter) on the complexity of protease networks that regulate melanization in 🦟 ⁦K-State Biology⁩ ⁦K-State Research⁩ ⁦Xiufeng ZhangBianca Morejon⁩ biorxiv.org/content/10.110…

nicolas buchon (@nicobuchon) 's Twitter Profile Photo

Excited to share our work on the systemic response of mosquitoes (Aedes, Anopheles) to bacteria & fungi. Is there a core response? How does microbial type influence the immune output? Check it! Fun collab with Kristin Michel! biorxiv.org/cgi/content/sh…

Kristin Michel (@michel_lab) 's Twitter Profile Photo

Biology graduate student recognized with Best Graduate Student Poster Presentation. Congratulations ⁦David Hayes⁩ ⁦K-State Biology⁩ ⁦K-State Research⁩ 🎉🦟🍄 k-state.edu/today/announce…

Kristin Michel (@michel_lab) 's Twitter Profile Photo

David David Hayes giving his first conference talk, presenting his research on the potential of Trichoderma 🍄 as biopesticides for 🦟 larvae #SOVE2023 @_SOVE_ K-State Biology K-State Research

David <a href="/David_Hayes2/">David Hayes</a> giving his first conference talk, presenting his research on the potential of Trichoderma 🍄 as biopesticides for 🦟 larvae #SOVE2023 @_SOVE_ <a href="/kstatebio/">K-State Biology</a> <a href="/KStateResearch/">K-State Research</a>