Stacy Malaker

Associate Professor of Chemistry @Yale. @Stanford_ChEMH Postdoc | @ChemistryUVA PhD | @MichiganChem BS | Glycosylation, mass spec, mucins | 🟨 #GoBlue #firstgen

[Stacy Malaker @StacyMalaker]

Five years ago, I shared a picture of CRB on my very first day at @YaleChem. Today, almost exactly 5 years later I'm walking into the same building with a new title (and a lot of construction)! I’m thrilled to share that I am officially an Associate Professor with tenure!! 🥂🎉

[Yale Chemistry @YaleChem]

Congratulations Prof. @StacyMalaker , who has been named a 2026 Camille Dreyfus Teacher-Scholar by the Camille & Henry Dreyfus Foundation. The Malaker Lab focuses on advancing glycoproteomic technologies to better understand the glycocode and its role in human health and disease.

[Stacy Malaker @StacyMalaker]

@1jvaneyk @YaleChem Thanks, Jenny!

[Stacy Malaker @StacyMalaker]

Honored to be named a Camille Dreyfus Teacher-Scholar! Grateful for the support of the Camille & Henry Dreyfus Foundation and for my incredible colleagues and trainees at @YaleChem. Excited to keep pushing forward on glycoproteomics, mucinomics, and cracking the glycocode! 🥳🥳

[The Camille and Henry Dreyfus Foundation @dreyfusfndn]

Congratulations to Dr. Stacy Malaker (@StacyMalaker), @Yale, for being named a 2026 Camille Dreyfus Teacher-Scholar! @YaleChem #DreyfusAwards

[Yale Chemistry @YaleChem]

Yale chemists have developed a new digital framework they say will speed up drug discovery and other breakthroughs. MOSIAC is an open-source AI-guide for researchers navigating the complex world of chemical synthesis. Learn more in this article https://t.co/nclRePDjay.

[Stacy Malaker @StacyMalaker]

@vchangchemistry As always, we welcome feedback and discussion! 👏 👏Huge congrats to the outstanding team who made this possible. #glyotime #TeamMassSpec #peptidomics #preprint

[Stacy Malaker @StacyMalaker]

More good news from me this week: another Malaker lab preprint!! 🚀🚀Headed up by outstanding graduate students @vchangchemistry and Ryan Chen, they decided to take a peek 👀 (pun intended) at the native tear fluid (glyco)peptidome 🥲🥲:
https://t.co/RGByGORLiG

[Stacy Malaker @StacyMalaker]

@vchangchemistry While the tear film provides a uniquely accessible and glycan-rich model system, the principles we uncover are broadly relevant to glycopeptide chemistry, protease specificity, and the design of peptide-based therapeutics.

[Stacy Malaker @StacyMalaker]

@NaOHBartfield Thanks Noah!!

[Stacy Malaker @StacyMalaker]

@YaleChem Today, I feel just as excited about the science, even more grateful for the people, and energized for what comes next. I’m SO proud of what we’ve built together and excited for the #glycotime #TeamMassSpec #mucinomics future ahead. Cheers to the next chapter! 🥂🥂🥂

[Stacy Malaker @StacyMalaker]

Five years ago, I shared a picture of CRB on my very first day at @YaleChem. Today, almost exactly 5 years later I'm walking into the same building with a new title (and a lot of construction)! I’m thrilled to share that I am officially an Associate Professor with tenure!! 🥂🎉

[Stacy Malaker @StacyMalaker]

@YaleChem I also have to thank my family, my friends, and my amazing fiancé who all support me immensely behind the scenes. I love you ♥️!!

[Stacy Malaker @StacyMalaker]

@vchangchemistry I’m incredibly proud of the team, especially @vchangchemistry for pushing glycoproteomics to address such complex biological questions. Tear fluid still has so many glycobiology secrets left to uncover... and we’re just getting started! Stay tuned for more updates to come! 😇 😆

[Stacy Malaker @StacyMalaker]

Some light holiday reading for everyone!! 🎉 🎊 I’m thrilled to share our newest preprint investigating galectin-3 biology in tear fluid 👀, led by rock star graduate student @vchangchemistry !!

https://t.co/kp2s7OtAyv

[Stacy Malaker @StacyMalaker]

@vchangchemistry This work opens the door to understanding how glycans, splicing, and protein assembly cooperatively shape immune and barrier function at the ocular surface. We envision this could help guide future therapeutic strategies in conditions like DED, where Gal-3 levels are dysregulated