Lingjun Li
@LingjunLi2
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Professor of Pharmaceutical Sciences and Chemistry at UW-Madison. Associate Editor, JASMS. Mass spectrometry, neurochemistry, systems biology, omics, PTMs
Madison, WI
Joined May 2019
Really honored to be included on this list of amazing analytical scientists! Congrats to all of my friends and colleagues who made to this list as well! @asmsnews #TeamMassSpec
🌟 We are thrilled to share that @LingjunLi2 of University of @UWMadisonChem @UWMadPharmacy has been honored on the Analytical Scientist Power List 2024! Congratulations! @LiResearch Read the 2024 #PowerList here: https://t.co/fYWqtA0D7r
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Happy Holidays from the @LiResearch!🎉🎉🎁🎁🍾🍾🎄🎄🎅🎅🤶🤶🎊🎊
Great food, loud laughs, and a spirited White Elephant exchange at the annual Li Lab holiday party 🎄🎁 Huge congratulations to our 74th Ph.D., Dr. Lauren Fields 👩🎓🍾 So excited to welcome 10 new members to the lab family 🥳🥳 Cheers to another successful year 🥂✨
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New publication i @an_chem, in collab with Cameron Currie Lab 🥳 A dual-layered proteomic workflow that maps both whole-body and surface-secreted proteins in the leaf-cutter ant Acromyrmex echinatior. Huge congrats to Timo, Haiyan, and all co-authors 👏👏 https://t.co/vnVrH5W5MQ
pubs.acs.org
Characterizing the proteome of an organism can provide critical insights into the proteins that regulate key biological processes such as development, physiology, and environmental interactions....
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New publication on @an_chem 🥳🥳 Our new 3-plex TMTproC-DIA strategy delivers accurate multiplexed quantification, high precision even in complex sample backgrounds without adding spectral complexity. Congrats to Zicong, @PK_Liu_, and @Happysmilexyz68
https://t.co/mBNlTr3q8j
pubs.acs.org
Data-independent acquisition (DIA) has emerged as a powerful approach in quantitative proteomics, offering more comprehensive and reproducible proteome coverage than the conventional data-dependent...
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Li Lab Friendsgiving Party ✨ A night filled with gratitude, homemade goodness, endless laughs, and the best lab family we could ask for 🍽️🧡 Sending our warmest congratulations to Dr. Hua Zhang as he embarks on his exciting new professorship journey 🥳🥳🥳
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Our new review paper on ACA Special Issue of Imaging Mass Spec 🥳🥳 We highlight recent advances in single-cell MSI, focusing on improved spatial resolution, molecular coverage, and analytical workflows. Congrats to @Huazhang88 and co-authors 👏👏 https://t.co/hP23H8kU7c
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Costumes, candy, and chemistry 🧪🎃 Li lab turned spooky for a day 👻
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PharmTox students Sophia Melnyk and Caroline Mork have been honored with @UWMadison Hillsdale Fellowships! Learn about how the Hilldale Fellowship is support students and mentors in their research on treating #Alzheimers and lung #cancer: https://t.co/5vcaaBYSpU
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New publication on @MolecularOmics 🥳Our work revealed how osteoarthritis reshapes the neuropeptide landscape of the spinal cord in the MIRAT model. This is a nice collaboration with @ETroncy Lab, and congrats to @Gaoyuan_Lu, Marilyn and all co-authors 👏 https://t.co/pumr3RPEPF
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Congratulations to Professor Lingjun Li (@LiResearch) on earning a @UWMadison Kellett Mid-Career Award to support her "high risk, high reward" work in single-cell analysis & #massspectrometry, to better understand tumors and neuron communication! https://t.co/G1PJjQ9dcv
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Thank you so much for your critical support that allows us to pursue high-risk, high-reward research and push scientific boundaries.
@UWMadPharmacy @LiResearch @UWMadison Congratulations, Lingjun Li @LingjunLi2! We're honored to support innovators like you and look forward to seeing the transformative research this award will help your lab pursue.
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We had the honor to welcome Prof. Graham Cooks (@AstonlabsPurdue ) as our 2025 Meloche Lectureship speaker. Thank you Graham for two inspiring lectures and insightful discussions with our students and faculty. Your five decades of innovation in MS continue to shape the field.
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Fall tradition continues 🍂🍁 The Li Lab returned to Eugster’s Farm for another day of apple picking, pumpkin hunting, and apple cider donut 🍎🎃🍩 Grateful for great weather and great company with our rotation students 🥳🥳
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🚨 A new study from Professor Lingjun Li (@LiResearch) and collaborators in the Molecular Psychiatry journal finds that changes in an enzyme that helps #neurons function properly can alter synaptic function and drive #autism-like behaviors in a model. https://t.co/ps8o3n41ed
nature.com
Molecular Psychiatry - Increased expression of ATase1/NAT8B or ATase2/NAT8 in the mouse results in an autistic-like phenotype with altered dendritic branching and spine formation
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Jeopardy night, round 3 🎉 Another year of laughter, surprises, and impressive fun facts from our lab crew 😆 Always a highlight seeing everyone’s hidden talents (and competitive side) ✨ Shoutout to Lauren, Jacey, and Kelly for organizing all the fun 👏
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Excited to share our latest work on @an_chem, introducing a novel 13-plex DeAla isobaric tag for improved peptide fragmentation, enhanced protein identification, and competitive pricing 🥳🥳🥳 Congrats to @PK_Liu_ and co-authors ✨✨ https://t.co/p349P7laHH
pubs.acs.org
Isobaric labeling techniques are widely used in mass spectrometry-based quantitative proteomics to enable the simultaneous analysis of multiple samples. However, commercial isobaric tags are expens...
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New publication on Analytica Chimica Acta 🥳🥳 We presented 3D spatial proteomic and lipidomic analysis of AD and WT mouse brains via 10-plex immunohistochemistry (IHC)-based photocleavable mass tag (PC-MT) labeling. Congrats Kelly and co-authors 👏👏 https://t.co/59uTJwlLeU
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Celebrating the successful 3rd International Single Cell Mass Spec conference in Chicago last weekend🥳 Congrats to Kelly for winning Best Poster Award and @Huazhang88 for Young Investigator Award in the category of best advancement award recognizing scientific accomplishments👏
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New paper published on Nature @molpsychiatry🥳 Neuron-specific overexpression of ATase1/ATase2 in mice leads to autistic-like behaviors via ER acetylation pathway disruptions. Congrats @Happysmilexyz68 and a nice collab with Luigi Puglielli Lab Link:
nature.com
Molecular Psychiatry - Increased expression of ATase1/NAT8B or ATase2/NAT8 in the mouse results in an autistic-like phenotype with altered dendritic branching and spine formation
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Congratulations to Zach, our @UWMadPharmacy student, on successfully passing the prelim exam and officially becoming a Ph.D. Candidate 🥳🥳🥳 We can't wait to hear about your exciting research in the near future 👏👏👏
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Big congrats to David 🥳 🥳 our highly motivated high school summer intern, on successfully presenting his research at the 29th Annual High School Research Poster Session 👏👏
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