Introduction to Molecular Modeling in Drug Discovery
Completed on:
Schrödinger course on the fundamentals of small molecule drug discovery with Maestro and LiveDesign, covering protein preparation, ligand docking, and collaborative design.
Completed on:
Schrödinger course on the fundamentals of small molecule drug discovery with Maestro and LiveDesign, covering protein preparation, ligand docking, and collaborative design.
Completed on:
ASMS course on the fundamentals of protein identification from LC-MS/MS data, covering database searching, error rate estimation, and protein assembly.
Completed on:
ASMS course on the essential skills for maintaining LC-MS instrument performance, covering best practices, system suitability, tuning, calibration, and troubleshooting across various platforms.
Completed on:
ASMS course on quantitative proteomics using case studies, focusing on SRM and DIA data analysis with Skyline and MSstats.
Completed on:
Completed on:
Completed on:
Completed on:
Published:
Automated tool for LC-MS data: AI-driven expert comments and interactive 96-well plate heatmap visualization.
Published:
Toolkit to automate LC-MS sequence generation and data prep for antibody biologics.
Published in Journal of Visualized Experiments, (132):56652, 2018, 2018
This article presents a method for manual synthesis of oligo-peptoids and sequence analysis using tandem mass spectrometry (MS/MS) techniques.
Recommended citation: Jianhua Ren, Yadwinder S Mann, Yuntao Zhang, Michael D Browne. (2018). "Synthesis and Mass Spectrometry Analysis of Oligo-peptoids." J Vis Exp, (132):56652. https://doi.org/10.3791/56652
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Published in International Journal of Mass Spectrometry, Volume 444, October 2019, 116178, 2019
This paper characterizes protonated AcAlaDab and AcDabAla using IRMPD spectroscopy and molecular modeling, revealing structural insights into these isomeric dipeptides.
Recommended citation: Patrick Batoon, Yuntao Zhang, Giel Berden, Jos Oomens, Jianhua Ren. (2019). "Characterization of protonated AcAlaDab and AcDabAla by IRMPD spectroscopy and molecular modeling." International Journal of Mass Spectrometry, 444, 116178. https://doi.org/10.1016/j.ijms.2019.116178
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Published in Biopolymers, 111(7):e23358, 2020, 2020
This study uses tandem mass spectrometry to characterize the fragmentation patterns and mechanisms of singly and doubly protonated peptoids with basic residues at different positions.
Recommended citation: Jianhua Ren, Yuan Tian, Ekram Hossain, Joshua S Ho, Yadwinder S Mann, Yuntao Zhang, Michael D Browne, Michael D Connolly, Ronald N Zuckermann. (2020). "Mass spectrometry studies of the fragmentation patterns and mechanisms of protonated peptoids." Biopolymers, 111(7):e23358. https://doi.org/10.1002/bip.23358
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Published in International Journal of Mass Spectrometry, Volume 469, November 2021, 116685, 2021
This paper investigates the subtle chirality effects of a D/l-Cysteine on the intrinsic acidity and conformation of isomeric tripeptides ACA and AdCA.
Recommended citation: Yuntao Zhang, Zachary Buen, Michael D. Browne, Yadwinder S. Mann, Jianhua Ren. (2021). "Subtle chirality effects of a D/l-Cysteine on the intrinsic acidity and conformation of isomeric tripeptides ACA and AdCA." International Journal of Mass Spectrometry, 469, 116685. https://doi.org/10.1016/j.ijms.2021.116685
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Published in International Journal of Mass Spectrometry, Volume 514, August 2025, 117472, 2025
This paper investigates the chirality effects on the intrinsic acidity of isomeric tripeptides containing a D/L-Cysteine on the N-terminus.
Recommended citation: Shiyuan Wang, Zachary Buen, Kimberlyann R. Harvey, Yuntao Zhang, Jianhua Ren. (2025). "Chirality effects on the intrinsic acidity of isomeric tripeptides containing a D/L-Cysteine on the N-terminus: CAA and dCAA." International Journal of Mass Spectrometry, 514, 117472. https://doi.org/10.1016/j.ijms.2025.117472
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Published in U.S. Patent and Trademark Office (USPTO), 2125
Co-inventor on two U.S. provisional patent applications
Recommended citation: Co-inventor on two pending U.S. provisional patent applications. Filed via Bristol Myers Squibb. (Details are confidential until publication).
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Published:
Undergraduate course, University of the Pacific, Chemistry Department, 2025
Course: General Chemistry (CHEM23) Lab
Institution: University of the Pacific, Chemistry Department
Role: Undergraduate course instructor
Undergraduate course, University of the Pacific, Chemistry Department, 2025
Course: General Chemistry (CHEM25) Lab
Institution: University of the Pacific, Chemistry Department
Role: Undergraduate course instructor
Undergraduate course, University of the Pacific, Chemistry Department, 2025
Course: General Chemistry (CHEM27) Lab
Institution: University of the Pacific, Chemistry Department
Role: Undergraduate course instructor