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2025 eastern region candidatesCandidates are listed alphabetically by surname. |
David Greening
Lab Head (Molecular Proteomics), Director (Proteomics), Baker Heart & Diabetes Institute, Australia![]() My research program has changed our understanding of extracellular vesicles (EVs), developing foundation strategies that define what EVs are, how they signal and shape biology, and knowledge as innovative cell-free therapies. The central pillar of the research program is advancing how mass spectrometry is used to define the form, function, and translation of EVs, in addition to study complex biological systems such the heart and vascular system. As a multidisciplinary team and network, my research has focused on understanding EVs at a molecular level, detailing their surface barcode as a therapeutic target and create new knowledge in lipid/protein diversity using multi-omics and machine learning of humans (i.e., EVAtlas). The program was critical to identify how EVs deliver therapeutic cargo to shape and regenerate cell biology, providing new advances in the field for innovative cardioactive biologicals and cell mimetic therapies. I have initiated and led national, regional, and international efforts in the field of EVs (ANZSEV, ISEV), and showcased how proteomics and multi-omics can define what these signaling organelles are, what they do, and their impact for cell biology, signaling, and translation. I have been part of local proteomics societies in Australia since 2010, recognized as a field-leader in proteomics in Australia with multiple awards, and have developed key partnerships with industry leads to develop and utilize innovative and quantitative technology in the field. I have a strong experience in education, training and mentoring in fields of proteomics and EVs, and have initiated and led educational programs, including workshops and courses, designed to enhance skills, knowledge, and networking opportunities in the cell signaling/EV community. Peter HoffmannProfessor, University of South Australia, Australia I was the Chair of the HUPO 2019 in Adelaide together with Prof Stuart Cordwell and have been Vice President of the Australasian Proteomics Society from 2012-2019 and I was the President of the Australasian Proteomics Society from 2020-2025. I have served as the Treasurer of the HUPO Executive Committee from 2017-2019 and 2021-2022. I'm the Vice President of HUPO in the moment. I have been a member of the HUPO Council since 2015 and served as a member of the Nomination Committee. I have worked in Proteomics since 1999 and attended almost all HUPO conferences since 2005. My research focus on the application of Proteomics in cancer research and on I was the Chair of the HUPO 2019 in Adelaide together with Prof Stuart Cordwell and have been Vice President of the Australasian Proteomics Society from 2012-2019 and I'm now the President of the Australasian Proteomics Society. I have served as the Treasurer of the HUPO Executive Committee from 2017-2019. I have been a member of the HUPO Council since 2015 and served as a member of the Nomination Committee. I have worked in Proteomics since 1999 and attended almost all HUPO conferences since 2005. My research focus on the application of Proteomics in cancer research and on the use of Mass Spectrometry Imaging as diagnostic tool in cancer research. In all my engagements with HUPO and in the multiple functions I have hold in the past I always pushed for a more a democratic process and for gender equality. Taking in consideration my previous tenure as treasurer and Vice President of the HUPO and as Chair of the very successful HUPO 2019 in Adelaide, I feel that I'm well suited to serve on the HUPO council again. Ho Jeong KwonProfessor/Director, Yonsei University, Republic of Korea
As past president of AOHUPO (2020–2022), I collaborated with HUPO and AOHUPO members and council leaders to establish sustainable online education programs for the Asia–Oceania region, launch the AOHUPO Poster Award to support young investigators, and organize the AOHUPO Networking Session within the HUPO Congress to enhance regional and global scientific exchange. These initiatives have helped AOHUPO become a more inclusive and collaborative platform, connecting early-career researchers with senior experts. In addition, as president of KHUPO (2010–2011), I advanced proteomics research and international collaboration through strategic academic programs, industry–academia partnerships, and dedicated support for young scientists, further aligning KHUPO’s activities with HUPO’s mission. I have published more than 240 peer-reviewed papers with over 27,000 citations (h-index 59), hold over 50 patents, and have delivered more than 170 invited lectures worldwide. My international collaborations include Stanford University, Institut Pasteur Korea, and Lund University, building proteomics networks that span academia, clinical research, and industry. If elected, I will work to expand global collaboration, advance translational proteomics, and strengthen education and career development for the next generation of scientists. Anthony PurcellProfessor, Monash University, Australia ![]() My doctoral training was in protein and peptide separation and the sensitive detection and characterization of peptides. In 1994, as a postdoc I began a fascination with immune recognition and the key role peptides play in modulating health and disease. After further postdoctoral studies I was awarded a CR Roper Fellowship in 2003 and began an independent research career in which I have applied cutting edge mass spectrometry to key questions in immunology. In 2005 I moved to the Bio21 Institute as the Grimwade Research Fellow at University of Melbourne. In 2008 I was awarded an NHMRC Senior Research Fellowship and in 2009 appointed as a Reader. In July 2012 I was recruited back to Monash as a Professor and Head of Quantitative Proteomics. I am currently Deputy Head of the Department of Biochemistry at Monash University and Vice-President of the Australasian Proteomics Society. I am passionate about career development and mentoring early career researchers - especially in proteomics which is often complicated by the requirement for access to high end instrumentation and thus limited opportunities for ECRs. I have been active in HUPO since 2010 regularly attending meetings and contributing to initiatives including the Human Immunopeptidome Project and the Human Proteome Project (on the SAB 2020-2023). My laboratory focuses on how the diverse array of peptides presented to the immune system, the immunopeptidome, is influenced by infection, inflammation and the environment. We have made important contributions to understanding the role of antigen presentation, including characterizing peptide epitopes involved in T cell recognition in autoimmunity, allergy, cancer and infectious diseases. I have been instrumental in bringing quantitative tools to immunological studies, in particular the use of multiple reaction monitoring to calculate epitope cell surface expression. My lab was one of the first to adopt new data independent acquisition techniques and apply it to quantitate antigen presentation at the protein and peptide epitope level as well as to understand complex host-pathogen interactions. The application of this technology in the clinic represents an new and exciting direction that falls under the umbrella of HUPO activities and interests. Koji UedaChief, Japanese Foundation for Cancer Research, Japan
Meanwhile, large‑scale integrative omics efforts—such as proteogenomics—are accelerating the generation of new biological insights and driving novel drug‑discovery research. These high‑dimensional advances demand increasingly interdisciplinary collaboration among proteomics scientists, other omics researchers, statisticians, AI specialists, and clinicians. Through my presentations at past HUPO World Congresses, I have successfully initiated collaborative projects with basic biologists and industry partners worldwide, greatly advancing my clinical proteomics research. In particular, when HUPO held its World Congress in Japan in 2013, 1,580 researchers from 42 countries attended, fostering extensive cross‑disciplinary interactions. Building on these experiences, if elected to the HUPO Council, I will work to further interdisciplinary development by organizing joint workshops with other societies and leveraging social media for real‑time sharing of cutting‑edge techniques. I also plan to lead discussions on effective data‑sharing and data‑reuse strategies for the vast datasets generated by the latest analytical instruments. Hao WuFounder and CEO, Nanomics Biotechnology, China ![]() As the Founder and CEO of Nanomics Biotech, my mission is to democratize large-scale proteomics by advancing proteome profiling technologies, high-throughput automation, and scalable standardized workflows. With an interdisciplinary academic foundation in Molecular Engineering from the University of Chicago and broad industrial engagement worldwide, I bring a unique perspective shaped by both frontier science and practical implementation across diverse research ecosystems. At Nanomics, we’ve engineered automated platforms and proteome profiling methods that enhance reproducibility, sensitivity, and cost-efficiency in plasma and other proteomics. These tools are enabling clinical-scale applications for biomarker discovery and target validation. I’ve pioneered cross-sector collaborations through co-marketing strategies, including offering free equipment to facilitate adoption in resource-limited settings. My work is anchored in global cooperation—partnering with top-tier institutions such as the University at Buffalo, Harvard Medical School, Pacific Northwest National Laboratory (PNNL), Bio21 Institute, and Ions Lab. These academic-industry alliances exemplify my commitment to translating research into impact through scalable, accessible platforms that benefit scientists and patients alike. I strongly support HUPO’s mission to advance proteomics through inclusivity, cooperation, and translational value. If elected to Council, I aim to contribute to initiatives that strengthen academia-industry connections, promote technical standardization, and expand infrastructure for proteomics in emerging regions. I bring experience in communication strategy, academia-industry alignment, and workflow optimization—coupled with a deep commitment to collective progress across borders and sectors. Serving on HUPO Council would be a privilege and a strategic opportunity to elevate the democratization of proteomics through global collaboration and interdisciplinary integration. Jing YangPI, Guangzhou National Laboratory, China
This redox proteomic tools not only generates many unprecedented resources for the field of redox biology, but also provides a great opportunity to study cysteine-mediated redox networks in a range of biological processes and adaptive responses in physiology and pathophysiology, resulting in publications in many leading journals such as Nat Chem, Nat Chem biol, Nat Commun, Nat Protoc, Cell Host Microbe, PNAS, MCP, JPR, and so on. Some of these papers have been highlighted by Nat Methods, Nat Chem Biol, and F1000Prime. |