Lung CancerLCRF welcomes new Scientific Advisory Board members

LCRF welcomes new Scientific Advisory Board members


Basis expands its analysis reviewing physique to satisfy strategic analysis funding goal

NEW YORK, NY (April 30, 2024) – The Lung Most cancers Analysis Basis (LCRF) has expanded its Scientific Advisory Board (SAB) by 5 new members. Led by Katerina Politi, PhD, Affiliate Professor of Pathology and Inside Medication, Yale College of Medication, the Scientific Advisory Board’s main goal is to assessment, consider and choose lung most cancers analysis proposals worthy of economic funding. As well as, members of the SAB present opinion and steerage on related lung most cancers knowledge.

“We’re honored and delighted to have these distinctive lung most cancers consultants be a part of our SAB,” commented Dr. Politi. “Advancing probably the most promising science in lung most cancers is of utmost significance to the SAB and we’re thrilled to have these leaders dedicated to fostering lung most cancers analysis be a part of the Board. This growth is a vital step as we work in direction of assembly our present strategic goal of tripling LCRF’s analysis funding by the top of 2024 and assembly our future strategic priorities.”

LCRF’s latest members of its Scientific Advisory Board:

Shirish M. Gadgeel, MD
Chief of Division of Hematology and Oncology,
Affiliate Director, Henry Ford Most cancers Institute/Henry Ford Well being

Dr. Shirish Gadgeel is the Chief of Division of Hematology/Oncology at Henry Ford Well being. A medical oncologist by coaching, his space of curiosity is lung most cancers analysis usually and drug growth in lung most cancers, specifically. He has carried out and took part in lots of lung cancer-specific trials and in section I trials, together with investigator-initiated trials primarily based on laboratory analysis. Dr. Gadgeel has additionally been a principal investigator of a Southwest Oncology Group trial, S0528, S1507 and NCI protocol 7389 and co-author on main section III trials ALEX and Keynote 189 which modified the usual of care. He has additionally engaged in lots of epidemiologic research within the discipline of lung most cancers, publishing on options of lung most cancers in African People and in younger sufferers. He served because the co-leader of the Molecular Therapeutics Program of the Core Most cancers Middle Grant of Karmanos Most cancers Institute earlier than becoming a member of College of Michigan and was the positioning PI for the NO1 grant awarded to the California Most cancers Consortium. Subsequently, he was co-leader of the Thoracic Oncology Analysis Program and the Mary Lou Kennedy Analysis Professor in Thoracic Oncology on the College of Michigan previous to becoming a member of Henry Ford Most cancers. Dr. Gadgeel’s medical analysis expertise spans 20 years. He’s a member of the steering Committee of the Lung Most cancers Committee of Southwest Oncology Group (SWOG). As well as, he’s a member of the Editorial Board of Medical Lung Most cancers and a reviewer for a lot of journals together with New England Journal of Medication, Journal of Medical Oncology, Lancet Oncology and Journal of Thoracic Oncology. He has served as school for the annual assembly of the American Society of Medical Oncology (ASCO) and as a member of the Training Committee of ASCO, in addition to a member of the Profession Growth Committee of the Worldwide Affiliation of Research of Lung Most cancers (IASLC). Dr. Gadgeel obtained the NCI Most cancers Medical Investigator Workforce Management Award in 2012.


Aaron Hata, MD, PhD
Assistant Professor of Medication
Massachusetts Basic Hospital, Harvard Medical College

Dr. Aaron Hata is an Assistant Doctor in Hematology-Oncology at Massachusetts Basic Hospital and Assistant Professor of Medication at Harvard Medical College. He’s Principal Investigator of a translational and fundamental analysis laboratory within the MGH Krantz Household Middle for Most cancers Analysis. Dr. Hata’s analysis focuses on understanding mechanisms of drug sensitivity and resistance to focused therapies for lung most cancers. His group has found mechanisms of medical acquired drug resistance in EGFR, ALK, ROS1, RET and KRAS-driven lung cancers, and he has performed an instrumental function within the growth of novel therapeutic approaches for overcoming drug resistance. His analysis has additionally yielded essential insights into how tumor cells persist and evolve throughout remedy. Dr. Hata obtained his MD and Ph.D. levels from Vanderbilt College and accomplished an Inside Medication residency at Brigham and Ladies’s Hospital and Medical Oncology fellowship at Dana Farber Most cancers Institute and Massachusetts Basic Hospital. Dr. Hata can be an Affiliate Member of the Broad Institute of Harvard and MIT, an Investigator within the Ludwig Middle of Harvard, and a member of the Dana Farber Harvard Most cancers Middle Lung Most cancers SPORE. In 2023, he was elected to the American Society for Medical Investigation. Dr. Hata can be a 2012 grant recipient of LCRF’s legacy group, United In opposition to Lung Most cancers (UALC).


David MacPherson, PhD
Professor, Human Biology Division
Fred Hutchinson Most cancers Middle

Dr. David MacPherson’s lab applies genomic approaches and in vivo fashions to know the molecular underpinnings of small cell lung most cancers (SCLC).  His lab research affected person tumor samples and employs genetically engineered mouse (GEM) fashions in addition to patient-derived xenograft (PDX) fashions of their interrogation of genes that drive SCLC initiation and development.   Additionally they make use of GEM and PDX fashions in efforts to know and enhance responses to novel and to straightforward therapies, with an eye fixed in direction of medical translation. Dr. MacPherson co-leads the Fred Hutch Most cancers Middle Lung Program, and he co-leads a Lung Most cancers NIH SPORE challenge centered on inhibition of the LSD1 demethylase in SCLC and translation of this therapeutic method to the clinic. He’s a member of the SWOG Lung Committee and member of the Gene Regulation in Most cancers NIH Research Part. Dr. MacPherson can be an Affiliate Affiliate Professor within the Division of Genome Sciences on the College of Washington.  He’s dedicated to coaching and teaches an introductory graduate course, MCB539, The Biology of Neoplasia.


Taofeek Owonikoko, MD, PhD
Marlene and Stewart Greenebaum Professor in Oncology & Govt Director
College of Maryland Greenebaum Complete Most cancers Middle

Taofeek Okay. Owonikoko, MD, PhD, is the Marlene and Stewart Greenebaum Professor in Oncology on the College of Maryland College of Medication and the Govt Director of the College of Maryland Marlene and Stewart Greenebaum Complete Most cancers Middle on the College of Maryland Medical Middle. He additionally holds the function of Senior Affiliate Dean of Most cancers Packages on the College of Medication and the Affiliate Vice President of Most cancers Packages on the College of Maryland, Baltimore. A translational physician-scientist, board-certified in Medical Oncology, Hematology, and Inside Medication, he has a medical deal with the administration of sufferers with lung most cancers. His analysis pursuits span the spectrum of preclinical experimental therapeutics, biomarker discovery, and translation of promising laboratory findings into lung most cancers medical trials.

He’s at the moment an elected member of the Board of the American Society of Medical Oncology (ASCO) and the Treasurer-Elect of ASCO. He serves as an Editorial Board Member for a number of extremely regarded educational journals together with Most cancers, Journal of Thoracic Illness, and Translational Lung Most cancers Analysis. Dr. Owonikoko is a member of the American Faculty of Physicians, American Society for Hematology, the Society for Immunotherapy of Most cancers, and the Worldwide Affiliation for the Research of Lung Most cancers. Lastly, he has been an NIH Research Part Member for the previous 11 years and is a chartered member for the NIH Medical Oncology Research part.

Dr. Owonikoko has authored/co-authored greater than 250 peer-reviewed authentic manuscripts together with experiences of authentic analysis in main journals such because the New England Journal of Medication, Lancet, Cell, Science, Nature, JCO, Lancet Oncology, Most cancers Discovery, and Most cancers Cell. His work has been broadly cited with greater than 50,000 citations and an h-index of 85. He has obtained peer-reviewed extramural grant funding in assist of his analysis from the US Nationwide Institutes of Well being, Division of Protection, non-public foundations, and pharmaceutical companions.


Rocio Sotillo, PhD
Professor, School of Medication, Heidelberg College
Head of the Division of Molecular Thoracic Oncology
German Most cancers Analysis Middle, DKFZ

Dr. Rocio Sotillo, a Pharmacist from the College San Pablo-CEU in Madrid, made vital contributions to most cancers analysis throughout her Thesis on the Spanish Nationwide Most cancers Middle (CNIO) and her postdoc at Memorial Sloan Kettering Most cancers Middle. Her work illuminated the roles of cyclin dependent kinases and mitotic checkpoints in tumor growth.

In 2010, she established her lab on the EMBL-Mouse Biology Unit in Italy, funded by the Howard Hughes Medical Institute (HHMI) and the European Analysis Council (ERC). In 2015, she grew to become a full Professor on the German Most cancers Analysis Middle, specializing in understanding the mechanisms that drive lung and breast most cancers growth, development, and remedy response. Her latest achievements embrace creating distinctive mouse fashions to induce completely different oncogenes in somatic lung epithelial cells in vivo utilizing CRISPR/Cas9 that may function preclinical fashions to check probably the most environment friendly combinational therapies in lung most cancers. Dr. Sotillo is a 2009 grant recipient from LCRF’s legacy group, United In opposition to Lung Most cancers (UALC.)

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In regards to the Lung Most cancers Analysis Basis (LCRF)

The Lung Most cancers Analysis Basis® (LCRF) is the main nonprofit group centered on funding progressive, high-reward analysis with the potential to increase survival and enhance high quality of life for folks with lung most cancers. LCRF’s mission is to enhance lung most cancers outcomes by funding analysis for the prevention, analysis, therapy, and remedy of lung most cancers. Up to now, LCRF has funded 419 analysis grants, totaling almost $44 million, the best quantity supplied by a nonprofit group devoted to funding lung most cancers analysis. For extra details about the LCRF grant program and funding alternatives, go to LCRF.org/analysis.



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