The following represents disclosure information provided by authors of this abstract. The program committee has reviewed all presenting author disclosure reports, identified potential conflicts of interest, and implemented strategies to manage those areas of conflict, where appropriate. All relationships are considered compensated. Relationships are self-held unless otherwise noted. I = Immediate Family Member, Inst = My Institution
 
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Patient navigation for lung cancer screening in an urban safety-net system: A pragmatic randomized clinical trial.
 
Sheena Bhalla
Consulting or Advisory Role - Mirati Therapeutics; Takeda
 
Vijaya Subbu Natchimuthu
No Relationships to Disclose
 
Jessica L. Lee
No Relationships to Disclose
 
Urooj Wahid
No Relationships to Disclose
 
Hong Zhu
No Relationships to Disclose
 
Noel O. Santini
No Relationships to Disclose
 
Travis Browning
Consulting or Advisory Role - Change Healthcare
 
Heidi A Hamann
No Relationships to Disclose
 
David H. Johnson
Consulting or Advisory Role - Aileron Therapeutics; Boston University; Merck; Pfizer
 
Hsienchang Chiu
No Relationships to Disclose
 
Simon Craddock Lee
No Relationships to Disclose
 
David E Gerber
Stock and Other Ownership Interests - Gilead Sciences
Consulting or Advisory Role - BeiGene; Catalyst Pharmaceuticals; Daichi Sankyo; Janssen Oncology; Mirati Therapeutics; Regeneron; Sanofi
Research Funding - AstraZeneca (Inst); BerGenBio (Inst); Karyopharm Therapeutics (Inst); Novocure (Inst)
Patents, Royalties, Other Intellectual Property - Co-founder, Chief Scientific Officer, OncoSeer Diagnostics, LLC; Royalties from Decision Support in Medicine from the Clinical Decision Support--Oncology on-line program.; Royalties from Oxford University Press from two books.; UTSD 3352 - US Patent Application 17/045,482 PREDICTION AND TREATMENT OF IMMUNOTHERAPEUTIC TOXICITY (“Chemokines” and “Cytokines”); UTSD 3352 - US Patent Application 17/045,482 PREDICTION AND TREATMENT OF IMMUNOTHERAPEUTIC TOXICITY (“Chemokines” and “Cytokines”); UTSD 4153 - US Patent Application 63/386,387 IMMUNOTHERAPY TOXICITY – CELL PHENOTYPES; UTSD 4169 - US Patent Application 63/382,972 BIOMARKERS INCLUDING RNA FOR IMMUNOTHERAPY TOXICITY; UTSD 4169 - US Patent Application 63/382,972 BIOMARKERS INCLUDING RNA FOR IMMUNOTHERAPY TOXICITY; UTSD 4184 - US Patent Application 63/382,257 T CELL TOLERANT FRACTION AS A PREDICTOR OF IMMUNE-RELATED ADVERSE EVENTS; UTSD 4184 - US Patent Application 63/382,257 T CELL TOLERANT FRACTION AS A PREDICTOR OF IMMUNE-RELATED ADVERSE EVENTS
(OPTIONAL) Uncompensated Relationships - Bristol-Myers Squibb