Kymera Therapeutics Announces Third Quarter 2026 Financial Results and Reports Positive Results from the KT-579 Phase 1 Healthy Volunteer Trial
KT-579 (IRF5) Phase 1 healthy volunteer data demonstrated deep, sustained IRF5 degradation, robust modulation of disease-relevant biomarkers and a favorable safety profile
KT-579 LUMORA Phase 1b trial in lupus patients planned to start by early 2027
Last patient completed last visit in KT-621 (STAT6) BROADEN2 Phase 2b AD trial, with topline data to be reported by year-end 2026
KT-621 BREADTH Phase 2b asthma trial ongoing, with topline data expected to be reported in late 2027
Well-capitalized with $1.6 billion in cash as of September 30, 2026, and runway into 2029
Company to hold video conference call and webcast today at 8:30 a.m. ET
Watertown, Mass. (October 29, 2026) – Kymera Therapeutics, Inc.(NASDAQ: KYMR), a clinical-stage biopharmaceutical company advancing a new class of oral small molecule degrader medicines for immunological diseases, today reported financial results for the third quarter ended September 30, 2026, and provided business highlights and updates on its pipeline.
“Kymera’s recent progress reinforces the opportunity across our portfolio and our ability to help shape a new era of differentiated oral medicines in immunology,” said Nello Mainolfi, PhD, Founder, President and CEO, Kymera Therapeutics. “With KT-621 and KT-579, we are advancing complementary immunoregulatory mechanisms that target distinct drivers of disease, with significant potential to address unmet needs across the current treatment landscape. The last patient has now completed their week 16 visit in our KT-621 BROADEN2 Phase 2b atopic dermatitis trial, and we plan to report topline data by year-end 2026. We also are planning to initiate our first Phase 3 AD trial by mid-2027, and report data from our BREADTH Phase 2b asthma trial in late 2027.”
Dr. Mainolfi continued, “The positive results from the Phase 1 healthy volunteer trial of KT-579, which we reported today, demonstrate strong translation of its preclinical pharmacology into humans and highlight its potential to modulate multiple core inflammatory pathways through a single oral mechanism. These findings exceed our expectations in terms of depth of degradation, safety and pathway suppression measured by downstream cytokines and gene transcripts. The results provide an important foundation as we advance KT-579, our 7th degrader to enter the clinic, toward a study in lupus patients and explore the opportunity for targeting IRF5 in additional autoimmune diseases. Beyond these clinical programs, our research engine remains focused on unlocking novel biology and pursuing high value targets to build the next wave of oral medicines for patients who need effective, safe and convenient treatment options.”

