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Yusuf Erkul

Yusuf Erkul

Co-founder & CEO of Kernal Bio, MD, MBA, Sloan alum, ex-Merck

Cambridge, Massachusetts

Summary

Yusuf Erkul is a visionary biotech entrepreneur and scientist, co-founding and leading Kernal Biologics as CEO. His work at Kernal Bio focuses on developing cutting-edge mRNA 2.0 immunotherapies, utilizing AI and selective mRNA-LNP technology for precise targeting of cancer cells and autoimmune diseases. Under his leadership, the company has secured significant funding and gained recognition for its innovative approach to mRNA therapeutics. aventure+5
With a strong academic and research background, Yusuf holds an M.D. from Hacettepe University, a B.S. in Biology from MIT, and an Executive MBA from MIT Sloan School of Management. His early career included significant cancer research at MIT, Beth Israel Deaconess Medical Center, and Harvard Medical School, followed by impactful work at Merck & Co. where he contributed to the development of FDA-approved oncology drugs and established preclinical models for immuno-oncology. bio+3
Yusuf is a prolific inventor, holding multiple patents and patent applications related to advanced mRNA technologies, including compositions and methods for targeted delivery of agents, oncoselective cancer therapy, engineered oncoselective protein expression, constitutively active payloads, and precisely engineered stealthy messenger RNAs. His academic publications also reflect his expertise in cancer research and molecular biology. justia+1

Work

Education

Writing

COMPOSITIONS AND METHODS FOR DELIVERY OF AGENTS

July 1, 2025

Provides lipid nanoparticle compositions and methods of use with increased specificity for specific cells or tissues.

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ONCOSELECTIVE CANCER THERAPY

October 1, 2024

Technologies for treating cancer using oncoselective construct designs encoding payloads of high therapeutic interest, recognizing advantages of combining with immune checkpoint therapy.

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ENGINEERED ONCOSELECTIVE PROTEIN EXPRESSION

July 1, 2024

Technologies for achieving oncoselective translation by identifying oncoselective sequence motifs to engineer synthetic DNAs or mRNA constructs for cancer cell-specific protein expression.

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CONSTITUTIVELY ACTIVE PAYLOADS

February 1, 2024

Methods and compositions useful for induction of cell death, specifically translatable nucleic acids encoding constitutively active payloads capable of inducing immunogenic cell death.

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PRECISELY ENGINEERED STEALTHY MESSENGER RNAS AND OTHER POLYNUCLEOTIDES

October 1, 2021

Methods for lowering immunogenicity in long polynucleotide sequences through precise sequence engineering of immunogenic motifs, resulting in improved functionality like low innate immunogenicity, improved stability, or high protein expression.

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Secondary acute myeloid leukemia arising early after cyclophosphamide treatment

January 1, 2015
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PDK1 attenuation fails to prevent tumor formation in PTEN-deficient transgenic mouse models

January 1, 2011
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