Discovery/R&D

41. IDO Target Perseverence With IO Biotech's Mai-Britt Zocca, Ph.D. 9/13/2022

    Under the leadership of Mai-Britt Zocca, Ph.D., IO Biotech is advancing novel, immune-modulating cancer therapies targeting IDO (indoleamine 2,3-dioxygenase). Though promising, the target fell out of favor after some high-profile misses – most notably Merck's Phase 3 failure with pembrolizumab in 2018. But Immunome's dual mechanism of action is renewing interest in the target, and Dr. Zocca is gaining confidence as the company's data grows. On this episode of the Business of Biotech, she shares the approach, how it differs from previous attempts, and how her company is working to advance its programs in the wake of IDO's fall from grace.

42. The Antibody Engine With Abpro's Chan Brothers 12/5/2022

    In an industry that takes new business naming conventions to etymological extremes, Abpro is a refreshingly clear exception. Brothers Ian Chan (CEO & Co-Founder) and Eugene Chan, M.D., (Chairman & Co-Founder) are antibody pros. The company's pipeline spans no fewer than 8 antibody candidates aimed at COVID-19, cancers including breast, gastric, and liver, and ophthalmologic indications DME and wet AMD. With a scientific advisory board led by Bob Langer, Ph.D. of Moderna fame and a new partnership with global powerhouse Celltrion worth a potential $1.75 billion, the company's on the move. On this episode of the Business of Biotech, the Chan brothers take us behind the scenes of Abpro's progress.

43. Innate Immunity & Mouse Models With LIfT Biosciences' Alex Blyth 7/11/2022

    Serial inventor and entrepreneur Alex Blyth had long held interests in health and science, but losing his mom to pancreatic cancer was the inflection point that launched LIfT Biosciences in 2016. Now, the preclinical company is on a mission to develop the world's first 'off-the-shelf' cell therapy to destroy all solid tumors, irrespective of strain or mutation, beginning with pancreatic cancer. On this episode of the Business of Biotech, Blyth shares the company's scientific approach and progress, and we explore the shortcomings of legacy clinical protocols including the inherent problems and limitations of mouse models.

44. Drug Development: From Bench To Bedside With Allan Shaw 5/10/2021

    CFO to the biopharma stars and frequent Business of Biotech guest Allan Shaw joins us for a candid discussion on the keys to efficiency as you move your candidate from the bench to the bedside. Shaw shares the common perils of insular thinking in biopharma and offers practical advice for avoiding those pitfalls. We discuss the value of being early in the context of the current biopharma market — early to study, early to differentiate, early to kill if necessary, and early to fund your project on its journey to the clinic.

45. RNA-Based Therapeutics With Nutcracker Therapeutics' Dr. Geoff Nosrati 11/21/2022

    Nutcracker Therapeutics is a preclinical biopharma company developing multimodal RNA-based therapeutics for HPV-driven tumors, T-cell lymphoma, and Genitourinary tumors. On this episode of the Business of Biotech, Chief Business Officer Geoff Nosrati, Ph.D. offers a comprehensive view of the RNA-based therapeutics landscape and sheds light on what he perceives as an advantageous position at Nutcracker — the capacity to manufacture RNA in-house. If you're curious about the expanding science behind RNA-based therapeutics and their application in biotech, this conversation with a scientist-turned-chief business officer (Nosrati earned his Ph.D. in Biochemistry and Molecular Biology) is a can't-miss episode.

46. BoB In South Florida: Anthony Japour, M.D., iTolerance 10/16/2025

    On this week's episode of the Business of Biotech, Anthony Japour, M.D., CEO at iTolerance, talks about his work as a physician treating infectious diseases, his CEO role in diagnostics at the height of the COVID-19 pandemic, what he learned working as a medical director at a large CRO, and iTolerance's work toward a cure for Type 1 diabetes that doesn't require chronic immunosuppression.

47. What's A Biologic Revolution? With Vaxxinity's Mei Mei Hu, J.D. 8/8/2022

    Vaxxinity CEO Mei Mei Hu, J.D. leads a company with some lofty ambitions. The democratization of healthcare, interplanetary colonization, and development of accessible therapeutic vaccines to serve and enable both. Those big-picture visions have helped the company establish itself as a pioneer of the "third biologics revolution." On this week's Business of Biotech podcast, Mei Mei joins me to share Vaxxinity's strategy, what "democratization" and "revolution" really_mean, why traditional vaccines and biologic therapies are converging to form the "third biologic revolution," and a whole lot more.

48. Multimodal R&D Management With Incyte's Jim Lee, M.D., Ph.D. 1/18/2024

    Success at multimodal, multi-indication, deep-pipelined Incyte—where commercial operations are as familiar as pre-discovery activity is—begins at the earliest opportunity to achieve research and discovery efficiencies.

49. Maximizing mRNA With Precision Nanosystems' James Taylor, Ph.D. 11/8/2021

    Dr. James Taylor believes that genomic medicine will prove the most revolutionary thing the life sciences industries have ever seen, and that it will ultimately become the largest therapeutic class. Dr. Taylor is president and CEO at Precision Nanosystems. He chalks up the genomic nature of biology, the fact that genomes are information-based, the breadth and validation of the genomic medicine toolbox, and the democratization of genomic medicine development as reasons to be bullish. Join Dr. Taylor and me for a conversation on why RNA and DNA delivery are game-changers, and what Precision Nanosystems is doing to push the ball downfield.

50. Plant-Based Biologics With iBio's Randy Maddux 2/14/2022

    iBio COO Randy Maddux walks us through the Bryan, Texas-based biopharma's attempt to turn the CHO cell biologic development paradigm on its ear with hydroponically-grown N. benthamiana. His company's FastPharming approach to protein production, he says, could be modularized to speed cycle times and dramatically reduce upstream costs at scales large and small. For its part, iBio is proving out the approach on a host of therapeutic and vaccine candidates for oncological, infectious, and fibrotic diseases.