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TransCode Therapeutics Appoints Oncology Veteran Dr. Michel Janicot as Senior Development Officer

By FisherVista

TL;DR

TransCode Therapeutics gains strategic advantage by appointing Dr. Michel Janicot, leveraging his 35+ years of oncology expertise to accelerate TTX-MC138 and Seviprotimut-L toward clinical trials.

Dr. Janicot will guide TransCode's R&D strategy using his RNA biology and translational medicine expertise to advance oncology programs through preclinical and early clinical development stages.

This appointment strengthens TransCode's mission to defeat metastatic cancer through innovative RNA therapeutics, potentially improving treatment outcomes for cancer patients worldwide.

TransCode brings on a former Janssen leader with deep RNA expertise to advance their nanoparticle platform targeting microRNA-10b, a unique biomarker of cancer metastasis.

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TransCode Therapeutics Appoints Oncology Veteran Dr. Michel Janicot as Senior Development Officer

TransCode Therapeutics, Inc. (NASDAQ: RNAZ) has appointed Dr. Michel Janicot as consultant Senior Development Officer, bringing more than 35 years of global oncology drug-development experience to support the advancement of the company's investigational cancer therapies. This strategic appointment comes as TransCode progresses its RNA-based oncology programs toward later-stage clinical trials, signaling a critical phase in the development of novel metastatic cancer treatments.

Dr. Janicot, founder of JMi ONConsulting and former senior leader at pharmaceutical giants Rhône-Poulenc Rorer and Janssen, brings deep expertise in RNA biology, preclinical strategy, translational medicine, and early clinical development. His extensive background in oncology drug development positions him to guide TransCode's strategic research and development initiatives during a pivotal period for the company's pipeline. The appointment underscores TransCode's commitment to advancing its proprietary RNA therapeutics platform against metastatic disease, one of the most challenging areas in cancer treatment.

The company's lead therapeutic candidate, TTX-MC138, targets metastatic tumors that overexpress microRNA-10b, a well-documented biomarker of metastasis. This approach represents a novel strategy in cancer treatment, focusing specifically on the mechanisms that drive cancer spread rather than just primary tumor growth. TransCode's broader portfolio includes other first-in-class RNA therapeutic candidates designed to overcome the challenges of RNA delivery, potentially unlocking access to various genetic targets relevant to treating multiple cancer types.

This leadership addition is significant for investors and the oncology community as it strengthens TransCode's capability to navigate the complex regulatory and development pathway required for bringing innovative cancer therapies to market. The company's latest news and updates relating to RNAZ are available in the company's newsroom at https://ibn.fm/RNAZ. The full details of Dr. Janicot's appointment can be viewed in the complete press release available at https://ibn.fm/TAIIy.

The implications of this appointment extend beyond corporate leadership changes, potentially accelerating the development timeline for TransCode's metastatic cancer treatments. As the company moves its programs toward later-stage trials, Dr. Janicot's experience in translational medicine and early clinical development could prove crucial in bridging the gap between preclinical research and human trials. For patients with metastatic cancer, who often face limited treatment options, the advancement of RNA-based therapies represents hope for new therapeutic approaches that target the fundamental mechanisms of cancer spread.

The oncology drug development landscape continues to evolve with RNA therapeutics emerging as a promising modality, and TransCode's strengthened leadership team positions the company to potentially contribute meaningful advances in this space. The success of these programs could have broader implications for the field of RNA-based cancer treatments, potentially validating new approaches to targeting metastatic disease and opening pathways for similar therapeutic strategies across multiple cancer types.

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FisherVista

FisherVista

@fishervista