NotizieAssistito da IA

Myricx Bio Secures $114M For Breakthrough Cancer Treatment Trials

Myricx Bio secures £90M to advance NMTi-ADC platform targeting tumour-associated antigens.

Mrudula Kulkarni
Di Mrudula Kulkarni
Caporedattore - Pharma Now
8 lug 2024Updated Jun 26, 2025 · 2 min di lettura
Myricx Bio Secures $114M For Breakthrough Cancer Treatment Trials
https://www.bloomberg.com/news/articles/2024-07-07/lilly-and-novo-owner-back-uk-biotech-myricx-in-90-million-round
Giornalismo assistito da IA
Reviewed by Mrudula Kulkarni, Caporedattore - Pharma Now

Myricx Bio, a UK-based biotech firm specializing in the development of groundbreaking payloads for antibody-drug conjugates (ADCs), has successfully secured £90 million ($114 million) in its series A financing round. This round was co-led by Novo Holdings and Abingworth, two prominent life science investors. New participants included British Patient Capital (a subsidiary of the British Business Bank plc), Cancer Research Horizons, and Eli Lilly and Company, alongside founding investors Brandon Capital and Sofinnova Partners.

As part of the financing agreement, Michael Bauer of Novo Holdings and Lucille Conroy of Abingworth will join the Myricx Board of Directors. The newly acquired funds will support the expansion of Myricx’s proprietary N-Myristoyltransferase inhibitor (NMTi) ADC payload platform and further the development of its pipeline of NMTi-ADCs, targeting clinically validated tumour-associated antigens through clinical proof of concept.

NMT, an enzyme that adds a specific lipid modification to key protein targets essential for cancer cell survival, is at the core of Myricx’s innovative approach. Myricx is advancing a series of ADCs to meet significant unmet needs in oncology using its NMTi payload chemistry platform, which has shown remarkable preclinical efficacy and safety across various solid tumour-associated antigens and cancer cell types.

Initial studies have demonstrated that Myricx’s NMTi-ADCs achieve complete and durable tumour regressions at well-tolerated doses in several solid cancer models resistant to Topo1i-based ADCs. These NMTi-ADCs also exhibit potent bystander activity and deliver high efficacy in patient-derived xenograft (PDX) organoid models across a wide range of antigen expression levels.

ArgomentiNotizie
Mrudula Kulkarni
Written by
Mrudula Kulkarni
Caporedattore - Pharma Now

My international experience as a researcher in Taiwan for three years has equipped me with a global perspective, enabling me to create content that resonates with an international audience.



Discussion

Caricamento della discussione…

Altro da Pharma News

Tutti gli articoli →