Felicitex Therapeutics and Selvita Initiate Strategic Collaboration to Target Cancer Quiescence
Felicitex Therapeutics and Selvita have entered into a strategic collaboration to develop breakthrough personalized cancer therapeutics for some of the deadliest and most resistant cancers, such as pancreatic, colon, ovarian, lung and hematopoietic tumors.
During the first phase of the collaboration the companies seek to discover and develop selective inhibitors of the cancer quiescence target kinase family, to generate multiple novel drug candidates against the quiescent cancer cells. The ultimate aim of the joint project is to deliver clinical candidates for unmet oncology indications. The companies plan joint projects on other targets related to cancer quiescence in the future.
It is currently well accepted in the scientific community that populations of malignant cells are highly heterogeneous and whereas some of the cancer cells divide rapidly, some of the cancer cells are quiescent. All currently available cancer chemotherapies target proliferating cancer cells. Quiescent cancer cells are invulnerable to these treatments because quiescent cells are not dividing. Moreover, when cancer cells are under stress, such as from chemotherapy, anti-angiogenesis therapy, or radiation, cancer cells often go to “sleep”, or use quiescent state as a niche to hide. After the completion of treatment, these cells begin growing again and cause cancer recurrence.
Felicitex Therapeutics’ technology targets quiescent, non-responsive cancer cells with two therapeutically beneficial outcomes — firstly making cancer cells vulnerable to conventional treatments, and secondly preventing cancer cells from hiding in the quiescent state for indeterminate period of time and thereby delaying or eliminating cancer recurrence.
“Cancer cell quiescence is a major and as yet unaddressed mechanism of cancer resistance," said Maria Vilenchik, Founder, CEO and Scientific Director of Felicitex Therapeutics. "At Felicitex we strive to develop treatments for some of the deadliest and most resistant to therapy cancers, among which pancreatic cancer is particularly vicious. Our collaboration with Selvita creates the opportunity to identify novel therapeutic solutions and bring hope to cancer patients.”
“We want to partner with best scientific teams in the world in order to explore different approaches against neoplastic processes," said Pawel Przewiezlikowski, CEO of Selvita. The unique know-how of Felicitex in the area of cancer quiescence together with scientific expertise of Selvita team will highly increase our chances to develop new highly-differentiated therapeutics.”
The alliance of Felicitex Therapeutics and Selvita allows to combine Felicitex’s experience in targeting cancer quiescence with Selvita’s significant know how on cancer quiescence target kinases, leading to a potentially breakthrough cooperation and delivery of much needed effective antineoplastic medicines.
“The primary focus of our R&D efforts is development of personalized targeted therapies that address unmet medical needs in oncology,” said Krzysztof Brzozka, PhD, Chief Scientific Officer of Selvita. “The collaboration with Felicitex Therapeutics will be an important part of our strategy of diversified R&D approach and will even more broaden the current pipeline of anticancer projects that we are involved in.”
As part of the research collaboration Selvita will receive from Felicitex guaranteed research funding and a value share in joint projects which may in future be monetized through milestone payments from Felicitex or a portion of revenues from programmes partnered by Felicitex. The first committed research period will be 15 months with an option for Felicitex to extend the collaboration for additional 12 months. Selvita will also receive royalties after the jointly discovered drugs have been approved.
Related News
-
News Understanding the Benefits and Advances of Cleanroom Technology
In an industry where precision and sterility are crucial concerns, cleanrooms play a vital role in maintaining the integrity of pharmaceutical products like drugs, vaccines, and other medical products. So, what is a cleanroom?
-
News AbbVie secures GBP£1.2 billion deal for Gilgamesh’s psychedelic programme
AbbVie has penned a significant agreement to acquire the bretisilocin programme from Gilgamesh Pharmaceuticals for up to £1.2 billion, marking a bold step in the pharmaceutical giant's quest to develop treatments for psychiatric disorders. -
News Gates Foundation commits US$2.5 billion to women’s health research
The Bill & Melinda Gates Foundation has announced a substantial US$2.5 billion commitment to accelerate research and development focused exclusively on women's health through 2030.
-
News Mid-year review: notable FDA drug approvals of 2025
As we fly past the halfway point of 2025, the pharmaceutical landscape reliably continues to evolve with innovative therapies addressing critical medical needs. The FDA has already approved 17 groundbreaking medications this year, each representin... -
News US FDA announces new priority vouchers for accelerated review times
The US FDA announced a new priority program for drug developers – the Commissioner’s National Priority Voucher (CNPV) program aims to enhance the health interests of the US by allowing drug developers to redeem a voucher, shortening th... -
News Google-backed start-up raises US$600 million to support AI drug discovery and design
London-based Isomorphic Labs, an AI-driven drug design and development start-up backed by Google’s AI research lab DeepMind, has raised US$600 million in its first external funding round by Thrive Capital. The funding will provide further power t... -
News AstraZeneca to invest US$2.5 billion in Beijing R&D centre
Amid investigations of former AstraZeneca China head Leon Wang in 2024, AstraZeneca have outlined plans to establish its sixth global strategic R&D centre in China. Their aim is to further advance life sciences in China with major research and manufact... -
News Experimental drug for managing aortic valve stenosis shows promise
The new small molecule drug ataciguat is garnering attention for its potential to manage aortic valve stenosis, which may prevent the need for surgery and significantly improve patient experience.