With an initial €8 million (US$8.4 million) in seed funding in the bank, Tessellate Bio has emerged from stealth to tackle cancers that rely on the less well explored synthetic lethality mechanism of alternative lengthening of telomeres.
With an initial €8 million (US$8.4 million) in seed funding in the bank, Tessellate Bio has emerged from stealth to tackle cancers that rely on the less well explored synthetic lethality mechanism of alternative lengthening of telomeres.
Lantern Pharma Inc. has received IND clearance from the FDA for LP-184, which is being developed for advanced solid tumors and central nervous system (CNS) cancers.
The stock rally by Tango Therapeutics Inc. over the past month or so has further revved the long-percolating interest in protein arginine methyl transferase 5 (PRMT5) and in synthetic lethality, where a number of parties have programs ongoing.
Vividion Therapeutics Inc. has signed a potential $930 million deal with Tavros Therapeutics Inc., focused on finding four cancer targets using the latter’s technology that aims to exploit weaknesses in tumor cells and cause them to self-destruct.
Startup Avelos Therapeutics Inc. raised $8 million in series A funding that will launch the company’s biomarker-driven cancer therapy pipeline using its synthetic lethality platform. Participating in the series A funding were SV Investment, UTC Investment, Quad Investment Management, Timepolio Asset Management, Mirae Asset Venture Investment and Mirae Asset Capital.
Nodus Oncology Ltd. is set to explore new avenues of DNA damage response by targeting the chromosome next-door neighbors of tumor suppressor genes that are damaged when tumor suppressor genes are inactivated via homozygous deletion. These collaterally deleted ‘passenger genes’ play diverse functions in cell homeostasis and so present a number of molecularly targeted vulnerabilities that can provide a route to destroying cells which carry a tumor suppressor gene.
“The premise of our whole company is that we target molecular machines, but we don’t target the engine,” Adrian Schomburg told BioWorld. Instead, “we interfere with the throttle and other highly specific controls of these machines.” “We,” in this case, is Eisbach Bio GmbH, a German startup that is developing anticancer programs aimed at exploiting synthetic lethality by targeting helicases. Founded in 2019, the company has three programs, a recently announced collaboration with MD Anderson Cancer Center in oncology, and another program in COVID-19.
The start of a phase Ib/II trial with nanatinostat by Viracta Therapeutics Inc. has brought new attention to the burgeoning field of synthetic lethality, where a number of players are piquing the interest of Wall Street.
