Afuresertib(LAE002) is one of the only two AKT inhibitors in or completed the pivotal-stage clinical development for anti-cancer treatment globally.

Afuresertib is a potent AKT inhibitor that inhibits all three AKT isoforms (AKT1, AKT2 and AKT3). Afuresertib has demonstrated several advantages compared to other AKT inhibitors, including higher efficacy, better potency, more significant tumor inhibition exposure and a better safety profile, based on public data. Capivasertib is the first approved AKT inhibitor from AstraZeneca, which FDA approved for HR+/HER2- breast cancer in November 2023.

With the promising efficacy data from our Afuresertib Phase Ib study for HR+/HER2- breast cancer, which was presented in SABCS 2023, Laekna has initiated the Phase III pivotal study. We also continue to develop our clinical trials for the treatment of breast cancer, prostate cancer, ovarian cancer and PD-1/PD-L1 drug-resistant solid tumors to address the unmet medical needs. In several clinical trials, the combination of Afuresertib with other therapeutics exhibits favorable efficacy results.

LAE102 is a monoclonal antibody against ActRIIA, a receptor that plays an important role in muscle regeneration and lipid metabolism.

Laekna has obtained IND approval from the FDA in relation to obesity. In the pre-clinical models, LAE102 has been shown to increase lean mass and decrease fat mass. In combination with GLP1R agonist, LAE102 can further reduce fat mass and dramatically attenuates lean mass loss induced by GLP1R agonist.  This makes LAE102 a drug candidate for achieving quality weight control through reducing fat while keeping muscle mass.

Blocking Activin-ActRII pathway could promote skeletal muscle regeneration and decrease fat mass. Laekna team is developing more drug candidates to maximize the value of targeting ActRII receptors. LAE103 is an ActRIIB-selective antibody and LAE123 is a dual inhibitor for ActRIIA/IIB. Both are the company’s internally discovered antibodies for muscle regeneration and other disease indications in the drug candidate pipeline.