Uncover Yinuoke's approach in tackling the urgent need for stage 4 cancer treatment.
Yinuoke's pioneering research holds promise to transform outcomes for patients worldwide.
Yinuoke aims to develop new options for those facing late-stage cancer through innovative research.
Yinuoke strives to create novel therapies through rigorous R&D efforts that could provide hope for advanced cancer patients.
Through targeted scientific inquiry, Yinuoke is advancing breakthrough solutions for hard-to-treat cancers.
We are pushing the limits of scientific discovery in late-stage cancer care.
Groundbreaking innovation and life-saving therapies
Passionate scientists at the forefront of late-stage cancer research
Advancing understanding and revolutionizing late-stage cancer care
Breaking Cancer Barriers
Driven by our mission to conquer late-stage cancer and save lives, we prioritize verifiable data and clinical trial results to validate the effectiveness of our therapies.
Our leadership team drives innovative research in advanced-stage cancer treatment. With a focus on precision medicine, we tailor treatment options to optimize outcomes for late-stage cancer patients
Our science represents a distinctive approach to addressing the challenges we strive to overcome in the field of late-stage cancer care. We go beyond conventional methods, diving deep into the intricate mechanisms that drive the rapid decline in patients with advanced cancer.
Our leading drug candidate is YNK105, a small molecule program being developed to treat cancer cachexia. It shows great promise as a potential breakthrough therapy for this condition. Early results from our ongoing proof-of-concept clinical trial have demonstrated YNK105’s effectiveness. This drug has high potential as a treatment for the wasting and muscle loss that is a symptom of cancer cachexia.
Yinouke’s drug candidate, YH-101, is a novel anti-LIFR antibody. It represents a promising new strategy for treating advanced cancer. The antibody, YH-101, aims to treat cancer patients both with and without cachexia. It works by targeting the LIF/LIFR pathway, which is implicated in driving tumor growth, metastasis, immune evasion, and cachexia. This pathway achieves these effects through activation of JAK/STAT signaling. As the first drug of its kind to target LIFR, YH-101 has the potential to become an important new therapeutic option for late-stage cancer through its multi-pronged mechanism of action.