Kyoji Tsuchikama
@tsuchikamal
Associate Professor, PI, Antibody-Drug Conjugate (ADC) expert, Medicinal Chemistry, Univ of Texas HSC Houston @UTHealth @TxMedCenter
linkedin.com/in/kyoji/
ID: 1012017492573720577
https://www.tsuchikamalab.org/ 27-06-2018 16:59:07
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95 Followers
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I’m excited to share the story of building CrossBridge Bio with Kyoji Tsuchikama at #ASPET2024! Great science + A Great Team = High Probability of Success!
Why was IMpassion132 negative? And what’s the path forward for improving outcomes in early recurrent TNBC? Great discussion by Sara Tolaney (Sara Tolaney), recapitulating the current status & future hopes for one of the most challenging presentations of breast cancer. #ESMOBreast24
Detailed safety data on TB01 presented by Komal Jhaveri, MD, FACP, FASCO. Key tox with Dato-DXd: stomatitis (55%), mostly G1-2 with early onset and ocular toxicities (40%), mostly G1, median onset 65d. ILD is rare (3.3%) but potentially severe. Most common tox in the chemo arm were hematologic.
Giuseppe Curigliano (G Curigliano MD PhD) highlights key activity and toxicity data with the three most advanced Trop2-ADCs in the clinic for breast cancer. #ESMOBreast24 #ESMOAmbassadors ESMO - Eur. Oncology
Pr Egbert Smit elegantly suggests that TROP-2 ADCs with a topo-1 inhibitor payload (deruxtecan, govitecan…) are not better that old fashioned topo-1 inhibitors such as irinotecan or topotecan.
Looking for weekend reading material? Check out this Review by Anthony Letai MD PhD and Hugues de The on the critical role of conventional chemotherapy in cancer treatment and the knowledge gaps that persist. Dana-Farber bit.ly/41Hq89j
📃Don't miss this Comment Nature Cancer 's Focus Issue - 2024 in Review: 'Toward clinical applications of #spatialomics in #cancerresearch' ✏️By Cameron Walker & Michael Angelo 🔗doi.org/10.1038/s43018…
NCI-supported researchers Memorial Sloan Kettering Cancer Center found that immune triads, which are clusters of three different types of immune cells, in tumors are required for effective #immunotherapy in preclinical models. Find out more in this press release. go.nih.gov/sQKfuiJ
Tomatoes lose their bitterness and toxicity as they ripen thanks to DNA demethylation, the hormone ethylene, and key transcription factors, finds a new Science Advances study. scim.ag/3EOMHQ4