[{"orgOrder":0,"company":"Oblato","sponsor":"Not Applicable","pharmaFlowCategory":"DU","amount":"Not Applicable","upfrontCash":"Not Applicable","newsHeadline":"Oblato Announces That It Has Completed Enrollment Of Patients For The Phase 2 Recurrent Glioblastoma Multiforme Clinical Trial In The US","therapeuticArea":"Oncology","highestDevelopmentStatus":"Phase II","country":"U.S.A","productType":"Small molecule","productStatus":"New Molecular Entity","date":"October 2022","url1":"","url2":"","graph1":"Oncology","graph2":"Phase II"},{"orgOrder":0,"company":"Oblato","sponsor":"Not Applicable","pharmaFlowCategory":"DU","amount":"Not Applicable","upfrontCash":"Not Applicable","newsHeadline":"Oblato Announces the First Enrollment in a Phase 1 Clinical Trial for an Oral Formulation of OKN-007 in Recurrent High-Grade Glioma Patients in the USA","therapeuticArea":"Oncology","highestDevelopmentStatus":"Phase I","country":"U.S.A","productType":"Small molecule","productStatus":"New Molecular Entity","date":"April 2023","url1":"","url2":"","graph1":"Oncology","graph2":"Phase I"}]
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OKN-007 significantly decreases tumor hypoxia (HIF-1α), angiogenesis (MVD, VEGFR2) and cell proliferation (GLUT-1, MIB-1, and Ki-67), and increases apoptosis (cleaved caspase 3). It is being investegated for recurrent high-grade glioma.
OKN-007 improves the tumor microenvironment by multiple mechanisms of action, including removal of reactive oxygen species, reducing the levels of both TGF-beta and HIF-1alpha, and by normalizing the blood vessels in the tumor.