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The effect of adding a selective FAK inhibitor AMP945 to FOLFIRINOX in a model of pancreatic cancer. () - Apr 26, 2023 - Abstract #ASCO2023ASCO_4823; P1b/2a The FAK inhibitor AMP945, given in a pulsed-dosing regimen in combination with FOLFIRINOX, significantly enhances survival in a mouse model of pancreatic cancer by increasing apoptosis and reducing tumor burden, highlighting the potential of this combination in clinical treatment of PC. A clinical study of the combination of AMP945 with FOLFIRINOX is now in planning.
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A novel Focal Adhesion Kinase inhibitor AMP945 for first-line treatment of pancreatic cancer () - Jan 13, 2023 - Abstract #LCC2023LCC_155; P1b/2a Once daily oral dosing has anticipated benefits in terms of limitation of risk of acquired resistance, minimal potential for drug-drug interactions, adherence to therapy, and allows patients to self- administer AMP945 with the aim of potentiating response to standard of care chemotherapy. This presentation will describe the preclinical and clinical evidence gathered so-far that supports progression of AMP945 combination therapy in patients with advanced pancreatic cancer.
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Journal: Innate Signaling in the CNS Prevents Demyelination in a Focal EAE Model. (Pubmed Central) - Jun 22, 2021 Moreover, intrathecal MIS416 altered the composition of early CNS infiltrates, increasing proportions of myeloid and NK cells and reducing T cells at the lesion site. This study contributes to an increased understanding of how innate immune responses can play a protective role, which in turn may lead to additional therapeutic strategies for the prevention and treatment of demyelinating pathologies.
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Journal, IO biomarker: Innate signaling within the central nervous system recruits protective neutrophils. (Pubmed Central) - Dec 30, 2020 In contrast to intrathecal administration, intravenous administration of MIS416 led to monocyte but not neutrophil infiltration to the CNS. We thus identify a CNS-intrinsic and -specific phagocytosis-induced recruitment of anti-inflammatory neutrophils that contribute to CNS homeostasis and may have therapeutic potential.
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Enrollment change, HEOR: Health Status and Quality of Life in the Elderly (clinicaltrials.gov) - Mar 11, 2015 P=N/A, N=12, Terminated, Recruiting --> Active, not recruiting | Trial primary completion date: May 2016 --> Mar 2017 N=84 --> 12
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Trial termination, HEOR: Health Status and Quality of Life in the Elderly (clinicaltrials.gov) - Sep 4, 2014 P=N/A, N=84, Terminated, Trial primary completion date: Dec 2015 --> May 2016 Recruiting --> Terminated; Recruitment problems
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Enrollment open, HEOR: Health Status and Quality of Life in the Elderly (clinicaltrials.gov) - Oct 16, 2013 P=N/A, N=84, Recruiting, Recruiting --> Terminated; Recruitment problems Not yet recruiting --> Recruiting
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