The pioneering p300/CBP drug development company
Inobrodib; oral first-in-class p300/CBP inhibitor drug treating specific cancer types
Inobrodib; oral first-in-class p300/CBP inhibitor drug
CellCentric is a clinical stage biotech company; science driven, patient focused. We lead in the inhibition of p300/CBP to treat multiple specific cancer types. Our aim is to develop our first-in-class drug, inobrodib, as quickly and as effectively as possible for the benefit of patients.
About inobrodib
Inobrodib is a small molecule which disrupts the growth of cancer cells by inhibiting twin gene activation factors, p300 and CBP. It binds to a specific part of the twin proteins (the bromodomain). It is highly selective and does not impact similar pockets on other proteins. Inobrodib displaces p300/CBP from specific parts of chromatin, reducing the activation of genes involved in tumour progression, including IRF4, MYC and the androgen receptor (AR and its variants). The drug continues to be tested in clinical trials, where it is showing promise particularly in treating patients with drug resistant multiple myeloma.
Patient preference
Many new cancer treatments are complex and require significant hospitalisation time. Inobrodib is an oral drug that can be taken at home. This is a key patient preference, allowing people to feel more in control, and less burden on their families. Tolerated and easier to administer drugs also help address health inequities, ensuring greater uptake by the widest communities.
Latest tweets from @CellCentric
Inobrodib in Cancer Cell: a differentiated MoA to treat certain cancers, through targeting the bromodomain of p300/CBP. https://www.cellcentric.com/press-release/cellcentrics-inobrodibs-novel-mechanism-new-data-published-in-cancer-cell/
CellCentric will be presenting PhIb/IIa multiple myeloma clinical data at#ASH23, San Diego, next month. Cancer Cell press release: https://www.cellcentric.com/press-release/cellcentrics-inobrodibs-novel-mechanism-new-data-published-in-cancer-cell/
A clear mechanistic reason why inobrodib can be efficacious and tolerated, particularly in treating multiple myeloma: https://www.cell.com/cancer-cell/fulltext/S1535-6108(23)00366-5
Inobrodib in Cancer Cell: a differentiated MoA to treat certain cancers, through targeting the bromodomain of p300/CBP. https://www.cellcentric.com/press-release/cellcentrics-inobrodibs-novel-mechanism-new-data-published-in-cancer-cell/
CellCentric will be presenting PhIb/IIa multiple myeloma clinical data at#ASH23, San Diego, next month. Cancer Cell press release: https://www.cellcentric.com/press-release/cellcentrics-inobrodibs-novel-mechanism-new-data-published-in-cancer-cell/
A clear mechanistic reason why inobrodib can be efficacious and tolerated, particularly in treating multiple myeloma: https://www.cell.com/cancer-cell/fulltext/S1535-6108(23)00366-5
Inobrodib in Cancer Cell: a differentiated MoA to treat certain cancers, through targeting the bromodomain of p300/CBP. https://www.cellcentric.com/press-release/cellcentrics-inobrodibs-novel-mechanism-new-data-published-in-cancer-cell/
CellCentric will be presenting PhIb/IIa multiple myeloma clinical data at#ASH23, San Diego, next month. Cancer Cell press release: https://www.cellcentric.com/press-release/cellcentrics-inobrodibs-novel-mechanism-new-data-published-in-cancer-cell/
A clear mechanistic reason why inobrodib can be efficacious and tolerated, particularly in treating multiple myeloma: https://www.cell.com/cancer-cell/fulltext/S1535-6108(23)00366-5