Our mission is to use open science to revolutionize how affordable new treatments are discovered and developed.

M4K Pharma (‘Medicines for Kids’) is a virtual biotech company focused on developing affordable therapies for underserved pediatric conditions, starting with an ALK2 inhibitor for Diffuse Intrinsic Pontine Glioma (DIPG), a rare and fatal brain cancer. By aligning global efforts of academics, research foundations and pharma/biotech researchers, we advance new cures for childhood diseases not well served by current business models.

We are wholly owned by the Agora Open Science Trust, a Canadian charity committed to advancing open science in drug discovery. Our innovative business model encourages collaboration and data sharing while maintaining commercial incentives through regulatory exclusivity and priority review vouchers (PRVs).

Our Solution

M4K Pharma (‘Medicines for Kids’) is a virtual biotech company focused on developing affordable therapies for underserved pediatric conditions, starting with an ALK2 inhibitor for Diffuse Intrinsic Pontine Glioma (DIPG), a rare and fatal brain cancer. By aligning global efforts of academics, research foundations and pharma/biotech researchers, we advance new cures for childhood diseases not well served by current business models.

We are wholly owned by the Agora Open Science Trust, a Canadian charity committed to advancing open science in drug discovery. Our innovative business model encourages collaboration and data sharing while maintaining commercial incentives through regulatory exclusivity and priority review vouchers (PRVs).

DIPG Program: A Mission of Urgency

DIPG is one of the most aggressive and devastating pediatric brain cancers, with no effective treatment options. Nearly every child diagnosed succumbs to the disease within two years.

Through our first Medicines4Kids program, we are working to deliver hope where none existed before.

Why DIPG is Our First Target

  • Leading Cause of Death: DIPG is the leading cause of death among pediatric brain tumors.

  • Critical Need: Life expectancy after diagnosis is less than a year, and no existing chemotherapies have shown any benefit.

  • Market Limitations: The small patient population makes DIPG unattractive for traditional drug development models.

  • Scientific Opportunity: Our collaborators identified the ALK2 kinase receptor as a key pathway in DIPG. Using highly potent and selective drug-like molecules targeting this protein, we aim to pioneer a novel therapeutic approach.

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