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a clinical trial conducted on an investigational hemophilia treatment known as mim8, a drug developed by novo nordisk, has found a new way to treat people with the disease.
dr. anthony chan, a physician working at hamilton health sciences’ mcmaster children’s hospital, specializes in treating hemophilia is excited to have another potential tool in the arsenal to provide adequate care to people living with the disease, especially since the results are highly promising.
“the percentage of patients on this trial … that will get down to zero bleeding is probably somewhere around 85 per cent,” dr. chan said.
given the number of successfully treated patients in the trial, the breakthrough may open even more doors for hemophilia patients, their treatments, and the overall understanding of the disease.
what is hemophilia?
hemophilia is a rare, mainly hereditary disease that causes bleeding. it develops due to gene mutations, specifically in the genes that create clotting factors. these proteins drive clotting to prevent excessive bleeding outside or within the body.
there are several types of hemophilia: a, b, c, and acquired. hemophilia a and b are the two most severe types and develop when a person doesn’t have enough clotting factors 8 and 9, respectively.
the condition can range in severity, and typically, if a person has hemophilia, they are diagnosed before 18 months of age. in milder cases, it can take up to adulthood to be diagnosed.
people living with hemophilia can experience different types of bleeding, from spontaneous joint bleeds and nosebleeds to excessive bleeding after an injury or during surgery. joint bleeds can lead to joint damage and disability. life-threatening brain bleeds can also occur.
“when they (people with hemophilia) don’t have any therapy, the significant impact is bleeding into a significant area, like the brain or the airways,” dr. chan said. “and those can cause death. so, in general, they do have a short life expectancy if they don’t have any treatment.”