subjects in the bruyère study took microdoses a couple of times a week — “just the way you might take aspirin,” according to downar. unlike the drug’s use in other therapies, patients taking microdoses do not experience any psychedelic effects, he said.
dr. james downar is a palliative physician at ottawa’s bruyère health and senior investigator at the bruyère health research institute.
errol mcgihon
/
postmedia
downar called the early results exciting and said he is cautiously optimistic, although more research needs to be done to draw conclusions about the drug’s effectiveness. he is starting a larger, randomized control trial to get answers about whether the treatment shows benefits and could be used on a larger scale to treat patients. if so, it would fill a “really important gap in our tool box to treat this kind of distress.”
downar says some of the participants in the early research have reported just feeling better overall, sleeping better and being better able to focus and control their thoughts.
chernysh said that he became less anxious almost immediately after starting to take the microdoses of psilocybin and that symptom relief had continued. as a result, he said, he is more interested in taking part in activities available and feels better.
he was keen to talk about the positive impact of the treatment on his quality of life.
earlier in the week, some friends he has known since his days at royal canadian military college stopped by to help chernysh celebrate his 52nd birthday. hanging prominently on his wall of photos and art is a grad picture of him dressed in a scarlet tunic.
the computer is chernysh’s lifeline. he keeps in touch with friends and family, is active on social media and can order things — postcards of group of seven paintings and computer gadgets and more — from amazon. he can also play some computer games.
he calls eye-gaze technology, which allows him to communicate in person and online, “awesome.”
during an interview in his hospital room, chernysh talked about his hope that he might benefit from more technology as part of a clinical trial involving implanting a chip into the brain to help patients with paralysis control a robotic arm with signals from their brains.