Glaucoma Marijuana Research Studies

Many patients cannot tolerate the side effects of traditional glaucoma medications, which include: palpitations, tachycardia, and altered mental states. Medical marijuana often serves as an effective alternative.

While researchers are torn on what causes marijuana’s IOP-lowering effect – some think it’s related to the plant’s ability to lower blood pressure while others suggest the drug acts on cannabinoid receptors in the eye, decreasing fluid production (instead of directly altering pressure) – one thing is certain:

Marijuana has been shown to consistently lower IOP by approximately 25% in the majority (60-65%) of both glaucoma and non-glaucoma patients.

Before purchasing marijuana from a Florida medical marijuana treatment center (MMTC) – or dispensary – patients must first qualify for a medical marijuana certification; CannaMD provides qualified patients with the state-required recommendation to complete this process.

According to Florida state law, patients suffering from glaucoma may qualify for medical marijuana treatment.

Patients can see if they qualify for free by completing a brief form or calling 1 (855) 420-9170.

For additional information on glaucoma, please see CannaMD‘s Glaucoma Patient Resource Page.

CannaMD welcomes the opportunity to connect with fellow physicians and facilitate medical cannabis care.

For additional information, including how to refer glaucoma patients and request complementary referral cards, please visit CannaMD‘s Physician Resource Page.

While the list below is not exhaustive, we hope you will enjoy the following primary source articles reviewing glaucoma and marijuana research:

• Effect of marijuana on intraocular and blood pressure in glaucoma
• Intraocular pressure, ocular toxicity and neurotoxicity after administration of cannabinol or cannabigerol
• Marijuana for glaucoma: A recipe for disaster or treatment?
• Marijuana smoking and intraocular pressure
• The human eye expresses high levels of CB1 cannabinoid receptor mRNA and protein