Live
- Punjab DGP, MHA official request farmer leader Dallewal to end 20-day fast
- Stage Collapse During Swearing-In Ceremony of KUDA chairman in Kakinada
- Govt unveils ‘Jalvahak’ to boost inland waterways
- List of criminals: Delhi BJP chief on AAP panel of 38 candidates
- PSBs in India clock record Rs 1.41 lakh crore in net profit in FY24
- Telangana Government Announces Key Development Plans: Bhatti Vikramarka
- Crackdown on illegal poppy farming in Manipur: Assam Rifles destroyed 6,228 acres in 5 years
- South Korea's ruling party leader cancels press conference amid calls for resignation
- AIADMK's big meet discusses 2026 polls, prospective alliances
- BJP questions Congress-Shiv Sena (UBT) alliance over Aaditya Thackeray's Savarkar-Nehru remark
Parkinson's drug shows hope for cancer treatment
A drug used in the treatment of Parkinson\'s disease has displayed significant anti-cancer effects in both human cell lines and mice, an advance that could lead the way to the drug being re-purposed as an anti-cancer medication, researchers say.
A drug used in the treatment of Parkinson's disease has displayed significant anti-cancer effects in both human cell lines and mice, an advance that could lead the way to the drug being re-purposed as an anti-cancer medication, researchers say.
The drug -- carbidopa -- may also explain the low incidence of many cancers (with the exception of melanoma) in patients with Parkinson's disease. Further, when used in both human pancreatic cancer cell line as well as in mouse models of pancreatic cancer, carbidopa showed that it could significantly inhibit cancer cell growth, researchers said.
"Carbidopa as an anti-cancer agent to treat pancreatic cancer would be something truly amazing. Given the fact that it is an FDA-approved drug, re-purposing the same drug for cancer treatment would be tremendously cost- and time-saving," said lead author Yangzom Bhutia from Texas Tech University in the US.
Parkinson's disease is a degenerative neurological disorder that mostly influences a person's movement and motor skills, with symptoms including shaking, rigidity and difficulty in walking. These effects are a result of lower than normal production of dopamine -- a chemical that sends behavioural signals from the brain to the body.
L-DOPA or levodopa -- one of the chemicals that forms dopamine -- has been used to treat Parkinson's disease symptoms for many years, but when used alone can result in side effects such as nausea, as it crosses the blood-brain barrier. However, when taken in combination with the drug carbidopa, which does not cross into the brain, it prevents L-DOPA's conversion into dopamine outside the brain and reduces side effects for patients, the researchers said, in the paper published in the Biochemical Journal.
"Carbidopa is never used by itself as a drug for any disease. But our data shows that carbidopa by itself possesses the anti-cancer effect. We believe that the reduced incidence of most cancers in Parkinson's disease patients is due to carbidopa," Bhutia added.
