Two genes tell how Parkinson's progresses

Two genes tied to protein accumulation in a Parkinson's patient's brain can tell how quickly the disease will progress in an individual, says a new finding. 

"Our study shows that these two genes can be used as a surrogate marker to estimate the rate of Parkinson's disease progression," said Yue Huang from Neuroscience Research Australia (NeuRA), who led the study. 

Parkinson's disease is the second most prevalent neurological condition after dementia. It is characterised by the abnormal accumulation in the brain of a protein called synuclein, as well as the loss of dopamine-producing cells in an area of the brain known as the substantia nigra. 

The loss of these cells causes the symptoms of Parkinson's, including trembling, stiffness, slowness of movement and a loss of fine motor control, the Journal of Parkinson's Disease reported. 

Huang, working with Glenda Halliday, professor at NeuRA, investigated two genes -- NACP and MAPT -- implicated in other studies as risk factors for Parkinson's disease, a university statement said. 

The NACP gene is related to the production of the synuclein protein in the brain, while the MAPT gene is involved in the production of another protein in the brain, called tau. 

By testing 123 patients with Parkinson's disease, to determine what version of NACP and MAPT they carried, as well as measuring the severity of their disease and how quickly it progressed, the team was able to demonstrate certain versions of these genes interacting to influence rapid deterioration of some patients with Parkinson's.

Narendra Modi or Rahul Gandhi? Who will win the battle royale of the Lok Sabha Elections 2019


Get real-time news updates, views and analysis on Lok Sabha Elections 2019 on Deccanherald.com/news/lok-sabha-elections-2019 


Like us on Facebook or follow us on Twitter and Instagram with #DHPoliticalTheatre for live updates on the Indian general elections 2019.

Liked the story?

  • 0

    Happy
  • 0

    Amused
  • 0

    Sad
  • 0

    Frustrated
  • 0

    Angry