Brain Cell Therapy New Hope for Parkinson’s Patients

In a noteworthy achievement specialists demonstrate it is conceivable to make dopamine cells from astrocytes, quickening conventional undifferentiated cell systems and enhancing illness side effects.

They say human cerebrum cells can be cajoled to assume control over the occupation of the ones that are decimated in Parkinson’s.

For as far back as five decades pharmaceutical medications like levodopa have been the highest quality level for treating Parkinson’s sickness. These medicines reduce engine indications of the illness, yet none of them can cure it. Patients with Parkinson’s keep on losing dopamine neurons basic to the engine control focuses of the cerebrum. In the long run the medications wind up plainly inadequate and patients’ tremors deteriorate. They encounter lost adjust and an incapacitating firmness assumes control over their legs.


To supplant the lost dopamine neurons, researchers have started exploring undifferentiated cell treatment as a potential treatment or even a cure. In any case, embryonic cells and grown-up undifferentiated organisms have demonstrated hard to bridle and transplant into the cerebrum.

Experts say the research published in Nature Biotechnology is hugely promising, although at a very early stage.

The researchers still need to check if the treatment is sheltered, and whether the changed over cells, which began in life as astrocytes, can genuinely work like the dopamine-delivering neurons lost in Parkinson’s.

The team also performed experiments on human astrocytes in the laboratory which they were able to convert into functional dopamine neurons, raising the possibility for treatment of patients suffering from Parkinson’s disease.

What is Parkinson’s Disease?

Parkinson’s infection (PD) is an incessant and dynamic development issue, implying that side effects proceed and exacerbate after some time. About one million individuals in the US are living with Parkinson’s ailment. The cause is obscure, and despite the fact that there is directly no cure, there are treatment choices, for example, medicine and surgery to deal with its side effects.

To supplant the lost dopamine neurons, researchers have started examining undeveloped cell treatment as a potential treatment or even a cure. In any case, embryonic cells and grown-up undifferentiated cells have demonstrated hard to saddle and transplant into the mind.

The specific group of symptoms that an individual experiences varies from person to person. Primary motor signs of Parkinson’s disease include the following.

  • tremorof the hands, arms, legs, jaw and face
  • bradykinesiaor slowness of movement
  • rigidityor stiffness of the limbs and trunk
  • postural instabilityor impaired balance and coordination

Practical treatment

Dr Patrick Lewis, an expert in neuroscience at the University of Reading, said work like this could potentially offer a game-changing therapy for Parkinson’s.

But he added: “Moving from this study to doing the same in humans will be a huge challenge.”

Prof David Dexter of Parkinson’s UK said: “Further development of this technique is now needed.”

“If successful, it would turn this approach into a viable therapy that could improve the lives of people with Parkinson’s and, ultimately, lead to the cure that millions are waiting for.”


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