Begin typing your search above and press return to search.
proflie-avatar
Login
exit_to_app
Can Trump wield his big stick?
access_time 22 Nov 2024 10:39 AM GMT
election commmission
access_time 22 Nov 2024 4:02 AM GMT
Champions Trophy tournament
access_time 21 Nov 2024 5:00 AM GMT
The illness in health care
access_time 20 Nov 2024 5:00 AM GMT
The fire in Manipur should be put out
access_time 21 Nov 2024 9:19 AM GMT
America should also be isolated
access_time 18 Nov 2024 11:57 AM GMT
DEEP READ
Munambam Waqf issue decoded
access_time 16 Nov 2024 5:18 PM GMT
Ukraine
access_time 16 Aug 2023 5:46 AM GMT
Foreign espionage in the UK
access_time 22 Oct 2024 8:38 AM GMT
exit_to_app
Homechevron_rightSciencechevron_rightTreating...

Treating schizophrenia, autism in young adults most effective: Study

text_fields
bookmark_border
Treating schizophrenia, autism in young adults most effective: Study
cancel

New Delhi: A recent study suggests that long-lasting treatment for neuropsychiatric illnesses including schizophrenia and autism may include targeting and stimulating dopamine system neurons that are underactive and raising their activity in young adults.

Researchers from the University of Rochester in the US discovered that stimulating the dopamine-supplying neuron cells in the frontal cortex of mice improved the circuit and corrected structural flaws in the brain that cause long-term symptoms, PTI reported.

In previous studies, the research team had found this specific arm of the dopamine system to be flexible in adolescents but not in adults.

In this study, published in the journal eLife, they exploited this window for plasticity in the system as an opportunity for therapeutic intervention, the effects of which could affect the brain circuitry into adulthood.

Essential in higher cognitive processing and decision-making, dysfunction of the dopamine system has been found to often begin in young adulthood.

"Brain development is a lengthy process, and many neuronal systems have critical windows - key times when brain areas are malleable and undergoing final maturation steps," said Rianne Stowell, a postdoctoral fellow in the Wang Lab at the University of Rochester Medical Center and co-first author on the research.

"By identifying these windows, we can target interventions to these time periods and possibly change the course of a disease by rescuing the structural and behavioural deficits caused by these disorders," said Stowell.

"If we can target the right windows in development and understand the signals at play, we can develop treatments that change the course of these brain disorders," said Stowell.

Show Full Article
TAGS:schizophreniaAutismYoung adults
Next Story