Supreme
Court ruled that stem cell therapy for Autism Spectrum Disorder cannot be
provided as a clinical service outside approved clinical trials
¨
Supreme Court ruled that
stem cell therapy for Autism Spectrum Disorder (ASD) cannot be provided as a
clinical service outside approved clinical trials.
¨
A bench of Justices J.B.
Pardiwala and R. Mahadevan criticized the central government for failing to act
against those offering such therapy, due to which parents and guardians of
children suffering from ASD are spending huge amounts of money and adopting an
unproven method of treatment.
¨
At the same time, the
Court directed the central government to establish a dedicated regulatory
authority for stem cell research.
¨
The Court held that there
is no solid evidence of safety and efficacy in such treatment and therefore it
does not conform to the standards of proper care to be provided by medical
practitioners to patients.
¨
There has also been a
lapse on the part of the government in allowing stem cell therapy, which
violates the New Drugs and Clinical Trial Rules, 2019 issued under the Drugs
and Cosmetics Act, 1940 and the National Guidelines for Stem Cell Research,
2017 published by the Indian Council of Medical Research.
Supreme Court decisions
¨
Informed consent: For the
validity of informed consent, clear scientific evidence on safety,
effectiveness, risks and alternatives is required. Currently, sufficient
evidence for stem cell therapy in autism is not available, making such clinical
use ethically and legally inappropriate.
¨
Ethical limits on patient
autonomy: The Court clarified that consent of the patient or guardian cannot
justify treatments that are scientifically unproven, ethically inappropriate,
or outside accepted medical practice.
¨
Violation of legal framework:
Such acts violate the New Drugs and Clinical Trial Rules, 2019 as well as the
National Guidelines for Stem Cell Research-2017 issued by the Indian Council of
Medical Research (ICMR).
stem cells
¨
Stem cells are
specialized types of cells that form specific cells such as blood, bone and
muscles and play an important role in tissue regeneration and bodily functions.