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India Seeks Partners to Advance Oral Nanodrug for Newborn Jaundice

India Seeks Partners to Advance Oral Nanodrug for Newborn Jaundice
India plans oral nanodrug to treat severe newborn jaundice · livemint.com

Some newborn babies get jaundice when a yellow substance called bilirubin builds up in their blood.

In severe cases, it can harm the brain.

Doctors now use special blue lights or sometimes replace the baby’s blood to treat it.

India is working on an oral medicine made with tiny particles that may help the body remove bilirubin naturally.

Early studies reported encouraging results, but more testing is needed.

The Indian Council of Medical Research is looking for companies to make batches for larger trials.

A doctor quoted in the article says the medicine could help babies who cannot easily reach hospitals with advanced equipment, if it proves safe and effective.

Key facts

Condition
Severe neonatal hyperbilirubinemia, a form of newborn jaundice.
Proposed treatment
A single-dose oral liquid formulation using targeted nanoparticles to bind bilirubin.
Current treatments
Phototherapy using special blue lights and, in emergencies, blood transfusions.
Reported preclinical finding
Animal studies reportedly reduced brain toxin levels by nearly 85% within hours.
Reported clinical findings
Early trials reportedly shortened phototherapy duration; the article also reports a 94% reduction in neonatal mortality and a 92% drop in exchange transfusion requirements.
ICMR role
Oversee scientific trials and invite manufacturers to produce GMP-compliant clinical trial batches and placebos.
Partner rights
The selected drugmaker would receive manufacturing and commercialization rights across dosage strengths and could conduct further research.

Quotes

Dr. Sameer Punia

Senior consultant and paediatric intensivist at Aakash Healthcare Superspeciality Hospital

“Neonatal jaundice remains a significant public health concern in India, cutting across geographies and healthcare settings. An indigenous, affordable oral nanodrug that can be administered at the point of care could be a major step forward in making timely treatment accessible to newborns who may not have access to advanced hospital infrastructure.”
livemint.com

Sources

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