5 months ago
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A doc of the Government Rajaji Hospital successful Madurai received the champion insubstantial grant astatine the 45th Annual National Conference of the Association of Radiation Oncologists of India (AROICON 2025) for his improvement of a novel X-ray visible photographic printing technology.
As S. Senthilkumar, Assistant Professor of Radiological Physics astatine Madurai Medical College and GRH, won the first prize at the league held successful Kolkata recently, helium said that, arsenic it was a ground-breaking innovation, recognising its originality and beardown objective potential, a patent has been filed for the technology.
He added, similar to the way bones look during regular X-ray investigations, this innovative exertion would uncover printed images exclusively nether X-ray machines, computed tomography scanner, and cardiac catheterisation laboratories, marking a important breakthrough successful aesculapian imaging.
Dr. Senthilkumar claimed that specified a method was being reported for the archetypal clip successful the world, and to widen its reach, the patent application process has been kicked off.
Further, he stated, “The innovation is believed to code a long-standing situation successful aesculapian imaging and radiotherapy planning, peculiarly successful procedures specified arsenic high-dose-rate liver brachytherapy implants and computed tomography–guided biopsies, where accurate catheter and needle placement is crucial.”
Inaccurate positioning often leads to repeated needle insertions and aggregate computed tomography scans, resulting successful accrued process time, higher radiation vulnerability to patients, greater discomfort, and imaginable compromise successful diagnostic and attraction accuracy, helium added.
Whereas the recently developed exertion enables accurate needle placement successful a azygous attempt, importantly reducing repetition punctures and the request for aggregate computed tomography scans, helium noted.
As an add-on advantage, its flexible quality allows conformity to curved and irregular assemblage surfaces, thereby enhancing radiation safety, procedural precision, and wide objective efficiency, Dr. Senthilkumar pointed out.
Expressing assurance astir the ratio successful its functioning, the doctor, said, “Experts judge that this innovation has the imaginable to alteration image-guided interventions and importantly amended diligent safety, representing a large advancement successful high-dose-rate brachytherapy, radiotherapy, and interventional radiology.
