Funded projects · Instrumentation
Three sponsored projects across eleven years trace a single arc: take an imaging modality that lived in a shielded room on a hospital's ground floor, and put it in a surgeon's hand. The work moved from upgrading an existing planar gamma camera, to designing a small-organ imaging system from first principles, to a dual-modality probe used live during cancer surgery.
Sponsored projects
Six years as Principal Investigator producing SAIGC-Torch: a completely handheld probe combining indocyanine green fluorescence with Technetium-99m gamma detection for sentinel lymph node navigation during cancer surgery.
Full case studyAwarded
₹108 Lakhs
The project that produced SAIGC: a portable, high-resolution small field-of-view gamma camera built on a segmented CZT detector, carried from Monte Carlo simulation through to clinical validation.
Full case studyAwarded
₹96 Lakhs
The foundation. Rebuilding and upgrading a planar gamma camera created both a teaching instrument and the hands-on detector knowledge that every later project was built on.
Awarded
₹70 Lakhs
Timeline
2012-2015
DAE-BRNS
₹70 Lakhs
Modification of a planar gamma camera and its upgradation for supporting education, training and research in medical imaging
2016-2021
DST
₹96 Lakhs
Design and Development of Small Organ Imaging Gamma Camera System
2017-2023
DAE-BRNS
₹108 Lakhs
Design and Development of Gamma-Fluorescence Dual Imaging Sentinel Lymph Node Navigation Surgery Intraoperative Probe
₹0L
Domain funding
2012-2023
Active years
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