Designed to improve accuracy and efficiency of PICC line placement in cancer patients
BD (Becton, Dickinson and Company) India announced the national launch of Sherlock 3CG+ recently through a 4-city roadshow in Delhi, Mumbai, Chennai and Kolkata. In current Indian clinical practice, typically for cancer patients and long term IV access, confirming PICC tip placement involves transferring patients for radiological imaging, which can lead to delays, workflow disruptions, and patient discomfort. Sherlock 3CG+ addresses these challenges by allowing clinicians to live track and navigate PICC lines and confirm tip placement in real time, directly at the bedside. This advancement is expected to reduce malposition rates and enable immediate repositioning when necessary.
Atul Grover, Managing Director, BD India/South Asia said, “Aligned with our purpose of advancing the world of health, BD has been at the forefront of introducing innovative technologies and training HCP’s continuously towards best practices for enhanced patient care. With the launch of our Sherlock 3CG+ we are confident of further supporting Indian clinicians with technologies that align with evolving clinical needs and improve procedural outcomes that enable patient comfort.”
Attended by leading oncologists, haematologists, intensivists, interventional radiologists, the launch included hospital specific programmes and evening launch events, featuring global BD faculty, who shared clinical experience and best practices with the Sherlock 3CG+ Tip Confirmation System.
“This technology is a game changer—by enabling bedside PICC Insertion and tip confirmation,” noted one of the clinicians during the launch event.
Sherlock 3CG+ is geared to contribute to a broader shift in practice that is, moving from radiology-based confirmation to bedside ECG-based confirmation as a new standard. Sherlock 3CG+ is now available nationwide, and local BD sales representatives are equipped to support healthcare providers with product information, demonstrations, and onboarding.
