Tag Archives: clinical workflow optimization

Future-Ready Critical Care With Predictive AI, Advanced Imaging and Smart ICUs

: 09-Jul-2026   |   :Dr. Manivannan Selvaraj MD, DnB

The future of critical care brings together an integrated system of advanced technologies to deliver preemptive, precise care. This includes predictive artificial intelligence (AI), advanced imaging technologies, and the necessary smart infrastructures within our Intensive Care Units (ICUs). Historically, care in ICU has been mainly reactive. This is because most monitoring systems do not pick […]

Engineering Better Health: The Technologies Redefining Patient Care

: 09-Jul-2026   |   :Kumar Jeetendra

The convergence of engineering and medical science is beginning to change the landscape of the patient experience. Engineering is bringing newly integrated, innovative technologies at every step along the care continuum from early intervention and diagnosis to treatment, rehabilitation, and ongoing health maintenance. These technologies are beginning to change the entire care delivery system—not just […]

Future of Healing: Exploring the Technologies Transforming Hospitals, Diagnostics & Critical Care

: 02-Jun-2026   |   :Kumar Jeetendra

Healthcare is about to enter a new age. Diagnostic and treatment methods are using automation and connectivity, precision technology, and artificial intelligence. Smart ICUs and robotic surgeons are about to change the way patients are monitored and even the very nature of a hospital. There are also changes to the infrastructure of hospitals. Ready and […]

Introducing Atlan® A100 – Dräger’s Latest Innovation in Anaesthesia Workstations

: 10-Apr-2025   |   :Dräger. Technology for Life®

    Mumbai, April 10 2025: Dräger, a global leader in medical and safety technology, announces the launch of the Atlan® A100 anesthesia workstation in India, an innovative solution engineered to enhance patient care and optimize workflows in the operating room (OR). The Atlan® A100 system offers advanced lung protective ventilation, low-flow anesthesia, and infection […]