New Software Helps Identify Patients Who May Require Ventilator Support

The software can now identify whether a patient will require ventilator support in an ICU or referral, and will make necessary arrangements before emergency sets in. At a time when sudden ICU and other emergency requirements during the pandemic have been a challenge for hospitals to manage, timely information about such situations would help manage the health crisis better. The software called 'Covid Severity Score' (CSS) consists of an algorithm that measures a set of parameters.

It scores each against a pre-set dynamic algorithm multiple times for each patient and allocates a Covid Severity Score (CSS) mapping it in a graphical trend. The technology is being used in three community Covid care centers at Kolkata and suburbs including a 100-bed government-mandated Covid care center at Barrackpore, Kolkata.

The facility can be a huge support for 'Covid Care Centres' with beds and oxygen support only but no facility for invasive ventilation.

Photo by Mufid Majnun on Unsplash

The Foundation for Innovations in Health, Kolkata, with support from the Science for Equity, Empowerment, and Development (SEED) division of the Department of Science and Technology in collaboration with IIT Guwahati, Dr. Kevin Dhaliwal, University of Edinburgh, and Dr. Sayantan Bandopadhyay, formerly WHO (SE Asia Regional Office), have developed an algorithm that measures symptoms, signs, vital parameters, test reports, and co-morbidities of the Covid positive patient and scores each against a pre-set dynamic algorithm, thus allocating a Covid Severity Score (CSS).

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This technology has been made available at primary care e-Health clinics in resource-poor settings through SEED Project support. Frontline Health Workers trained in National Skills Qualifications Framework (NSQF) aligned model and certified by National Skill Development Corporation (NSDC) are trained to record all these parameters in a tablet computer that has the software loaded in it. The 'CSS' is regularly monitored multiple times by 'remote' specialist doctors thus reducing the doctor's consultation time per patient and reducing the doctor's travel requirement.

The software can help early identification of patients likely to require ventilator support in an ICU and referral, reduce hospital referral for those unlikely to require critical care support, thus releasing more hospital beds in circulation. It will also help in providing monitored medical support to those patients who cannot afford treatment or cannot isolate at home due to poor housing conditions. The facility can be a huge support for 'Covid Care Centres' with beds and oxygen support only but no facility for invasive ventilation. (IANS/JC)