Natl Med J India
-
Background Implementation of the exit examination for medical graduates in India has been debated for many years. The national exit test (NEXT), under the construct of the National Medical Commission Act, would serve two purposes: first, it will be a common exit/licentiate examination for all Indian medical graduates, and second, it will be a test for postgraduate selections for all specialties. There has been no research or evidence on stakeholders' opinion on this test. ⋯ Discussion Faculties welcomed the NEXT examination under a national testing authority. The necessity of this examination is to have uniform standards and quality for medical graduates irrespective of their institutes. Assessment of all the domains will make the Indian medical graduate more competent for the job or residency programmes.
-
Background Integrating psychiatric care into the general practice of primary care doctors (PCDs) is necessary to overcome the shortage of human resources to cater to the burgeoning public mental health needs of India. The traditional psychiatry curriculum is often top-down and specialist-based that contributes little in terms of skill quotient. We designed an innovative, digitally driven, distance education-based, part-time, modular-based Primary Care Psychiatry Programme (PCPP, skill-based). ⋯ Conclusion This PCPP curriculum contains pragmatic modules with higher TQ. This curriculum is dynamic as the learning is bi-directional. This can be used by policy-makers, innovators and academia for integration with national health programmes such as those for non-communicable diseases and reproductive and child health.
-
Background Dietary salt intake is an important modifiable risk factor for cardiovascular diseases. Estimation of 24-hour salt intake using morning urine samples needs to be validated in the Indian context. We examined the performance of INTERSALT, Tanaka and Kawasaki equations for the estimation of 24-hour urinary sodium from morning fasting urine (MFU) samples. ⋯ BA plots showed that as the mean values increased, all the three equations provided lower estimates of salt intake. Conclusion Tanaka equation provided acceptable values of 24-hour salt intake at the population level. However, poor performance of all the equations highlights the need to understand the reasons and develop better methods for the measurement of sodium intake at the population level.