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Sazawal S, Das S, Ryckman KK, Khanam R, Nisar I, Deb S, Jasper EA, Rahman S, Mehmood U, Dutta A, Chowdhury NH, Barkat A, Mittal H, Ahmed S, Khalid F, Ali SM, Raqib R, Ilyas M, Nizar A, Manu A, Russell D, Yoshida S, Baqui AH, Jehan F, Dhingra U, Bahl R. Machine learning prediction of gestational age from metabolic screening markers resistant to ambient temperature transportation: Facilitating use of this technology in low resource settings of South Asia and East Africa. Journal of global health. 12(12). 04021 p.
Abstract
Knowledge of gestational age is critical for guiding preterm neonatal care. In the last decade, metabolic gestational dating approaches emerged in response to a global health need; because in most of the developing world, accurate antenatal gestational age estimates are not feasible. These methods initially developed in North America have now been externally validated in two studies in developing countries, however, require shipment of samples at sub-zero temperature.