Cultivation of foods with a strong salt tolerance allows for increased grain output in saline-alkali land. Farmland that was previously unable to cultivate grain due to alkaline conditions would become available land used for planting grains with a higher salt tolerance. In this study, technologies such as NMT allowed researchers to monitor the fluxes of K+, H+, Ca2+, and Na+ in and out of live Ipomoea trifida bringing them closer to understanding how a plant reaches homeostasis under saline conditions.
Yang Liu. et al. Root-zone-specific sensitivity of K+-and Ca2+-permeable channels to H2O2 determines ion homeostasis in salinized diploid and hexaploid Ipomoea trifida, Journal of Experimental Botany, 2019, 70(4): 1389–1405
Check Out More Applications NMT's most popular field is currently plant physiology, but creative scientists are applying it to new fields every day, like diabetes and cancer research. Now, labs using NMT systems have published over 700 papers in top journals! Our clients' top feedback is that the their high-quality results help them get published, thanks to the non-invasive nature of our technology, which allows them to measure live, physiologically accurate samples.
Experience the NMT Physiolyzer® Our most advanced NMT system yet: This highly advanced instrument is allowing scientists to discover physiological functions of live samples in innovative new ways. With customizable software, you can choose from 14 ions and molecules for your own personalized system.
The Theory of NMT Check out the principles of how NMT works.
Experience the NMT Physiolyzer® Our most advanced NMT system yet: This highly advanced instrument is allowing scientists to discover physiological functions of live samples in innovative new ways. With customizable software, you can choose from 14 ions and molecules for your own personalized system.
The Theory of NMT Check out the principles of how NMT works.
