Finally you got the genes/proteins or some biological materials that you have spent a lot of time to work with. Now, you want to know their functions, especially physiological functions and how your samples communicating with their outside environments, such as bio or abio-stresses etc. This is exactly what NMT can help you with via detection of ionic/molecular activities/fluxes non-invasively in real time, in situ and in vivo!
Currently the following ionc/molecular fluxes data can be provided commercially:
Ca2+、H+、Na+、K+、Cl-、Mg2+、Cd2+、NH4+、NO3-、O2、H2O2
Commonly Asked Questions:
1-My interested ions/molecules are not on the list, why?
2-There are other ion species ion-selective micro-electrodes commercially available, why they are not listed here?
Please see the FAQ here.
Since the ionic/molecular sensors/micro-electrodes never touch your samples, theoretically you can measure any samples as long as they are emerged in liquid media.
NMT has been successfully used to measure samples from single small organisms (e.g. seedlings of Arabidopsis, small fish etc.), organs, tissues, a layer of cells, single cells and even biologically or a-biotic enriched organelle.
Established in 2007, YoungerUSA (Xuyue Beijing) NMT Research Service Center provides commerical services for scientific community and R&D industries worldwide. Along with a team of well trained and experienced senior NMT engineers, there are plant growth chambers, CO2 incubators, centrifuge etc. to ease the burden of our clients to enable them to be focusing on the data.
NMT Systems are equipped with both Inverted and Dissecting Microscopes to handle samples in various sizes, please see what samples have been measured here.... |
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Recognizing NMT belongs to hands-on technology, the more you learn from the experts, the better you can take advantage of its unique features to enhance your research. So, YoungerUSA initiated two types of platforms to help you to make a better use of NMT.

Finally you got the genes/proteins or any biological materials that you have spent a lot of time to work with. Now, you want to know their functions, especially phy...