imOmics in Action

It is expected to cultivate foods with strong salt tolerance through biotechnology. It not only can increase grain output in salinized areas, but it can also expand the available area of planting grains in salinized areas. More saline-alkali land can be used to ultimately increase grain output. Even though cotton is moderately tolerant to salt, thi...

You may know by now that NMT is an excellent tool for measuring physiological functions, but what kind of different tests can you do to get that information? Here are some examples of 3 types of NMT tests: stimuli, simultaneous, and profiling.  Biotic and/or Abiotic Stimuli  This picture shows raw NMT data; this is what you might see unfo...

This video briefly outlines the history of IAA (indole-3-acetic acid) and YoungerUSA's very first commercialized NMT IAA fl ux sensor. From 1880 up to today, all plant scientists can agree that plant hormones, such as auxins, are very important in understanding plant growth and regulation. Now YoungerUSA provides the world's first product that can ...

This video shows photosynthesis in action. Using the NMT Physiolyzer®, scientists are able to detect the real time change in oxygen flux that occurs during photosynthesis.  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 cance...

Q: Is it smaller than a breadbox? A: And bigger than a yeast cell! You won't need all 20 questions to discover what samples NMT can measure! With our technology, the sky's the limit on measurable live samples. This list of 20 measured NMT samples covers examples of plants, animals, and microorganisms, which range in size from organelle to sing...

  We love to answer questions about our technology (NMT) so we've decided to feature some of our most popular inquiries about flux. Flux is one of the unique features that makes NMT so special, and we are excited to share the details with you! Q: What is flux? A: There are different definitions of flux in different areas. Here it is defined as...

This video discusses the use of IAA in a potential cancer treatment studied in "Recombinant horseradish peroxidase variants for targeted cancer treatment" Bonifert, G., Folkes, L., Gmeiner, C., Dachs, G., & Spadiut, O. (2016). Cancer Medicine, 5(6), 1194–1203., and how Non-invasive Micro-test Technology can be used to further research this deve...

This video first introduces some important components of NMT. It then goes on to show the difference between using NMT vs Traditional Microsensors while studying ionic activity. 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 cance...

 This video is about how NMT can be used to explore the tumor microenvironment. Two papers by Wei M-F. et al, and Song L. et al, are briefly outlined and compared, to demonstrate how NMT proved to be an excellent tool for cancer research. The second paper was able to connect the fluxes measured by NMT to the time of cell death after treatment ...

This video introduces aSMS, a technology that is able to manipulate a volume of liquid that is so small it's only visible through a microscope. This impressive technology can manipulate a volume as small as 0.000000015mL so you do not waste any valuable liquid. This video shows an example of how the aSMS (automatic Sensor Making Station) is applied...

This video shows a real world example of how NMT has been applied into scientific research. Real flux data from "COLD1 Confers Chilling Tolerance in Rice" in Cell, (Volume 160, issue 6) by Ma Y, et al. are displayed to show how NMT can be used to discover scientific breakthroughs. With the help of NMT, scientists were able to examine calcium fluxes...

In vivo sample testing is one of the most important aspects of research in life sciences. The importance of observing the functions and behaviors of a sample as they occur in real life is irrefutable. Obviously, a living organism is very different physiologically than when it is deceased. So how do we assemble information from studying a non-living...

This video introduces Non-invasive Micro-test Technology (NMT). It explains how NMT helps scientists reveal the physiological functions linked to the genes and proteins they are studying. It introduces that NMT is able to work with many different kinds of living samples such as single cells, a layer of cells, tissues, organs, and even small organis...

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, ...