YoungerUSA - Non-invasive Micro-test System Teaching Edition

on-invasive Micro-test Technology (NMT) is a new technology to reveal gene function by measuring the real-time change of Ca²⁺/ H⁺/ K⁺/ Na⁺/ Cl^-/ Mg²⁺/ Cd²⁺/ Cu²⁺/ Pb²⁺/ NH₄⁺/ NO₃^-/ IAA/ O₂/ H₂O₂/ H₂/ membrane potential/ Ag⁺/ Ar⁺ */ Cs⁺ */ Tl⁺ */ Zn²⁺/ Al³⁺/ HPO₄^2- */ glucose/ ascorbic acid */ glutamate */ salicylic acid */ urea * exchange between living animal and plant tissues, cells and internal/external environment.

Meeting Challenges

As an internationally leading key core technology, Non-invasive Micro-test Technology has been included in the syllabus and curriculum of many universities, but there is no supporting teaching equipment.
The conventional Non-invasive Micro-test System occupies a large space, and the equipment is heavy, which is not easy to carry, and is difficult to apply to the classroom or student laboratory.
The conventional Non-invasive Micro-test System has complex functions and high price, which is not suitable for internal scientific research and teaching in teaching and research laboratories.

Resolvent

The teaching version of Non-invasive Micro-test System takes up little space and is easy to install. In combination with NMT related textbooks, it can be used for the teaching of Non-invasive Micro-test System Technology and the demonstration of experimental process, the experiment of Non-invasive Micro-test System System, operation teaching, etc.
The teaching version of the Non-invasive Micro-test System can meet some scientific research needs (such as detecting the ion flow rate of rice, wheat, corn and other plant root samples), and can realize more detection functions after upgrading.

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Description

Name: Non-invasive Micro-test System Teaching Edition

Model: TNMT100-YG

Brand: YoungerUSA

Origin: USA

Certified: ISO9001 international quality system certification

Features

1. Basic Functions

Designed for NMT teaching and some scientific research needs
It can detect the ion flow rate of large samples (such as rice, wheat, corn and other plant roots, seeds, etc.)
Optional detection indicators
Equipped with precision three-dimensional operation platform, X-axis electric operation, Y-axis and Z-axis manual operation
Real-time display of measured sample image
Real-time display of dynamic flow rate data chart
Configured with touch screen, easy to operate
Small footprint and easy installation

2. Performance Parameters

Working voltage: 100V~240V
Time resolution: 5-10s
Spatial resolution: 20~50 μ m
Maximum sensitivity of flow rate detection: 10^-12mol • cm^-2 • s^-1
Imaging multiple: 7~45 times
Data dimension: 1 dimension

3. Software Parameters

Simple sensor calibration function
Sensor X-axis direction automatic control detection
Real-time display and save function of flow rate data chart

Version comparison

Comparison between NMT teaching and NMT scientific (Version V1.0)
Performance	NMT Teaching Edition		NMT Scientific Edition
Performance	Technical indicators	Features	Technical indicators	Features
Detection method	In vivo, in situ, non-invasive, Real-time, dynamic	Real-time, dynamic, non-contact and non-damage to the tested sample,It can also be detected in vivo	In vivo, in situ, non-invasive, Real-time, dynamic	Real-time, dynamic, non-contact and non-damage to the tested sample,It can also be detected in vivo
Test indicators	1	Optional: H⁺、Ca²⁺、K⁺、Na⁺、Cd²⁺、Pb²⁺、Cu²⁺、NH₄⁺、NO₃^-、Cl^-、Mg²⁺、IAA、O₂、H₂O₂	1~14	Optional: H⁺、Ca²⁺、K⁺、Na⁺、Cd²⁺、Pb²⁺、Cu²⁺、NH₄⁺、NO₃^-、Cl^-、Mg²⁺、IAA、O₂、H₂O₂、membrane potential
Data type	Flux	Obtain the dynamic information of ion and molecular exchange between the sample and the external environment	Flux and concentration	Obtaining samples for ion and molecular exchange with the external environment dynamic information, and ionic molecular concentration in the external microenvironment of the sample
Sensor type	Semi-solid ion selective microelectrode	Not easy to damage, longer service life	Liquid ion selective microelectrode	Higher temporal and spatial resolution
Time resolution	5~10s	It can detect the signal after long-term processing of samples	0.1~1s	Instantaneous signal and real-time dynamic signal can be monitored
Spatial resolution	20-50 microns	It can be used to detect samples of sorting, organs and tissues (such as roots and seeds of rice, wheat, corn and other plants)	1-5 microns	It can detect the whole body, organs, tissues, cells (including single cells)
Lower detection limit	10^-9~10^-12mol•cm^-2•s^-1	It can detect the obvious signal of the sample, which is 3 to 6 orders of magnitude higher than the traditional microelectrode technology	10^-12~10^-15mol•cm^-2•s^-1	It can detect not only the larger signal of the sample, but also the weaker signal, which is 6~9 orders of magnitude higher than the traditional microelectrode technology
Imaging multiple	7x~45x	It can be located in the area to be tested of the whole, organ and tissue samples (such as plant root tip, seed hypocotyl, etc.)	40x~400x	It can be located in the area to be tested of whole, organ, tissue and single-cell samples
Get flux data time	15~30 seconds	It can detect the signal after long-term processing and is suitable for long-term detection	3-5 seconds	It can capture instantaneous signals, and the detection speed is faster and the experiment efficiency is higher
Data dimension	1 dimension	Detectable X-direction flow rate	Up to 3 dimensions	It can detect one-dimensional flow velocity in X or Z direction, it can also detect XYZ 3D vector flow rate
Operation mode	Semi-automatic	Semi-automatic	Automatic	X/Y/Z 3D automatic
Sensor preparation	Nothing	Semi-solid sensor, directly used after purchase by the manufacturer	Have	The time-space resolution of the sensor is higher, so it is necessary to fill the liquid ion exchanger with the preparation device after purchasing consumables
Expansion and upgrading	Nothing	The initial indicators and operation modes can be upgraded, after the initial function is determined, it cannot be upgraded	Have	New indicators, operation modes and other functions can be upgraded at any time
Applicable scenario	Teaching/part of scientific research	Reproduce known laws and phenomena	Teaching/scientific research	Explore unknown laws and phenomena
Guiding transaction price		More scientific research needs can be met by teaching version or upgrading based on it, and product functions and quotations can be determined according to the upgrading needs		Corresponding quotations for different series and models

Application Area

Cell Biology
Microbiology
Biochemistry
Molecular Biology
Cell Engineering
Biochemical Engineering
Plant Physiology
Ecology
Plant Physiology And Biochemistry
Plant Pathology
Pathology
Medical Biology
Medical Immunology
Virology
Medical Microbiology
Saline-alkali Stress
Water And Drought Stress
Temperature Stress
Heavy Metal Stress
Plant Microbial Interaction
Toxicological Study

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. Thanks to the new customizable NMT Physiolyzer®, the possibilities are endless!

Browse the Literature NMT has helped a lot of scientists get published, as our instruments give you an edge: live samples! Our clients’ top feedback is that their results are more respected and accurate thanks to our technology’s non-invasive nature.

The Theory of NMT Check out the principles of how NMT works.

Description

Features

Version comparison

Application Area

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