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销售商: 上海伯建生物科技有限公司 | 查看该公司所有产品 >> |
Many biological assays are complex to perform, requiring great manipulation skills and analysis time. This makes the work tedious and limits experiments based on their level of difficulty. Therefore, at Phylumtech, our vision is to provide unique, agile, and real-time solutions that enable immediate, reliable, and reproducible results. Founded in 2009 as a joint venture between the public and private sectors, we combine the latest advances in science and research with cutting-edge technologie |
After years of experience, we are dedicated to developing accessible High Throughput products. Our first system was Wmicrotracker® ONE, which is based on non-invasive technology that uses infrared microbeams and photosensors. Developed in collaboration with CONICET and protected by international patents, ONE enables the quantification of locomotor activity of small organisms in a 96- or 384-well microplate format. The detection system is compatible with small organisms such as C. elegans, mobile-stage parasites, zebrafish larvae, Drosophila larvae, and artemia salina, among others.
HOW IT WORKS? Based on an innovative system of 384 IR microbeams, the system detects the small interferences generated by the organisms present in the sample. The digital analysis of signal changes (proportional to light intensity) allows us to detect the movement of the organism as it passes through the beam of light. An algorithmic software calculates the number of activity events per unit time. The device can perform High Throughput assays in liquid media in the following microplate formats: -6 wells[30-32 IR led/well] |
ONE
Equipment detection range
A
B
Curve in a 96-well flat-bottomed microplate. The system has a linear detection range between 25 and 100 young adult N2 worms. R2=0.99.
Curve in a 96-well U-bottomed microplate. The system has a linear detection range between 5 and 25 young adult N2 worms. R2=0.97.
Curve in a 384-well microplate. The system has a linear detection range between 1 and 10 young adult N2 worms. R2=0.97
The bars represent +/- S.D.
C
APLICATIONS Toxicity-Microbiota-Pathogenesis-RNAi-Stress-Neurodegeneration |
APLICATIONS
Toxicity-Microbiota-Pathogenesis-RNAi-Stress-Neurodegeneration
APLICATIONS Toxicity-Microbiota-Pathogenesis-RNAi-Stress-Neurodegeneration |
APLICATIONS Toxicity-Microbiota-Pathogenesis-RNAi-Stress-Neurodegeneration |
Measurement of the effect of PTZ on Zebrafish larvae as a pharmacological model of epilepsy. |
Effect of PTZ on the behavior of 5-dpf (days post fertilization) zebrafish larvae, after a 15-minute exposure. The graph shows the tracking of swimming behavior and distance (in mm) for each fish cultured in a 6-well microplate. An increase in the total distance traveled by the fish in the presence of the convulsant agent is observed |
COMPONENTS INCLUDED |
Measurements Requirements |