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Building G, Phase 2, Wuxi International Life Science Innovation Park, No. 196 Jinghui East Road, Xinwu District, Wuxi City
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Wuxi Yuanqing Tianmu Biotechnology Co., Ltd
Microbial Adaptive Evolutionary Instrument for Milliliter System
NegotiableUpdate on 01/04
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Overview
The fully automatic EVOL cell is a microbial domestication equipment developed based on high gas permeability microchannels and single-phase microfluidic technology
Product Details
1、 Product Introduction
Fully automatic microbial adaptive evolution instrumentEVOL cell is a microbial domestication equipment developed based on high gas permeability microchannels and single-phase microfluidic technology. It has functions such as microbial cultivation, passage, chemical factor gradient addition, real-time detection, and oxygen partial pressure control. The instrument uses microchannels as miniature bioreactors, which have good permeability to various gases (oxygen, nitrogen, carbon dioxide, etc.), fully meeting the gas exchange requirements during the cultivation process. The fully automatic microbial adaptive evolution instrument utilizes oxygen partial pressure control technology to flexibly regulate the gas environment around the reactor, thus being applied to the cultivation and adaptive evolution of various microorganisms.
2、 Product Features
Tubular bioreactor
High gas mass transfer capacity
Weak fluid shear force
Fully automatic passage operation
OD、 Real time fluorescence detection
Adjustable and controllable oxygen partial pressure
3、 Product parameters
| classification | Technical Specifications |
| Tubular bioreactor | Multiple gas highly permeable composite materials, reactor volume 5mL (linear amplification) |
| OD detection | 350-800nm full wavelength detection, detection linear range 0-18 |
| temperature control | Room temperature+5 ℃ -50 ℃, resolution 0.1 ℃, fluctuation ± 0.5 ℃ |
| Passage method | Support two ways of passage: time-based passage and OD threshold passage |
| Inoculation volume for successive generations | 1% -20% adjustment |
| Oxygen partial pressure environment control (optional) | Oxygen control range 1-60%, nitrogen control range 1-60%, carbon dioxide control range 1-60%, fluctuation value 0.3 |
| Chemical factors | Support the addition of two chemical factors and the free setting of evolutionary gradients |
| Cultivate flux | Host+N cultivation channels, supporting up to 4 channels, each channel independently controlled |
Comparison of oxygen mass transfer coefficients in different micro bioreactors| cultivation method | Working volume/mL | Temperature/℃ | Vibration/stirring speed/rpm | KLa/h-1 |
| 48 hole plate | 0.9 | 34 | 200 (oscillation radius 25 mm) | 102 |
| shaking flask | 15 | 34 | 200 (oscillation radius 25 mm) | 103.48 |
| Biolector | 0.2-1 | 37 | 100-500 (oscillation radius 25 mm) | 63.6-140 |
| ambrTM15 | 10-15 | 37 | 300-1000 (flow rate 0.4-0.57 m/s) | 2.6-6 |
| EVOL cell | 5 | 37 | —— | 100(air) |
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