BioLectorXT微量生物反應器

高通量微生物反應器可以即時評估生物質量、螢光、pH值、液相溶氧量 (DO) 以及需氧菌和厭氧菌的其他關鍵培養參數。

BioLector XT 微量生物反應器以值得信賴的 BioLector Pro 技術為基礎,並以標準的 ANSI/SLAS (SBS) 微量滴定盤 (MTP) 格式,配合線上已預先校準光學感測器使用。一次性 48 孔 MTP 可實現培養參數的即時測量,而獲得專利的微流體技術可支援同時進行 pH 值控制和進料。可供選擇的微流體模組消除了手動液體處理 - 無需試管或移液管,因為所有物件都有經伽馬輻射滅菌、是即用型盤的一部分。

了解有關 BioLector XT 微量生物反應器的更多資訊:

BioLector XT產品特性

創新的充氣密封蓋

  • 可以在厭氧條件下進行分批補料實驗
  • 充入1%-100% 濃度的 O2 和1%-12% 濃度的 CO2
  • 將耗氣量減至每分鐘幾毫升
  • 可選配氣體加濕功能以減少蒸發

選配微流控模組

  • 釋放 BioLector XT 潛能
  • 透過調控特定培養孔其pH值和補充補料,達到即時監測功能
  • 每四個培養孔可以使用兩個儲液槽
  • 透過微閥分注奈升級液體

“隨插即用”的孔盤設計

  • 48/32 孔並行培養即時動力學數據
  • 可訂製補料模式(分批、補料分批、團注(bolus)、連續)*
  • 採用已預先校正的光學傳感器來調控微孔盤的pH值 *
  • 工作體積小(800 – 2400 μL)
*需安裝微流控制模組

智能 BioLection 軟體

  • 直觀的用戶界面,支援多用戶環境
  • 所有控制參數可自由編程
  • 開放系統支援即時數據下載
  • 快速處理器確保實驗數據快速下載

 

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Content and Resources

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High throughput cultivation of the cellulolytic fungus Trichoderma reesei in the BioLector® In this application note we show, that the BioLector&reg; system is suitable for high throughput fermentation of <em>T. reesei</em> while maintaining essentially the same morphology, cellulase production and growth kinetics as in conventional shake flask fermentations. Furthermore, we demonstrate different application examples that take advantage of the optical online measurement capabilities of the BioLector&reg;.
Determination of cell death in the BioLector Microbioreactor In this application note m2p-labs presents the online propidium iodide (PI) measurement during cultivation processes using the BioLector microbioreactor. This method promises a rapid signal response, applicable for example in high throughput cytotoxicity screenings in 48 well format.
Screening yeast extract to improve biomass production in acetic acid bacteria starter culture In this study, we demonstrate that the BioLector<sup>&reg;</sup> is a suitable device for online strain screening and for the investigation of the impact of different yeast extracts on biomass production of the acetic acid bacterium <em>Komagataeibacter hansenii</em> Ko-0201. Experiments were performed under controlled and uncontrolled pH conditions.

Technical Documents

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