Single CellomeTM Unit SU10 Delivery to a Cultured Plant Cell and Plant Tissues

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SU10 is a novel technology that enables the delivery of target substances directly into cells (nucleus or cytoplasm) using a "nano" pipette made of a glass capillary with an outer tip diameter of tens of nanometers.
It is specifically designed to transfect cells that are difficult to introduce substances to using conventional methods.
This application note provides examples of delivering fluorescent reagents into plant cells with rigid cell walls and high swelling pressure using the SU10.

 


Delivery to a Cultured Plant Cell with SU10

Merge (Bright Field/FITC)
Provided by Dr. Daisuke Kurihara (Higashiyama Group, Nagoya University)

Experimental Conditions

Cell: BY-2 (Glass bottom dish with grid)
Reagent: 5 mg/ml FITC-dextran (MW 70,000)

Results

  • The fluorescent signal was observed one day after the SU10 delivery, indicating that the cells were still alive.
  • The nanopipette tip can penetrate a rigid plant cell wall.
  • The SU10 can be used to deliver to cells with a high swelling pressure. The delivery by the SU10 is based on an electrochemical mechanism and does not use pneumatic or hydraulic pressure.

Delivery to Plant Tissue with SU10

The SU10 can deliver substances into plant tissues as well as cultured cells.
Applying this technology to genome editing of crops and the development of plant-derived medicines is expected to dramatically change these industries and contribute to the SDGs (Goal 2: Zero Hunger, Goal 3: Good Health and Well-Being).

Experimental Conditions

Plant tissue: Apical meristem of white radish sprouts (fixed in 60 mm dish)
Reagent: 10 mg/ml FITC-dextran (MW 70,000) or Cy3-oligonucleotide (50 µM)
Evaluation: Tissues were observed just after delivery with the fluorescence microscopy

Results

  • The fluorescent signals were observed in apical meristematic tissue after the SU10 delivery.
  • The average success rates are 31.1% (maximum 71.4%) for FITC-dextran and 45.5% (maximum 58.3%) for Cy3-oligonucleotide. Five to 13 cells were delivered per nanopipette and the delivery success rate was calculated.

The SU10 has the potential to deliver various substances directly into specific cells within tissues of various plant species.

Zugehörige Produkte & Lösungen

  • Minimalinvasiver intrazellulärer Nanoinjektor

    Die Single Cellome™ Einheit SU10 ist in ihrer Funktionsweise einzigartig. Sie wird Wissenschaftler in der Arzneimittelforschung und in der Gentechnik dabei helfen, schnellere und effizientere Ergebnisse zu liefern. Bei dieser Systemkomponente wird die Penetration und Injektion von Einzelzellen mittels einer Nanopipette automatisiert. Unser R&D Team gibt sich damit jedoch nicht zufrieden. Zusätzlich zu den genannten Funktionen sind wir dabei, eine Funktion zum Absaugen intrazellulärer Substanzen sowie ganzer Zellen zu entwickeln. Die geringe Invasivität der SU10 Einheit macht die Manipulation von lebenden Einzelzellen möglich. Das System ist auf die Inversmikroskope verschiedener Hersteller abgestimmt. Ein Mikroskop ist nicht Bestandteil der SU10.
     

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  • Weites Sichtfeld

    Das CSU-W1 ist unsere Antwort auf Anfragen von Forschern nach einem „weiteren Sichtfeld (FOV)“ und nach „klareren Bildern“.

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