Temperature-responsive cell cultureware for "Cell Sheet" engineering

Cell Sheet Engineering from Japan to the World Cell Sheet Engineering from Japan to the World

Temperature-responsive polymer (PIPAAm) is immobilized to the surface of the cell cultureware at nano-thickness.
The polymer grafted surface shows reversible hydrophobic - hydrophilic property across the threshold temperature of 32℃, allowing cells to datech in a form of thin film (cell-sheet) WITHOUT harmful enzymes (e.g. trypsin or dispase).
The polymer is covalently bonded to the surface therefore harvested cell-sheet is free from polymer contamination.

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Key features


  • Image of the Cell Sheet harvest
  • Advantage of the temperature cell harvest technology
  • The cells produce their own Extra Cellular Matrix (ECM) to initially bind to the surface of the UpCell® , followed by cell proliferation.
  • When cells are cultured beyond over confluence, it can be harvested as a "cell-sheet" by mere regulation of external temperature instead of cell damaging enzymes such as trypsin or dispase. "Cell Sheet" is a contiguous cells in a form of thin film, not isolated cells and free from polymer contamination.
  • So-harvested Cell Sheet retains intact extra cellular matrix (ECM) thus suture is not required when transplanting to the host. The ECM acts as a biological binding glue thus accelerate the cell-sheet adhesion without the need for the suture.
  • Since the cell surface recepters and antigens are also kept intact due to cell friendly temperature harvest, simple layering of cell-sheets leads to construction of 3D tissue. Cell Sheets communicate and connect to each other through the channels expressed on the surface. The vertical gap junction is formed as short as 30 minutes (results may vary by cell types and specific culture conditions).


  • Applicable cell types
    • Applicable cell types
      • For tissue culture for regenerative medicine
      • For construction of 3D tissue. The multi layering of cell-sheets can be either homogeneous or heterogeneous.


  • In vitro cell culture
    • Please pre-warm the cell culture medium to be used to 37℃ in the incubator.
    • When seeding cells, please use the pre-warmed media to ease attachment of cells.
    • UpCell® 's temperature-responsive polymer coating is covalently immobilized on the flat surfaces of each cell culture area. The surface becomes slightly hydrophobic above 32℃, allowing adhesion of seeded cells. Therefore please culture cells above this temperature. (Our recommended cell culturing temperature is 37℃.)
      Media change can be performed as with non-polymer coated conventional cell cultureware.
    • Attachment time for cells may vary depending on cells.
    • To inhibit undesired cell detachment during media changes, please pre-warm culture media to 37℃ prior to changing the media. Observations under a microscope should also be kept as short as possible to prevent cooling.
    • Should you have difficulty in cell attachment, surface pre-coating of the surface with collagen, fibronectin, polylysine or use of serum media may improve cell attachment.
  • Detachment of cultured cells
    • UpCell® TM's surfaces becomes super hydrophilic below 32℃, prompting cell-surface detachment.
    • When harvesting cultured cells, place "UpCell® TM" into an incubator set at 20℃ for 30 minutes.
    • Alternatively, "UpCell® TM" may be set at room temperature (25℃) under sterile conditions to cool.
    • Depending on the cell type, cultured cells should detach spontaneously within a short time.
    • Cells failing to detach automatically can be detached by gentle plate agitation using a pipet filled with culture media.
    • For the preparation of intact single cell suspension by UpCell®, it is highly recommended to recover cells before cells reach over confluent and form tight cell-cell junction.
    • For the preparation of intact single cell suspension by UpCell®, it is highly recommended to recover cells before cells reach over confluent and form tight cell-cell junction.
    • The "UpCell®" product is intended for single-use only. Please do not re-use the product as the residual matrix and media components may absorb to the surface, comprising performance.
    • Store at room temperature. Avoid direct sunlight.
    • Sterilization conditions may also comprise cultureware properties.
  • Cell Sheet harvest using membrane
  • Remove

    1. Remove most but not all of culture medium to prevent cells from drying from UpCell® cultureware and leave at room temperature (25C) for 10-30 minutes. Please make sure that your cells are cultured beyond over-confluency.

     provided in the product box or PVDF

    2. Gently place hygroscopic membrane provided in the product box or PVDF membrane on cells as a "cell-sheet carrier".

    gently peel

    3. Place the edge of cells onto the membrane by using sharp forceps and gently peel the membrane with the cell-sheet off from the surface of UpCell®.

Application data / References


Format Max. external dimensions, mm Culture area, cm2/well Suggested working Volume, mL/well Cat. No. Units per pack / case
96 Multi-well plate 86(L)×128(W) 0.33cm2/well 0.4mL/well CS1001 20
CS1002 5
48 Multi-well plate 86(L)×128(W) 1.1cm2/well 0.5mL/well CS3001 20
CS3011 5
24 Multi-well plate 86(L)×128(W) 1.9cm2/well 1mL/well CS3002 20
CS3012 5枚
12 Multi-well plate 86(L)×128(W) 3.5cm2/well 2mL/well CS3003 20
CS3013 5
6 Multi-well plate 86(L)×128(W) 9.6cm2/well 3mL/well CS3004 20
CS3014 5
10cm dish 92(D)×17(H) 56.7cm2 12.5mL CS3005 20
CS3015 5
6cm dish 60(D)×15(H) 21.5cm2 5mL CS3006 20
CS3016 5
3.5cm dish 40(D)×12(H) 8.8cm2 3mL CS3007 20
CS3017 5
High Detachment 3.5cm dish 40(D)×12(H) 8.8cm2 3mL CS3101 20
CS3111 5
Low Detachment 3.5cm dish 40(D)×12(H) 8.8cm2 3mL CS3102 20
CS3112 5

Inquiries and Sample / Catalog requests

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