Wako和光纯药UniWells™ Horizontal Co-Culture Plate

UniWells™ Horizontal Co-Culture Plate

UniWells™ Horizontal Co-Culture Plate

UniWells™ Horizontal Co-Culture Plate is an ideal co-culture device that connects two wells laterally.
The horizontal connection provides easy viewing of cells in both wells simultaneously using various types of microscopes.
It is a versatile tool for studying cell-cell interactions such as transport, migration, and invasion.

  • Instruction

  • Features
  • Excellent points
  • Kit Contents
  • Example of use – Uptake of exosomes –
  • Instructions for use
  • Medium volume
  • Product List
  • Related Information

Features

  • Simultaneous observation using a time-lapse microscope
  • No more filter clogging
  • Cells are cultured under the same condition (used same material on the bottom)
  • Filters of any membrane types and pore sizes are usable
  • Both wells are independent (connect in a free combination)

Excellent points

Both cells can be cultured under the same medium volume

  • Conventional co-culture plate
    UniWells™ Horizontal Co-Culture Plate
    Medium volume in A is more than in B and cell secreted factors A are diluted in B.
  • UniWells™
    UniWells™ Horizontal Co-Culture Plate
    Medium volume are the same between A and B

 

Filter is prevented from being clogged by cells

  • Conventional co-culture plate
    UniWells™ Horizontal Co-Culture Plate
    The filter is clogged by cells cultured in the upper well, which leads to interfering with the migration of cell secreted factors between the upper and lower wells.
  • UniWells™
    UniWells™ Horizontal Co-Culture Plate
    The filter is NOT clogged by cells.

Kit Contents

UniWells™ Horizontal Co-Culture Plate (384-14421)

UniWells™ Horizontal Co-Culture Plate
Main Body A ・・・2
Main Body B ・・・2
Cover ・・・4
Common Cover ・・・4
Adapter ・・・1
O-ring ・・・2
[Note] The filters are sold separately

Example of use – Uptake of exosomes –

UniWells™ Horizontal Co-Culture Plate enables the observation that exosomes derived from cell B permeate the filter and are uptaken by cell A.

UniWells™ Horizontal Co-Culture Plate

Comparison of permeability testing of exosome between conventional co-culture plate and UniWells™

  1. Cells were seeded to be the same cell numbers into the upper well in conventional co-culture plate and one side well in Uniwells™.
  2. Co-culture started after 24 hours from cell seeding.
  3. Exosome densities of the cell side and medium side were analyzed.
UniWells™ Horizontal Co-Culture Plate

Instructions for use

  • Connected use

    Wells are connected by fitting a filter, O-ring and cover.

    ※The filters are sold separately.

    UniWells™ Horizontal Co-Culture Plate

    Connection methods are as below;

    A)Connect the wells cultured independently by aspirating the culture solution once.
    B)Connect first and increase the volume of the culture solution to achieve co-culture

    UniWells™ Horizontal Co-Culture Plate
  • Single use

    Fit a common cover and cover to a well.

    UniWells™ Horizontal Co-Culture Plate

    Use in a microscope

    Set wells to the adapter provided.

    ※The adapter is attached to the main unit.

    UniWells™ Horizontal Co-Culture Plate

Medium volume

A medium volume of less than 400 μL is not shared between the wells.

UniWells™ Horizontal Co-Culture Plate

The maximum medium volume on each well is 1.8 mL.

UniWells™ Horizontal Co-Culture Plate

Product List

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UniWells™ Horizontal Co-Culture Plate

UniWells™ Filter 0.6 µm

UniWells™ Filter 0.03 µm

UniWells™ Adapter 96

Related Information

Category

  1. Cell Culture
  2. Cell Culture Plasticware
  1. Life Science
  2. Exosome Research

Content

Novel Tool Box for EVs Therapy in Regenerative MedicineWako Blog
MSC-derived extracellular vesicles isolated by PS affinity method have high anti-inflammatory and anti-fibrotic effects. Extracellular vesicles (EVs) are small and lipid bilayer particles released by…
Co-culture studies to decode ‘biological PINs’ and exosomesWako Blog
Recently, it has become evident that extracellular vesicles, including exosomes, play a major role in the communication of various cells in biology. As such, there has been a dramatic increase in the …
Why are exosomes getting a lot of attention?Wako Blog
First described over 30 years ago, exosomes are now being explored with great interest, particularly regarding their involvement in various diseases and in the development of targeted therapies. Exoso…
Proteome analysis of exosomesWako Blog
Exosomes are secretory microvesicles derived from intracellular vesicle trafficking pathways, which are involved in the extracellular release of unwanted molecules or delivery of molecules to distant …

Product content may differ from the actual image due to minor specification changes etc.

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