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Seminar Topic :

Solutions for Cell Culture Growth & Analysis

Introducing New Exciting Cell Culture Products:Upcell and Hydrocell

 

 

Date & Time

6th April 2009 (Monday), 9:30am - 12:30pm

Venue

Matrix Building Level 4, Creation Theatrette, Biopolis

 

Re-Defining the Cell Culture by Introducing Nanoscale

Polymerised CUlture Surface

Masato Ishiwata , Business Development Manager

CellSeed Inc.

5 Solutions to Eradicate Cell Culture Obstacles and Barriers

Hyunju Lee, Commercial Product Manager

Nunc and Nalgene, Thermo Fisher Scientific

Tips for Good Laboratory Pipetting

Anita Chng, Commercial Product Manager

Liquid Handling Consumables, Thermo Fisher Scientific

Organized By:
Bio Laboratories Pte Ltd

 

Schedule:

9:30 - 10:30 am

10:30 - 11:00 am

11:00 - 12:00 pm

12:00 - 12:30 pm

 

Redefining the Cell Culture by Introducing Nanoscale Polymerised Culture Surface

Tea Break

5 Solutions to Eradicate Cell Culture Obstacles and Barriers

Tips for Good Laboratory Pipetting

 

Presentation Abstracts:

Introducing New Exciting Cell Culture Products: Upcell and Hydrocell

We have developed a novel temperature-responsive cell cultureware that allows collection of cells by mere control of external

temperature, completely abolishing the usage of cell damaging proteolytic enzymes such as trypsin. The temperature-responsive

polymer (PIPAAm) grafted surface exhibits thermally reversible hydrophobic-hydrophilic property across the lower critical solution

temperature (LCST) of 32C. At 37C, the surface is slightly hydrophobic, allowing adherent cells to attach. However when the

temperature is reduced to room temperature (20-25C), the surface becomes hydrophilic, prompting attached cells to detach

spontaneously.

 


This temperature responsive cell cultureware is particularly suitable for preparation of intact single cell suspension for flow

cytometry application by improving the labeling efficiency. Moreover, the cell recovery and viability rate is dramatically improved

for macrophage and dendritic cell culture, which are difficult to detach even if trypsin is used.

 


When cells are cultured beyond over-confluency, the cells can be collected in a form of thin-film, what so-called as "cell-sheet".

Since trypsin is not utilized, the extra cellular matrix (ECM) deposited by cells are also collected together with cell-sheet. Due to

this intact ECM, the cellsheet does not require any suture when transplanted to the host. Besides, the cell-sheets can be

stacked together to create 3D tissue constructs to mimic "in-vivo" like tissue mass thanks to the intact surface proteins that are

used for cell-cell communication necessary to establish vertical cell-cell gap junction formation..

 


With this visit, we would like to present our recent findings and application of our novel cell cultureware, UpCell and other

innovative cell culture surface.


5 Solutions to Eradicate Cell Culture Obstacles and Barriers

  • Overcoming barriers of cell attachment and detachment
  • Maximising productivity of bio-production
  • Minimising cell culture contamination
  • Safety first’ – Cell preservation
  • For your further application – Suspension cell imaging work

Tips for Good Laboratory Pipetting

  • Operating principle of pipette
  • Pipetting techniques
  • What is calibration and adjustment?
  • What affects pipetting?
  • Why calibrate yourself?

 

 

More info about Upcell | Hydrocell

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