Room temperature to 50 degC. For convenience, there is one presetting of 37degC.
The frame will hold microfluidic chips of size 50mm (L) x 40mm (W) x 3mm (D). Compatible with Cellix's Vena biochip range.
The frame contains 2 heater blocks on each side of the section where the microfluidic chip is placed and
The temperature of the microfluidic chip is shown in red on the temperature controller. The top of the frame contains an ITO glass slide (Indium Tin Oxide, a transparent conductor). The ITO glass slide heats the surface of the microfluidic chip to the desired temperature setting, shown in green on the temperature controller.
ExiGo pump connected to microfluidic chip placed in microenvironmental chamber.
ExiGo pump connected to microfluidic chip placed in microenvironmental chamber.
assays on ligand-coated surface or on endothelial cells for studies in:
: leukocyte and T-cell adhesion studies for sepsis, statins, immunological disorders.
: eosinophil adhesion studies for anti-inflammatories, antihistamines (e.g. cetirizine/levocetirizine - montelukast).
Read the complete available background
Microenvironmental Chamber
Temperature controlled microscope frame for microfluidic chips
TEMPERATURE CONTROLLED
:
Room temperature to 50 degC. For convenience, there is one presetting of 37degC.
SET DESIRED TEMPERATURE EASILY WITH +/- BUTTONS
CHIP DIMENSIONS:
The frame will hold microfluidic chips of size 50mm (L) x 40mm (W) x 3mm (D). Compatible with Cellix's Vena biochip range.
COMPATIBLE WITH WIDE RANGE OF MICROSCOPES:
including Zeiss, Nikon etc.
Visit eShop for prices
Get a Quote or more information
How does it work?
Applications
Related Products
Videos
HOW DOES IT WORK?
The frame contains 2 heater blocks on each side of the section where the microfluidic chip is placed and
a sensor which measures the temperature of the microfluidic chip.
The temperature of the microfluidic chip is shown in red on the temperature controller. The top of the frame contains an ITO glass slide (Indium Tin Oxide, a transparent conductor). The ITO glass slide heats the surface of the microfluidic chip to the desired temperature setting, shown in green on the temperature controller.
Microenvironmental chamber - how does it work?
Micro-environmental Chamber with controller
Micro-environmental Chamber with controller
Microenvironmental chamber - how does it work?
Experimental Set-ups
Micro-environmental Chamber with controller and ExiGo
ExiGo pump connected to microfluidic chip placed in microenvironmental chamber.
Micro-environmental Chamber with controller and UniGo
UniGo pump connected to microfluidic chip via 8-way splitter.
Micro-environmental Chamber with controller and ExiGo
ExiGo pump connected to microfluidic chip placed in microenvironmental chamber.
How does it work?
APPLICATIONS
Organ-on-chip studies
Thrombosis / Platelet Adhesion and Aggregation
shear flow experiments.
Shear based cell rolling, adhesion and transmigration
assays on ligand-coated surface or on endothelial cells for studies in:
Inflammation
: leukocyte and T-cell adhesion studies for sepsis, statins, immunological disorders.
Asthma & Allergies
: eosinophil adhesion studies for anti-inflammatories, antihistamines (e.g. cetirizine/levocetirizine - montelukast).
Oncology
: melanoma cell adhesion and metastasis
Bacteria
: E. coli adhesion and biofilm formation
Applications
RELATED PRODUCTS
Microfluidic Chips
Microfluidic Pumps
Tubing & Connectors
Sample Reservoirs
Related Products
VIDEOS
Placing microfluidic chip in Micro-environmental chamber
Videos
Visit eShop for prices
Get a Quote or more information
For illustrations, downloads and the latest updates, visit the original published page.
View original Cellix reference