Mirus EvoEight channels, in sync
An eight-channel microfluidic syringe pump for multiplexed cell adhesion, platelet aggregation and thrombosis assays.
Run parallel studies with simultaneous flow control.
Eight-channel simultaneous flow
Designed for shear-flow studies
Compatible with VenaFlux workflows
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instrument.
Specifications summarized from the published Cellix portfolio. Confirm the final configuration with our team.
- Channels
- 8 simultaneous
- Technology
- Microfluidic syringe
- Applications
- Adhesion / thrombosis
- Product family
- Mirus
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FULL PRODUCT REFERENCEOriginal product information
See the complete published specifications, downloads and demonstration videos.
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Mirus Evo Pump
8-channel Pulse-Free Microfluidic Syringe Pump
8-CHANNEL SPLITTER
with MultiFlow8 providing equal flow rates in each channel of the 8 channels. For independently controlled flow rates, see our ExiGo pumps.
THROMBOSIS, PLATELET ADHESION & AGGREGATION ASSAYS:
2.25 - 450 dyne/cm with 1mL syringe and Vena8 Fluoro+ Biochips.
CELL-LIGAND & CELL-CELL ROLLING, ADHESION & MIGRATION SHEAR FLOW ASSAYS:
0.05 - 10 dyne/cm with 100µL syringe; steps of 0.05 dyne/cm and Vena8 Fluoro+ and Vena8 Endothelial+ Biochips.
SYRINGE AUTOMATIC REFILLING
PROGRAMMABLE
with PC-controlled VenaFluxAssay software.
FLOW RATES:
100nL/min - 20µL/min with 100µL syringe. Increased flow rates possible with larger syringes.
STANDARD SYRINGES:
100µL, 250µL, 500µL, 1mL, 5mL glass syringes.
2
2
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How does it work?
Applications
Accessories
Demo Videos
HOW DOES IT WORK?
DOWNLOADS
Tech Note & Protocols:
Mirus Evo Tech Note
Thrombosis Assay Protocol
Quick Start Guides:
VenaFluxAssay Software QuickStart Guide
Mirus Pump Washout QuickStart Guide
Mirus Tubing QuickStart Guide
MultiFlow8 Washout QuickStart Guide
Manuals:
Mirus Evo Manual
How does it work?
APPLICATIONS
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
APPLICATION VIDEOS
Thrombosis: Platelet adhesion to vWF coated biochip at 60 dyne/cm²
Thrombosis: Platelet-leukocyte interaction at 2.25 dyne/cm² on collagen coated biochip
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Leukocyte Rolling of THP1 monocytes on E-selectin coated microchannel at 0.5 dyne/cm²
Thrombosis: Platelet adhesion to vWF coated biochip at 60 dyne/cm²
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Application Notes:
Thrombosis / Platelet Adhesion and Aggregation:
C100 - Platelet / Thrombosis
C200 - Stents / Platelet Aggregation
C300 - Atherosclerosis / Monocyte adhesion
Inflammation / Leukocyte Adhesion:
I100 - Sepsis / Statins / T-cell adhesion
I200 - Inflammation / Leukocyte adhesion
Asthma & Allergies / Eosinophil Adhesion:
R100 - Asthma / Eosinophil adhesion
R200 - Levocetirizine / Eosinophil adhesion
Oncology / Melanoma cell adhesion & metastasis:
O100 - Oncology / Melanoma metastasis
Bacteria / E. coli adhesion / Biofilm formation:
B100 - Bacteria / E. coli adhesion / Biofilm
Applications
ACCESSORIES
Biochips
Tubing Kits
Connectors
Syringes
Accessories
Demonstration videos
DEMONSTRATIONS & HOW TO...
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