ECIS p-Flow Peristaltic Pump

ECIS® pFlow solution for barrier function studies of endothelial cells under flow conditions.


Register for free to listen to this article
Listen with Speechify
0:00
1:00
Share

Applied BioPhysics introduces ECIS® pFlow solution for barrier function studies of endothelial cells under flow conditions. The specially designed peristaltic pump with flow chambers attaches to ECIS® flow arrays allowing researchers to subject cell layers to shear stress as high as 28 dynes/cm2 or gently perfuse them with low flow rates.

ECIS pFlow pumps are fully programmable via USB or RS232 interfaces, and since each pump has a unique USB address, multiple pumps can be run from one PC. Programmed flow profiles can be stored within the pump memory allowing one to disconnect the pump from the controlling computer for remote runs.

Flow profiles include continuous and/or pulsatile flow in both single and bi-directional modes. Technical specs include – continuous flow from 20 ml/min to 70 microliters/min; for pulsatile flow, max ramp speed 0 to max flow -150 msec (forward or reverse); full forward to full reverse flow - 400msec. ...

Interested in reading more?

Become a Member of

The Scientist Logo
Receive full access to more than 35 years of archives, as well as TS Digest, digital editions of The Scientist, feature stories, and much more!
Already a member? Login Here
Share
Image of a woman in a microbiology lab whose hair is caught on fire from a Bunsen burner.
April 1, 2025, Issue 1

Bunsen Burners and Bad Hair Days

Lab safety rules dictate that one must tie back long hair. Rosemarie Hansen learned the hard way when an open flame turned her locks into a lesson.

View this Issue
Conceptual image of biochemical laboratory sample preparation showing glassware and chemical formulas in the foreground and a scientist holding a pipette in the background.

Taking the Guesswork Out of Quality Control Standards

sartorius logo
An illustration of PFAS bubbles in front of a blue sky with clouds.

PFAS: The Forever Chemicals

sartorius logo
Unlocking the Unattainable in Gene Construction

Unlocking the Unattainable in Gene Construction

dna-script-primarylogo-digital
Concept illustration of acoustic waves and ripples.

Comparing Analytical Solutions for High-Throughput Drug Discovery

sciex

Products

Green Cooling

Thermo Scientific™ Centrifuges with GreenCool Technology

Thermo Fisher Logo
Singleron Avatar

Singleron Biotechnologies and Hamilton Bonaduz AG Announce the Launch of Tensor to Advance Single Cell Sequencing Automation

Zymo Research Logo

Zymo Research Launches Research Grant to Empower Mapping the RNome

Magid Haddouchi, PhD, CCO

Cytosurge Appoints Magid Haddouchi as Chief Commercial Officer