Microfluidic ChipShop Fluidic Interface Options
This guide shows how to interface microfluidic ChipShop chips with various sizes of tubing and connectors.
Application: Microfluidics Applications
Studying Microparticles on the ISS
A team from the University of Louisville will be using LabSmith uProcess microfluidic components and Microscopes to study microparticle suspension on the International Space Station (ISS).
Separation of Cells and Microparticles
ABSTRACT Presented here is the first continuous separation of microparticles and cells of similar characteristics employing linear and nonlinear electrokinetic phenomena in an insulator-based electrokinetic (iEK) system. By utilizing devices with insulating features, which distort the electric field distribution, it is possible to combine linear and nonlinear EK phenomena, resulting in highly effective separation schemes … Read more
Step-by-Step Microfluidics Education
LabSmith educational kit includes step-by-step instruction and support videos help students learn fluid routing, automation and scripting tasks.
Sensirion Flow Sensor Control with uProcess
This note shows how to use LabSmith uProcess components and software with a Sensirion flow sensor to develop a continuous-flow system with constant, set pressure.
Degassing a Microfluidic System
Dissolved gas and trapped air bubbles in a microfluidic system can affect repeatability and stability. Degassing a fluid system is easy using a LabSmith Breadboard Reservoir or Chip Reservoir.
uProcess Software: Adding a new Interface
A Video Tutorial showing how to connect your LabSmith EIB200 to the uProcess software. Watch Here
Particle-based Molecular Separation
A PMMS–SERS system enables sensitive analyte detection, with benefits for applications requiring bacteria identification and quantification.
LSPR Sensor for Inflammatory Biomarker Detection
A localized surface plasmon resonance (LSPR) sensor enables inflammatory biomarker detection, with benefits for immune status monitoring, and diagnosis of inflammatory diseases.
Microfluidics for Non-experts in Clinical Settings
Approaches to facilitate the use of microfluidics by non-experts in clinical settings outside of the laboratory, to guide physicians in real-time clinical decision-making.