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Preparation of Photonic Biosensors by Inkjet Printing Technology
F. Strassera, c, E. Melnika, R. Heera, P. Muellnera, G. Mutinatia, R. Hainbergera , J. Kraftb, G. Meinhardtb, J. Siegertb, P. Lieberzeitc

In order to enable local functionalization of label-free optical waveguide biosensors in a cost effective mass-fabrication compatible manner, we investigate surface modification employing inkjet printing of functional polymers and UV-curable benzophenone dextran.

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Microfluidic extrusion of cell-laden hydrogel fibers for 3D-Bioprinting
Cristina Colosi, Laura Belloni, Giancarlo Ruocco

An overview on how the incorporation of microfluidic platforms in 3D-bioprinters can open new routes in the creation of heterogeneous, tissue-specific bio-constructs and in the high-throughput screening of bioinks compositions for regenerative medicine and in vitro tissue modeling.

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Magnetically Manipulated Sample Handling System on Digital Microfluidic Platforms
Debiprasad Chakrabarty1, 2, Susovan Dutta2, Niladri Chakraborty2, Ranjan Ganguly2

Herein we present a proof of concept demonstration of magnetic manipulation of an immiscible, microliter-scale ferrofluid droplet over a thin aqueous film on a solid substrate, using an array of square electromagnets.

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Rapid electrochemical impedance spectroscopy for protein detection in Lab-on-a-Chip devices
T. Pardy(a); N. Sleptsuk(a); M. Min(a); J. Ojarand(a); T. Lakspere(a,b); K. Palm(b)

We present results in rapid solution impedance spectroscopy to detect protein interactions (antibody-antigen) in human serum. Two different serum-antibody mixtures are measured in cuvettes, interfaced with screen-printed electrodes to determine whether the experimental setup can detect differences in composition.

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Finite element modelling for the optimization of temperature control in Lab-on-a-Chip devices
T. Pardy(a,b); T. Rang(a); I. Tulp(b)

The presented finite element model aims to help in the development of Lab-on-a-Chip devices which require temperature control. The model simulates the thermal system in such devices to enable in silico validation of designs and geometry optimization, and aims to be a versatile tool supporting multiple temperature control methods.

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Finite element modelling for the optimization of temperature control in Lab-on-a-Chip devices
T. Pardy(a,b); T. Rang(a); I. Tulp(b)

The presented finite element model aims to help in the development of Lab-on-a-Chip devices which require temperature control. The model simulates the thermal system in such devices to enable in silico validation of designs and geometry optimization, and aims to be a versatile tool supporting multiple temperature control methods.

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Development of an Integrated Paper-based Molecular Diagnostic Platform
Manoharanehru Branavan, Wamadeva Balachandran

The poster describes a modular development of a paper-based molecular diagnostic device and the latest results obtained from a proof-of-concept device.

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Advanced Microfluidic Mixing Device for the Study of Macromolecule Dynamics
Shubha Jain, F. Azam, Dr. H. N. Unni

We have developed and characterized a micro-fluidic mixer to study the macro-molecule dynamics such as kinetics of protein folding, DNA sequencing, single molecule study and detection etc. on a micro-second timescale. Numerical simulation has been performed to analyse the study of mixing performance of micro-fluidics channel.

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A combined cell placement and migration assay device for cancer cell anti-migration drug screening
Colin L. Hisey1,2, Oihane Mitxelena-Iribarren2,3, Miguel Martinez-Calderon2, Sergio Arana2,3, Maite Mujika2,3, S.M. Olaizola2, Derek J. Hansford1

We have developed a microfluidic device capable of hydrodynamically trapping cells over polymer lines which encourage 1D migration based on topographical cues. These lines have been fabricated with both femtosecond laser ablation and dewetting/stamping. This type of precise control will allow precise microfluidic assessment of potential drug targets to limit cancer cell migration.

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Microelectrode For Microdroplet Activity: A Survey on Design
Noor Faezah Ismail, Nasri Sulaiman and Nurul Amziah Md Yunus

Electrowetting basic operation is by having the microdroplet activity based on the electric field generated from the active microelectrodes that are designed and fabricated on the glass or pcb substrate. The design of the microelectrode can affect the result of the microdroplet movement, direction, size and etc. In this work, a few comparisons on the effectiveness from different electrode shapes have been made.

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Showing Results 1 - 10 of 239
Scientific News
'Lab on the Skin' for Sweat Analysis
Northwestern University researchers develop a low-cost wearable electronic device that collects and analyzes sweat for health monitoring.
Peer Review is in Crisis, But Should be Fixed, Not Abolished
After the time to get the science done, peer review has become the slowest step in the process of sharing studies, and some scientists have had enough.
Making Every Cell Matter
New method for encapsulating single cells within microgels could boost efficacy of cell-based therapies and tissue engineering.
Modelling Cigarette Effects with Airway-on-a-Chip
An instrument that smokes cigarettes like a human, and delivers whole smoke to the air space of microfluidic human airway chips, enables new insights into how non-smokers and COPD patients respond to smoke.
Robotic Cleaning Technique Could Automate Neuroscience Research
New robotic cleaning technique allows pipettes used in patch-clamping to be re-used up to 11 or more times.
Lab-on-a-Chip to Help Detect Cancer
In this podcast, we speak to Gustavo Stolovitsky to learn about his career and the work he is doing at IBM Research.
First Entirely 3D-printed Organ-on-a-Chip with Integrated Sensors
New approach to manufacturing may allow researchers to rapidly design organs-on-chips that match the properties of a specific disease or individual patient's cells.
3D-Printing in Science: Conference Co-Staged with LABVOLUTION
LABVOLUTION 2017 will have an added highlight of a simultaneous conference, "3D-Printing in Science".
Size Matters for Particles in Bloodstream
Research uncovers more information about how particles behave in the human bloodstream.
Lab-on-a-Chip Detects Effects of Poison
A fast and efficient mixer has been developed for testing the effect of toxic substances faster by using a new lab-on-a-chip.
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