Syntec Optics employs advanced manufacturing techniques like femtosecond laser micromachining for battery free portable microfluidics solutions.
Discover what lab on a chip technology is and its evolution through microfluidics for advanced diagnostic solutions.
A team of engineers from Rutgers University-New Brunswick developed a lab-on-a-chip capable of identifying biomarkers indicative of certain diseases.
[168 Pages] Lab-on-a-chip and Microarrays (Biochip) Market is expected to reach US$ 41,690.9 Mn by 2030. Market by Indications, by Distribution Channels
Engineers at Duke University have demonstrated a versatile microfluidic lab-on-a-chip that uses sound waves to create tunnels in oil to touchlessly manipulate and transport droplets. The technology could form the basis of ...
Researchers have developed a novel platform to diagnose infectious disease at the point-of-care, using a smartphone as the detection instrument in conjunction with a test kit in the format of a credit card.
Any sufficiently advanced technology is indistinguishable from magic. —Arthur C Clarke Medical diagnostics often feels like magic to me. With just a few drops of blood, doctors can quickly decipher...
Reusable lab-on-a-chip uses acoustic waves to manipulate fluid droplets / Lab-on-a-chip riutilizzabile utilizza le onde acustiche per man...
Researchers at Monash University in Australia claim to have produced nanoscale directional antennas that accurately focus light at the nanoscale and may provide the ultra-narrow beams needed for upcoming nanoelectromechanical systems (NEMS) and the eventual production of lab-on-a-chip devices.
The low-cost wearable electronic device developed by Professor John A. Rogers collects and analyzes sweat for health monitoring.
EPFL researchers have developed a sensor that can identify the presence of a head and neck cancer through breath analysis. Nico de Rooij's micro-sensors detect volatile organic compounds which vary in presence and concentration depending on one's health. The sensor includes a silicon disk covered by a polymer and suspended by four tiny "bridges" with integrated [...]
Professor Milica Radisic and her team have developed unique methods for manufacturing small, intricate scaffolds for individual cells to grow on
47 likes, 1 comments - 3dheals on September 22, 2020: "#Repost @folch_lab_art . 3D-printed pneumatic 4-way valves, by Anthony Au and Albert Folch. From our publication "3D-printed microfluidic automation", AK Au, N Bhattacharjee, LF Horowitz, TC Chang, and A Folch, Lab on a Chip 15 (8), 1934-1941 (2015) #3Dprint #3dprinting #slaprinting #bioengineer #bioengineering #biomedicalengineer #biomedicalengineering #research #innovation #technology #tech #3d101 #technique #science #microfluidics #universityofwashington #engineering".
Lab on a chip
Organ-on-a-chip (OOC) - microfluidic device chip that simulates biological organs that is type of artificial organ. Prototype of design lab-on-a-chip in microfl
Flow test series videos for the microfluidic lab-on-a-chip on www.uFluidic.com https://www.ufluidic.com/collections/microfluidic-chips/products/dg-dropseq-z120-droplet-microfluidics-chip
Simple but ingenious way to create lab-on-a-chip devices could become a model for teaching and research
It's relatively easy to imagine a new medicine -- the hard part is testing it, and that can delay promising new cures for years. In this well-explained talk, Geraldine Hamilton shows how her lab creates organs and body parts on a chip, simple structures with all the pieces essential to testing new medications -- perhaps even custom cures made for one specific person.
Researchers have designed a technique to trap & move nano-sized particles in a fluidic medium using light that could help make advanced lab-on-chip devices
