When British neuroscientists began developing brain organoids to study autism and schizophrenia some years ago, their colleague Dr. Martin Coath, of the University of Plymouth, publicly stated that they were…
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About the blog
This blog gives an overview of the many segments of the microfluidics industry and its future trends. It also highlights the challenges of commercializing microfluidic products. Our guest bloggers have been carefully selected to give a fresh perspective on the above topics, and the articles are solely the opinion of the authors. Contact The Circle to share your opinion as a guest author.
Recent Posts
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Bridging the micro to the nanoscale – how to facilitate the transition to nanofluidic devices as new standard in life sciences August 5, 2020 -
Microfluidics and Approval Bottlenecks in a Pandemic June 10, 2020 -
Applications of inertial microfluidic focusing (with the focus on commercial products ) April 1, 2020
Archives
Authors
- Aditya Aryasomayajula
- Adrian Bahani
- Adrian Zambrano
- Adwaith Gupta
- Alec Salminen
- Anna Fomitcheva Khartchenko
- Aytug Gencoglu
- Azarmidokht Gholamipour-Shirazi
- Benjamin D. Pope
- Boyang Zhang
- Greta Zubaite
- Isobel Steer
- Kathy Jean Schultz
- Manasi Raje
- Max Levy
- Mayur Jain
- Mohammad Ali Zoljalali
- Mohammadhossein Dabaghi
- Mónica Arreola
- Oliver Vanderpoorten
- Raquel Parreira
- Reza Nosrati
- RJ Mackenzie
- Shamim Ahmmed
- Shubhodeep Paul
- Subin George
- Thamarasee Jeewandara
- Trifanny Yeo
- Uncategorized
- Vardhman Kumar
- Yatian Qu
- Yu Shrike Zhang
- Zhengzhi Liu
Tags
3D printing
animal testing
artificial cells
biology
bubbles
cancer
CD microfluidics
cell sorting
commercialization
CTCs
diabetes
disease-on-a-chip
DNA
drop-seq
droplet microfluidics
electricity
electronic devices
fabrication
inertial microfluidics
Infertility
lab-on-a-chip
lung-on-a-chip
male fertility
microbiome
microfabrication
microfluidic heat exchanger
microfluidics
microfluidic simulation
NGS
organoids
organs-on-a-chip
PDMS
personalized cancer therapy
point-of-care
senso-fluidics
sensors
sepsis
single-cell sequencing
soft robots
space
startup
stem cells
superbugs
tissue-chips
wearable technology
