Top Tweets for #CircleBlog
In our latest edition of The #CircleBlog, in recognition of #GlobalGoalsWeek, our Head of Global Partnerships, Michelle Briers, shares her reflections on why global sustainability is so key in Oasis. Click here to read more - https://t.co/oiWnvQM2eZ 🌎 @MichelleBriers
In our latest #Circleblog our National Lead for Student Inclusion reflects on her time as an Early Career Teacher and one particular student who helped motivate her to develop literacy approach that could change lives. https://t.co/ueor2uIdQE
#Edublog #TheCircle
“If you can create 20 local leaders in the neighbourhood, each running their own group, then you can empower them to work together.” @OAHobmoor https://t.co/EzC6kZ721y #TheCircle #Circleblog #Birmingham
Do you feel confident teaching your child how to recognise fake news online? We’re here to help https://t.co/CiHi9cl6Gk #TheCircle #onlinesafety #Circleblog
Can you spot the fake from the fact? In our latest blog we are exploring tips on how you can spot fake news online https://t.co/CiHi9cl6Gk #fakenews #onlinesafety #TheCircle #Circleblog
#Microfluidics advances have hovered on the horizon as a “new way” for some time.
Read more about the "microfluidics and approval bottlenecks in a #pandemic" in this article written by @kjschul on the #circleblog.
https://t.co/qjwjNajLcN
#labonachip #biotech #microfluidic
“Sorting”, “lift force”, “serpentine microchannel”, all these words reminds us of inertial microfluidic focusing. Read more about the inertial microfluidics and its commercial applications at https://t.co/zwa17TjT1d
#microfluidics #InertialMicrofluidics #pointofcare #CircleBlog
Based on the conservative method of aging studies, tracking of mother cells and observing molecular markers during the process of aging face different limitations. Recently, the microfluidic system changed the status quo.
#CircleBlog
Aging has been always a significant concern for mankind and they have been seeking a solution to overcome this challenge from the beginning. How is microfluidics used in aging research? -- https://t.co/UikKC8GuDu
by @Meh_zoljalali
#microfluidics #aging #yeast #biology #research
Microfluids has come very far since its origin and found applications in a broad range of fields. The field of microfluidics has barely crossed lines with liquid crystals – nature’s delicate phase of mater.
#CircleBlog #microfluidics
Exploring possibilities and bridging the gaps in microfluidics research: https://t.co/HcfUuzVM09
by @SumanyuChauhan
#microfluidics #doubleemulsions #liquidcrystals #CircleBlog
A variety of strategies were developed to separate diverse cell populations prior to analysis. Techniques include microfluidics-based methods, microchip-based separation, micromanipulation, and laser capture microdissection.
#CircleBlog #microfluidics #forensics
Rapidly advancing microfluidic techniques in molecular biology are facilitating fast forensics to crossover from fictional labs to real-time practice: https://t.co/pQ4NLHNFvE by @Jeew333T
@IntegenX @FBI @Ri_Science @UCSF_BioE
#microfluidics #microdroplets #forensics #DNA #PCR
Human- and organ-on-a-chip technology commands attention with its abundant potential in drug development and disease research, but also with its name’s sci-fi mystique.
#CircleBlog #OrganOnAChip #OCC
How organ-on-a-chip technology might be used (and abused) in the elective consumer space: https://t.co/kd7fyoOX4z
by @laxmevy
@emulatebio @HesperosInc @wyssinstitute @US_FDA
#OrganOnAChip #microfluidics #personalizedmedicine #regenerativemedicine
Developing a new drug has become a long & expensive process these days. As science & technology advance, the approval process of a new drug has been becoming more complicated & needs more scientific studies to get to the clinic:https://t.co/rL8Q0w0EFC
@MohammadDabaghi
#CircleBlog
For over three decades, a revolutionary impact of microfluidic technology on science and industrial applications has been envisioned; however, such predictions have not been met regardless of a large number of academic publications and even patents.
#microfluidics #CircleBlog
Why hasn’t microfluidics reached consumer market despite a huge number of academic inventions and publications during the past 15 years? -- https://t.co/JzLAdFRsVV
#microfluidics #commercialization #LabOnAChip
#Microfluidics provide a unique platform for the execution of controlled studies on #sepsis pathophysiology, while functioning as a potential tool for early-stage clinical diagnostics: https://t.co/3IrIbWcleC
by @AlecSalminen and @MastersElysia
@UofR
#CircleBlog
Wearable technology innovations are fueled by microfluidics research: https://t.co/dmv54FHQFm by @kjschul
@TheTifWilson @a_m_nightingale @GeorgiaTech @unisouthampton
#microfluidics #wearables #sensor #skin #innovations #research #technology #CircleBlog
📢If you would like to publish a guest post featured on https://t.co/FffhvCaYTI, please submit your article after reading the guidelines with a short author bio.
✍️Guidelines: https://t.co/wymGhviUc5
#CircleBlog #microfluidics #blogging #LabOnAChip #PointOfCare
📢 We are always on the lookout for talented science writers, science bloggers, industry experts, researchers, scientists to contribute unique content to Circle's Blog.
📩 Contact us: [email protected]
📌 https://t.co/TnwPKT0aIy
#CircleBlog #microfluidics #blog #sciencewriter
Stem cells are sustained by a microfluidic environment of supporting blood vessels and channels for other fluids. And a stem cell’s microfluidic environment influences the decision about what body part it will become.
#CircleBlog #microfluidics #stemcells #cancer
Microfluidic environments nurture stem cells on their journey toward commercialization: https://t.co/3lMD3s9gkS
@UCLAstemcell @UCLAJCCC @NIH @GenomeCanada @AxolBio @AbCelleraBio @NCBI @CF_Foundation @AAOS1
#stemcells #microfluidics #cancer
When it comes to #microfluidics or #microfabrication, almost everyone thinks of PDMS or Poly(dimethylsiloxane). Don't miss the newest article on #CircleBlog about some of PDMS’s advantages and the role PDMS is playing in microfluidics: https://t.co/UUbGb5AjVn
@HarvardCCB
How could #microfluidic techniques be used to improve artificial cell development? -- https://t.co/VjSGRGv6TO by @GZubaite
@MaxSynBio @buildacell @fabrCELL @SynbiCITE @maxplanckpress @imperialcollege @KingsCollegeLon
#microfluidics #artificialcells #biology #synbio #CircleBlog
📢 We are always on the lookout for talented science writers, science bloggers, industry experts, researchers, scientists to contribute unique content to Circle's Blog.
📩 Contact us: [email protected]
📌 https://t.co/TnwPKT0aIy
#CircleBlog #microfluidics #blog #sciencewriter
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