Henry 6666 retweeted
Replying to @MicroTas2026
@MicroTas2021 FUN STATS!
*Materials*
-PDMS is mentioned a whooping 958 times
-Polystyrene is mentioned 132 times
-PMMA 98 times
-Polycarbonate 29 times
*Methods*
-3D print is mentioned 111 times
-Cast is mentioned 84 times
-CNC 18 times
-Laser-cut 17 times
-Emboss 14 times
Henry 6666 retweeted
Wow amazing that my best friend in life @DJuliusSF ❤️ and colleague @ardemp got the early phone call 📞 this morning for the #nobelprize2021
Henry 6666 retweeted
New @NobelPrize winner David Julius, PhD, has had an incredible career. Here’s everything you need to know. #UCSFProud ucsf.edu/news/2021/09/421481…
Henry 6666 retweeted
Looking for postdocs! We're about to open several positions for talented people to work in single-molecule biology. Looking for biophysicists, biochemists and molecular biologists 🧬🔬
Interesting problems, fun people and stunning beaches! 🏖️🏄
RT is greatly appreciated 🙏
Henry 6666 retweeted
We discussed this pair of papers in class today. There is a lot to learn from them.
Henry 6666 retweeted
Single Cell Ninjas must be doing something well…oh, that’s right…sharing!
Five keys to writing a reproducible lab protocol nature.com/articles/d41586-0…
Henry 6666 retweeted
Want to scale it up? Then you should definitely listen to our keynote speaker Polly Fordyce @fordycelab talking at @MicroTAS2021 about high-throughput applications of microfluidics for biophysics, biochemistry and single-cell biology.
More info here: microtas2021.org/program/key…
Henry 6666 retweeted
NSW recorded 18 locally acquired cases of COVID-19 in the 24 hours to 8pm last night, with an additional seven cases in returned travellers in hotel quarantine. This brings the total number of COVID-19 cases in NSW to 4,717 since the beginning of the pandemic.
Henry 6666 retweeted
-Macquarie Shopping Centre (various), Cnr Herring Rd &, Waterloo Rd, Macquarie Park: Sunday, 13 December
11am-1pm
Henry 6666 retweeted
📣New review📣➡️Recent advances in #microfluidic technologies for circulating tumor cells: enrichment, single-cell analysis, and liquid biopsy for #clinical applications
doi.org/10.1039/D0LC00577K
Henry 6666 retweeted
I have to agree that R DOES do a great job! @SidRamanan
We are hiring a PhD for our Biomedical Microdevices Group at Macquarie University, Sydney, Australia. 🧐
Please check details in the link below:
reurl.cc/avZjp3
#PhD #PhDposition #microfluidics
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Wow!! It is really unexpected. Thanks for all attendees! Feel honored to receiving this award. Will proceed more solidly for the Yeast 2.0!
here is our #Serendipityworkshop2020 Best poster award winner, Hangrui Liu from Macquire University with his poster titled "Picolitre scale cultivation of single yeast cells correlates with lab-scale culture" #Serendipityposter
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Henry 6666 retweeted
Overcome the conventional microfluidic platforms by an off-chip method enabled by submerged electrodispersion for the high-throughput production of uniformly sized EGaIn liquid metal microdroplets.
@Serendipitywrk
#Serendipityworkshop2020 #SerendipityPoster #SW_Microfluidics
Henry 6666 retweeted
I am Dan Yuan. My presentation title is ‘Viscoelastic microfluidics-based sheathless separation of microalgae from bacteria using a simple straight channel’.
@Serendipitywrk #Serendipityworkshop2020 #SerendipityPoster #SW_Microfluidics (
Scanning massive yeast-containing bioreactors, we learnt how "Picolitre scale cultivation of single yeast cells correlates with lab-scale culture".
Macquarie University
@Serendipitywrk
#SerendipityPoster
#SW_Microfluidics
#SW_SingleCell
#SW_CellBiology
Henry 6666 retweeted
In addition to the COVID-19 baby boom nine months hence, I also predict a Review article boom.
Thanks to all the people contributed🙂.
Improving #Single-#Cell #Encapsulation #Efficiency and Reliability through #Neutral #Buoyancy of Suspension (by Dr. Ming Li et al. from @Macquarie_Uni)
mdpi.com/2072-666X/11/1/94
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Henry 6666 retweeted
Really happy to be able to share our latest work visualising eukaryotic DNA replication at single-molecule resolution! With @Jacob_Lewis90, @van__Oijen and great collaborators from the O'Donnell lab @RockefellerUniv.
cell.com/molecular-cell/full…
@MolHorizons @ihmri @UOW
See that fuzzy blob? That's a single DNA molecule being copied.
This DNA is only micrometers long, so we have to use a microscope.
Today we published a paper visualising how proteins from eukaryotes (nucleated cells) do this.
@MolHorizons @ihmri @UOW
cell.com/molecular-cell/full…



























