@nabihasaklayen@vkhosla Dear future me: today you banked your cells, the youngest they’ll ever be. Stay curious, enjoy every moment, and remember how proud you felt watching this team launch something great.
Your immune cells are key to your health. They fight disease and repair tissue. And they’re the youngest they’ll ever be right now. Now, you can store them for the future, just by doing a simple blood draw, thanks to a new service offered by Cambridge, Mass.-based biotech startup Cellino.
Read more: https://t.co/KbF4QuwONk
📸: SDM Productions
Your cells are the youngest they'll ever be today.
As we age, our cells accumulate genetic changes, and their function can change over time. We can't predict what medical science will make possible in 10, 20, or 30 years, but we can give people the opportunity to preserve their immune cells now.
Today, we're proud to introduce @withreservoir, built by the team at Cellino. With a simple, 15-minute blood draw, Reservoir makes personal immune cell preservation accessible to more people.
An exciting milestone for our team, and one we're incredibly proud to share.
To celebrate, we’re preserving cells for 100 people for free, including the blood draw, preservation and your first year of storage. Comment what you’d tell your 10-year-old self, and our team will pick the 100 answers we love most.
In partnership with Vinod Khosla (@vkhosla), I’m proud to introduce Reservoir.
Billionaires have owned their cells for years. Starting today, you can too.
Sign up today: https://t.co/JftHvfPx6A
The team who built Reservoir sits near me, and I’ve seen how much care went into every detail. My favorite part is that ownership was settled early: your cells are released only on your and your physician’s instruction.
In partnership with Vinod Khosla (@vkhosla), I’m proud to introduce Reservoir.
Billionaires have owned their cells for years. Starting today, you can too.
Sign up today: https://t.co/JftHvfPx6A
🔬 Every cell comes from a cell. Our CEO @nabihasaklayen explores how #microscopy made the invisible visible and changed how we understand biology. Watch the full conversation on YouTube: https://t.co/Ib5DopkndX
We've developed a new biofabrication technique to create fiber alignment gradients in 3D collagen hydrogels. This could lead to new insights into directed cell migration. @_RITEngineering#biomaterials#cellmigration#microfluidics https://t.co/6Zgwm4EZP3
I would like to express my gratitude to labmates, advisor, and collaborators for their support. Thanks to them, I received the Annual Biomedical and Chemical Engineering Graduate Student Research Award.
#AbhyankarLab#BiomedicalEngineering#ResearchAward
Congratulations to this year's 4 Biomedical and Chemical Engineering Ph.D. Student Award winners in Research, Teaching and Service! Exceptional students in an incredible program. Don't spend those $1000 checks all in one place🙂
@meranmansouri@_RITEngineering@RITBME@RITtigers
In the paper, we provide details of the design and fabrication, characterize the dynamic response and stability of the device, we then use the device for establishing and maintaining an endothelial monolayer in a membrane-based barrier platform.
In this work, Meng has designed and fabricated a miniaturized micro pressure regulator. This tiny device combined with a battery-powered miniature air pump can operate as a stand-alone pneumatic flow control platform for microfluidic applications.