Beebe Lab (MMB) (@labbeebe) 's Twitter Profile
Beebe Lab (MMB)

@labbeebe

Microtechnology, Medicine and Biology Lab.
Investigating cellular scale phenomena from both a physical and biological sciences perspective.

ID: 1365433834041393156

linkhttps://mmbwisc.squarespace.com/ calendar_today26-02-2021 22:49:37

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Beebe Lab (MMB) (@labbeebe) 's Twitter Profile Photo

Kudos to our post-doc Duane Juang for his outstanding work! Here, he studied #dnamethylation signatures using semi-automated #liquidbiopsy technology with Josh Lang and @M_Haffner. Link 👇

UW-Madison College of Engineering (@uwmadengr) 's Twitter Profile Photo

With a simple under-oil, microfluidic cell culture system, UW-Madison BME’s Dave Beebe and Beebe Lab (MMB) members say they’ve found a better way to mimic the body’s natural oxygen microenvironment in microscale cell cultures. engineering.wisc.edu/news/channelin…

UW-Madison College of Engineering (@uwmadengr) 's Twitter Profile Photo

Most experimental cell culture setups use unnatural oxygen environments. UW-Madison BME’s Beebe Lab (MMB) has developed a way to mimic the body’s natural oxygen microenvironment by entrusting the cells to self-regulate the oxygen level in microscale cultures. engineering.wisc.edu/news/channelin…

Beebe Lab (MMB) (@labbeebe) 's Twitter Profile Photo

Excited to see our postdoc Csanchezdg participating in #ASBMRHillDay to support NIH funding and increase reimbursements to advance bone biomedical research and improve patient care for osteoporosis.

Excited to see our postdoc <a href="/Csanchezdg/">Csanchezdg</a>  participating in #ASBMRHillDay to support <a href="/NIH/">NIH</a> funding and increase reimbursements to advance bone biomedical research and improve patient care for osteoporosis.
UW-Madison BME (@uwmadison_bme) 's Twitter Profile Photo

With a simple under-oil, microfluidic cell culture system, Beebe Lab (MMB) members say they’ve found a better way to mimic the body’s natural oxygen microenvironment in microscale cell cultures. bit.ly/3r9458D

With a simple under-oil, microfluidic cell culture system, <a href="/LabBeebe/">Beebe Lab (MMB)</a> members say they’ve found a better way to mimic the body’s natural oxygen microenvironment in microscale cell cultures. bit.ly/3r9458D
Beebe Lab (MMB) (@labbeebe) 's Twitter Profile Photo

Check out the latest publication of Maria Virumbrales-Munoz and Csanchezdg in collaboration with Kosoff's lab. Here they highlight the key role of microfluidics in vascular biology research. pubs.rsc.org/en/content/art…

Beebe Lab (MMB) (@labbeebe) 's Twitter Profile Photo

Celebrating our new work by Duane Juang in collaboration with Ophelia Venturelli and Jo Handelsman 👇. This work features a novel platform for single-strain investigation and combinatorial screening of different bacterial interactions🦠🔬! Great work, everyone!