AABME (@aabmedotorg) 's Twitter Profile
AABME

@aabmedotorg

The Alliance of Advanced Biomedical Engineering creates collaboration and information sharing in the biomed engineering community. An initiative of @ASMEdotorg.

ID: 849731423393021952

linkhttp://aabme.org calendar_today05-04-2017 21:12:13

1,1K Tweet

173 Followers

27 Following

AABME (@aabmedotorg) 's Twitter Profile Photo
AABME
@aabmedotorg

7 years ago

A big step forward in metabolic engineering: scientists have developed an easier way to locate their target bacteria. bit.ly/2E8vE9X

AABME (@aabmedotorg) 's Twitter Profile Photo
AABME
@aabmedotorg

7 years ago

How #3Dprinting could help heal spinal injuries bit.ly/2GEH8DK

AABME (@aabmedotorg) 's Twitter Profile Photo
AABME
@aabmedotorg

7 years ago

A big step forward in metabolic engineering: scientists have developed an easier way to locate their target bacteria. bit.ly/2E8vE9X

AABME (@aabmedotorg) 's Twitter Profile Photo
AABME
@aabmedotorg

7 years ago

How #3Dprinting could help heal spinal injuries bit.ly/2GEH8DK

AABME (@aabmedotorg) 's Twitter Profile Photo
AABME
@aabmedotorg

7 years ago

A big step forward in metabolic engineering: scientists have developed an easier way to locate their target bacteria. bit.ly/2E8vE9X

AABME (@aabmedotorg) 's Twitter Profile Photo
AABME
@aabmedotorg

7 years ago

Now there's a new way to build bacteria-resistant surfaces—and save lives. bit.ly/2Hj2Mzr

AABME (@aabmedotorg) 's Twitter Profile Photo
AABME
@aabmedotorg

7 years ago

How #3Dprinting could help heal spinal injuries bit.ly/2GEH8DK

AABME (@aabmedotorg) 's Twitter Profile Photo
AABME
@aabmedotorg

7 years ago

A big step forward in metabolic engineering: scientists have developed an easier way to locate their target bacteria. bit.ly/2E8vE9X

AABME (@aabmedotorg) 's Twitter Profile Photo
AABME
@aabmedotorg

7 years ago

A big step forward in metabolic engineering: scientists have developed an easier way to locate their target bacteria. bit.ly/2E8vE9X

AABME (@aabmedotorg) 's Twitter Profile Photo
AABME
@aabmedotorg

7 years ago

How #3Dprinting could help heal spinal injuries bit.ly/2GEH8DK

AABME (@aabmedotorg) 's Twitter Profile Photo
AABME
@aabmedotorg

7 years ago

A powerful wearable device helped a frog regrow an amputated leg. Could the device work for humans, too? bit.ly/2HtgsIe

AABME (@aabmedotorg) 's Twitter Profile Photo
AABME
@aabmedotorg

7 years ago

Now there's a new way to build bacteria-resistant surfaces—and save lives. bit.ly/2Hj2Mzr

AABME (@aabmedotorg) 's Twitter Profile Photo
AABME
@aabmedotorg

7 years ago

How #3Dprinting could help heal spinal injuries bit.ly/2GEH8DK

AABME (@aabmedotorg) 's Twitter Profile Photo
AABME
@aabmedotorg

7 years ago

A big step forward in metabolic engineering: scientists have developed an easier way to locate their target bacteria. bit.ly/2E8vE9X

AABME (@aabmedotorg) 's Twitter Profile Photo
AABME
@aabmedotorg

7 years ago

A powerful wearable device helped a frog regrow an amputated leg. Could the device work for humans, too? bit.ly/2HtgsIe

AABME (@aabmedotorg) 's Twitter Profile Photo
AABME
@aabmedotorg

7 years ago

How #3Dprinting could help heal spinal injuries bit.ly/2GEH8DK

ASME.org (@asmedotorg) 's Twitter Profile Photo
ASME.org
@asmedotorg

7 years ago

Don't miss the ME Mag Special Report on bioengineering. Read, listen, and watch here: bit.ly/2GiVIjx #MESpecialReport2019

Don't miss the <a href="/MEngineeringMag/">ME Mag</a> Special Report on bioengineering. Read, listen, and watch here: bit.ly/2GiVIjx #MESpecialReport2019
AABME (@aabmedotorg) 's Twitter Profile Photo
AABME
@aabmedotorg

7 years ago

A powerful wearable device helped a frog regrow an amputated leg. Could the device work for humans, too? bit.ly/2HtgsIe

AABME (@aabmedotorg) 's Twitter Profile Photo
AABME
@aabmedotorg

7 years ago

A powerful wearable device helped a frog regrow an amputated leg. Could the device work for humans, too? bit.ly/2HtgsIe

Lauralyn McDaniel (@mfggeek) 's Twitter Profile Photo
Lauralyn McDaniel
@mfggeek

7 years ago

There's still time to register! #3Dprinting #AdditiveManufacturing enabled #tissueengineering & more from @DimensionInx & CELLINK; collaboration between ASME.org & ARMI | BioFabUSA REGISTER: bit.ly/2urknMb #bioprinting #bioink #biomaterials #bioengineering

There's still time to register! #3Dprinting #AdditiveManufacturing enabled #tissueengineering &amp; more from @DimensionInx &amp; <a href="/CELLINK3D/">CELLINK</a>; collaboration between <a href="/ASMEdotorg/">ASME.org</a> &amp; <a href="/armi_usa/">ARMI | BioFabUSA</a> REGISTER: bit.ly/2urknMb #bioprinting #bioink #biomaterials #bioengineering