#BoneEngineering - Twitter Hashtag

1 day ago

New Publication! Researchers developed porous hydroxyapatite from Type III dental gypsum waste with controlled degradation behavior for bone tissue engineering. Read the article: https://t.co/slZw3oSlgD #DentalResearch #Hydroxyapatite #Biomaterials #Dentistry #BoneEngineering

Academicstrive's tweet photo. New Publication!

Researchers developed porous hydroxyapatite from Type III dental gypsum waste with controlled degradation behavior for bone tissue engineering.

Read the article:
https://t.co/slZw3oSlgD
#DentalResearch #Hydroxyapatite #Biomaterials #Dentistry #BoneEngineering https://t.co/GIUanvxUQM

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mohammad rafienia @rafieniaMUI

9 months ago

3D-printed PCL-gelatin scaffolds with nanohydroxyapatite and nanoclay show enhanced porosity, strength, and bioactivity for bone regeneration. #BoneEngineering #3DPrinting https://t.co/8kiErmOLKm

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Western Magnesium Corp @westernmagcorp

almost 4 years ago

What are #biodegradable #magnesiumalloys? ♦ Strong, #lightweight, easily degradable in biological environments ♦ Used in #boneengineering & stents ♦ Can be found in #devices, planes, #cars, and Apple #MacBooks

westernmagcorp's tweet photo. What are #biodegradable #magnesiumalloys?
♦ Strong, #lightweight, easily degradable in biological environments
♦ Used in #boneengineering & stents
♦ Can be found in #devices, planes, #cars, and Apple #MacBooks https://t.co/lLIuMNv4be

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Future Investigators of Regenerative Medicine @FIRMSymposium

almost 6 years ago

It's not to-marrow, it's today at 3pm! Joint us for an osteoBLAST as @BlankaSharma presents a talk on 'Regenerative Engineering for Joint Injury and Osteoarthritis'🦴 #virtualFIRM #boneengineering https://t.co/AKLfchmM3d

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Future Investigators of Regenerative Medicine @FIRMSymposium

almost 6 years ago

Incredible talk by @LiesbetGeris to kick off the #virtualFIRM #webinar series! Such a great job of making complex #insilico #boneengineering research understandable 🙌🖥️👩‍🔬

FIRMSymposium's tweet photo. Incredible talk by @LiesbetGeris to kick off the #virtualFIRM #webinar series! Such a great job of making complex #insilico #boneengineering research understandable 🙌🖥️👩‍🔬 https://t.co/Pt42AxejMH

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Columbia BME @ColumbiaBME

almost 6 years ago

Read the latest in #boneengineering research. Per @ColumbiaBME @ColumbiaGenDev Prof. Gerard Karsenty, “#Osteocalcin seems to be able to reverse manifestations of ageing in the #brain and in #muscle.” #tissueengineering #boneresearch @ColumbiaMed @CUSEAS https://t.co/bIJ4Ukcr7d

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Gene Therapy @GeneTherapy_SN

over 7 years ago

Tissue culture models of muscle implants benefit from the fascia layer by the improved delivery of BMP-2. This could help to optimize the osteo-regenerative tissue grafts & contribute to the development of gene-enhanced #boneengineering technologies. https://t.co/BfmZLZNSSN

GeneTherapy_SN's tweet photo. Tissue culture models of muscle implants benefit from the fascia layer by the improved delivery of BMP-2. This could help to optimize the osteo-regenerative tissue grafts & contribute to the development of gene-enhanced #boneengineering technologies.
https://t.co/BfmZLZNSSN https://t.co/bMTgjim3Ho

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Gene Therapy @GeneTherapy_SN

over 7 years ago

Tissue culture models of muscle implants benefit from the fascia layer by the improved delivery of BMP-2. This could help to optimize the osteo-regenerative tissue grafts & contribute to the development of gene-enhanced #boneengineering technologies. https://t.co/VNJ4tf4JP2

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