Nanokick

Stem cell technology to grow bone in the lab using nanoscale vibration.

[Nanokick @Nanokicking]

Looking for our latest paper in @natBME ? Visit: https://t.co/Yvr3tAUk1Y

[Stuart Reid @stureid41]

And @Telegraph article and n @Nanokicking update: https://t.co/nEUe6LP3OF

[Biomed Engineering @StrathBiomedEng]

Have you heard about @Nanokicking but not quite sure what it is, or what applications it might have? Check out this fantastic video from @beisgovuk highlighting the collaborative work by @StrathBiomedEng @stureid41 @theglasgowcemi @DCoupaud @DalbyMatthew & the spinal unit of QEUH

[The Sir Bobby Charlton Foundation @SBCFoundation]

Our founder @SirBobby toured the @UofGCCE laboratories at @UofGlasgow today to see first hand the Find A Better Way-funded development of synthetic bone for treating landmine blast survivors.

[Nicola Sturgeon @NicolaSturgeon]

Just watched the @BBCNews report on this world-leading and potentially life-changing work. Well done @UofGlasgow research team. https://t.co/bzgdtJqed0

[The Sir Bobby Charlton Foundation @SBCFoundation]

Prof Matt Dalby, from the Find A Better Way-funded synthetic bone project at @UofGlasgow, was interviewed by @ChrisMasonBBC on @BBCWorldatOne today. Interview starts at 21:35 https://t.co/0TMR41foml cc: @UofGCCE

[Stuart Reid @stureid41]

Will be in BBC Scotland studio at 5.30pm for interview about @Nanokicking, some future perspectives on tissue engineering, and Eva the dog: https://t.co/uZPgY03o5r @UofGlasgow @UniStrathclyde @StrathBiomedEng @UofGCCE

[The Sir Bobby Charlton Foundation @SBCFoundation]

The Find A Better Way-funded research project at the @UofGlasgow to grow synthetic bone (and its unplanned use to save Eva the dog's leg) is in the news again!

https://t.co/jPg4TjOWvt

[Stuart Reid @stureid41]

@Nanokicking tech delivered to Centre for Integrative Physiology @uniofedinburgh - explanation from Paul @StrathBiomedEng linked w @UofGCCE

[The Sir Bobby Charlton Foundation @SBCFoundation]

LATEST NEWS: Nature (@natBME) publishes paper from Find A Better Way-funded research! https://t.co/CFproQIo9t

[Nature Biomedical Engineering @natBME]

A method to mechanically drive stem-cell osteogenesis in 3D culture.
#InTranslation
https://t.co/z2q0DHRi84
https://t.co/KVI7SfjtSN [Paper]

[Science and Technology Facilities Council @STFC_Matters]

Find out how technology designed to help detect #GravitationalWaves is now helping to grow human bones: https://t.co/kfJuyIuH8c

[STV News @STVNews]

📽 WATCH: Lab-grown bone cell breakthrough at @UofGlasgow https://t.co/K5uHF5nRDR

[UofGCeMi @UofGCeMi]

Bone research covered on @STVNews tonight Lab-grown bone cell breakthrough could 'transform lives' https://t.co/fRPUGNrBZT

[Nature Biomedical Engineering @natBME]

Stimulation of 3D osteogenesis by mesenchymal stem cells using a nanovibrational bioreactor
https://t.co/yuocMCUGgI

[Nanokick @Nanokicking]

Interested in the story behind our new journal article? Visit: https://t.co/UvD1Wl1MO8 @natBME @UofGlasgow @UofGCCE

[UofGCeMi @UofGCeMi]

New paper published today in @natBME on @Nanokicking with @stureid41 and @MiMeResearch @UofGlasgow #uofgimpact https://t.co/9RwyXoUMRW

[Stuart Reid @stureid41]

@Nanokicking paper published in @natBME - now online @UofGCCE @UofGlasgow @UniStrathclyde @UniWestScotland @LIGO https://t.co/EIomqnEMjI

[Nanokick @Nanokicking]

https://t.co/mspMTZgzAT