Miho Nakamura

Docent and researcher @uniturku | biomaterials and cell biology | Member of the @TCSMT_utu | @TMDUniversity alumni

[bioRxiv Evobio @biorxiv_evobio]

Bone mechano-response is driven by locomotion transitions during vertebrate evolution https://t.co/JhYoMqDRG1 #biorxiv_evobio

[Pere Puigbò @ppuigbo]

Check out how the transition from water to land and the evolution of bipedalism shaped bone extracellular matrix proteins in our latest preprint. @phylobone @sakurankmr

[東京医科歯科大学 @tmdu_pr]

【研究成果発表】

「生物進化の観点からみる骨再生と骨粗鬆症」（生体材料工学研究所 非常勤講師 中村 美穂）

プレスリリース
https://t.co/sBDB7NAh3j

DOI: https://t.co/JbrT9vHA6E

#東京医科歯科大学 #tmdu @sakurankmr @ppuigbo @phylobone #phyloboneproject

[Miho Nakamura @sakurankmr]

It’s been an honor to present our work on “Material characteristics and Mechanical properties of bone matrix” at the 36th Fall Meeting of the @CSJ_Japan at @pr_kit.
#日本セラミックス協会
#TheCeramicSocietyOfJapan #phyloboneproject

[Turun yliopisto - University of Turku @UniTurku]

Ei-kollageenisilla proteiineilla on tärkeitä rooleja luun muodostumisessa ja uusiutumisessa. Uusi tutkimus tunnistaa satoja proteiineja luun matriisissa ja avaa ovia uusille hoidoille ja ennaltaehkäisylle luun uudistumisen ja osteoporoosin tutkimuksessa.

https://t.co/bJog3sra6J

[Phylobone project @phylobone]

生物進化の観点からみる骨再生と骨粗鬆症 #phyloboneproject
https://t.co/YeCWGktEY9

[Turun yliopisto - University of Turku @UniTurku]

Non-collagenous proteins play a major role in bone regulation and formation. A new study identifies hundreds of these proteins in the bone matrix, opening the door to new treatments and preventive measures in bone regeneration and osteoporosis research.

https://t.co/yIrfWOSVL1

[Phylobone project @phylobone]

New study offers information on bone regeneration and osteoporosis in the light of (biological) evolution #phyloboneproject @UniTurku @TCSMT_UTU @sakurankmr @ppuigbo
https://t.co/orh4hJ8OO4

[Phylobone project @phylobone]

We are thrilled to share that the first article of the @phylobone project is out #BoneResearch!!! 🎉
Here, we describe the Phylobone database, a resource of bone extracellular matrix proteins in human and model organisms. #bone #diseases 🦴
https://t.co/rE8TDlQXtz

[Phylobone project @phylobone]

First of (hopefully) many is out as @biorxivpreprint 🎉 | With @ppuigbo, @sakurankmr and an amazing work of @phylobone’s firs student, Margalida! Congrats!

If you’re interested in Bone extracellular matrix proteins, check it out! 👇

[Miho Nakamura @sakurankmr]

Check out our latest research!
#phylobone

[bioRxiv Cell Biology @biorxiv_cellbio]

Phylobone: a comprehensive database of bone extracellular matrix proteins in human and model organisms https://t.co/uTFSS3eMjI #biorxiv_cellbio

[Miho Nakamura @sakurankmr]

Here you can find about our research
https://t.co/rXYm1fF84Z

[Miho Nakamura @sakurankmr]

Thanks @TCSMT_UTU for opening this call! Happy to be a host for a post-doc in the biomaterial field. @ESBiomaterials #ScienceForUkraine

[Turku Collegium for Science, Medicine & Technology @TCSMT_UTU]

We have opened a special Call for Applications for scholars displaced by the crisis in Ukraine. Find out how to apply
https://t.co/bKHWVGqxyX

@UniTurku

#ScienceForUkraine

[Miho Nakamura @sakurankmr]

Straight from the oven! Great job Leire and team!
Thanks @TCSMT_UTU and @UniTurku

[ACS Applied Materials & Interfaces @ACS_AMI]

A novel approach to stimulate bone cells provide clues on the interaction between bone eating cells and biomaterials with electrical energy, a new research article from @sakurankmr’s group https://t.co/AobkZenjqK

[ACS Applied Materials & Interfaces @ACS_AMI]

A novel approach to stimulate bone cells provide clues on the interaction between bone eating cells and biomaterials with electrical energy, a new research article from @sakurankmr’s group https://t.co/AobkZenjqK

[Miho Nakamura @sakurankmr]

Now accepted, in press! 🎉

[bioRxiv @biorxivpreprint]

Surface electric fields increase human osteoclast resorption through improved wettability on carbonate-incorporated apatite https://t.co/Z8vFGDZ9cK #bioRxiv

[bioRxiv @biorxivpreprint]

Surface electric fields increase human osteoclast resorption through improved wettability on carbonate-incorporated apatite https://t.co/Z8vFGDZ9cK #bioRxiv

[Miho Nakamura @sakurankmr]

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