Hwan Drew Kim

Bone-Vascular Biology, Biomaterials, Tissue Engineering and Regenerative Medicine | Kim Lab at Seoul National University of Science and Technology

[Juan Melero-Martin @MeleroMartinLab]

Our new Advanced Science paper is out! We show that human bone-derived endothelial cells drive bone regeneration via KIT ligand expression, revealing a vascular niche role in skeletal repair.
https://t.co/yJjTtbJPKN
#BoneRegeneration #KITLG #EndothelialCells #RegenerativeMedicine

[Hwan Drew Kim @drewkimringodad]

So excited to see our work on understanding the #MXene hydrogel for wound healing and drug release system, which is online at Materials Today Bio today.
https://t.co/nUnNzaPPuh

[Hwan Drew Kim @drewkimringodad]

실험실 송년회 겸 권주영 학부연구생의 마지막 날:) 그동안 고생했고 앞으로 취업과 모든일에 꽃길만 걷길.

[Hwan Drew Kim @drewkimringodad]

Yongsung Hwang님이 #채용중 입니다. 관심을 보일 사람들에게 알려주세요. https://t.co/Eq55UpbSPW

[Hwan Drew Kim @drewkimringodad]

So excited to see my first corresponding review paper after moving to KNUT. I would like to thank all of my students and coauthors to make this happen. We have reviewed inorganic material MXene and its biological application https://t.co/RAsn6zhd14

[Hwan Drew Kim @drewkimringodad]

Very happy to share our latest publication, in @BioMaterSci We show that the In situ microenvironment remodeling by blue light influenced stem cell proliferation and enlargement within the hydrogel. https://t.co/HqqPLBnMvx

[Hwan Drew Kim @drewkimringodad]

@StellaXHong Awesome!!

[Hwan Drew Kim @drewkimringodad]

https://t.co/IRYqJjNPR0

[Hwan Drew Kim @drewkimringodad]

So excited to see our cryogel microparticles (CMP) paper featured on the front cover of Macromolecular Bioscience @AdvSciNews @KNUT_PR

[Hwan Drew Kim @drewkimringodad]

I am thrilled to share my latest publication at Macromolecular Bioscience about a cryogel microparticles (CMPs) to treat hindlimb ischemia.
Collaboration with @BMSCE team in SNU C&BE.
@AdvSciNews @KNUT_PR @SNUnow

https://t.co/IRYqJjNPR0

[Hwan Drew Kim @drewkimringodad]

Excited to share our work was recently published paper on early osteogenic commitment by cell surface-reducing microenvironment. Out now in #FEBSLETTERS

https://t.co/nVkpFt0zVi

[Juan Melero-Martin @MeleroMartinLab]

So excited to see our bone bioengineering paper featured on the front cover of Adv. Healthc. Mater. @AdvSciNews @BostonChildrens @harvardmed
https://t.co/8vVQVwP62Z

[Medicine by Design @MbD_CCRM]

Welcoming Juan Melero-Martin from @harvardmed June 22 for a Global Speaker Series talk "Bioengineering drug-secreting vascular networks from pluripotent stem cells." Series brings #regenmed leaders to the #MedicinebyDesign community. Register now ➡️ https://t.co/XcCAjBfLXz.

[Nature Biotechnology @NatureBiotech]

A network analysis of COVID-19 mRNA vaccine patents https://t.co/nsbTfPJK1H

[Hwan Drew Kim @drewkimringodad]

Thrilled to share my first corresponding paper on Graphene Oxide film for muscle differentiation. Out now in Materials Science and Engineering Part C. There's more paper coming soon.

@ElsevierConnect
@graphene
https://t.co/9SYQHVCZUK

[Juan Melero-Martin @MeleroMartinLab]

Please join us at the @harvardmed Vascular Biology Seminar Series (Zoom webinar) on Thursday, May 6, at 4:30 pm EST. Excited to present! @BostonChildrens @harvardstemcell

[Juan Melero-Martin @MeleroMartinLab]

Check out our new book chapter “In Vivo Vascular Network Forming Assay”. A detailed step-by-step protocol. Hopefully useful!

From Methods in Molecular Biology book, Vascular Morphogenesis: Methods and Protocols. https://t.co/lrsbuGheqx

PDF: https://t.co/Vs7iprPE8R

[Juan Melero-Martin @MeleroMartinLab]

Thrilled to share our new paper on bioengineering vascularized bone. Out now in Adv Healthc Mater. Congrats to first author Hwan Drew Kim @drewkimringodad, who also just started his own lab! @AdvSciNews @BostonChildrens @harvardmed
https://t.co/h5CVhgq48j

[Hwan Drew Kim @drewkimringodad]

Excited to share my latest paper on the novel bioengineering approach to recapitulate endochondral ossification. Out now in Advanced Healthcare Materials.
A Biphasic Osteovascular Biomimetic Scaffold for Rapid and Self‐Sustained Endochondral Ossification https://t.co/cfJQHgCNbp

[Hwan Drew Kim @drewkimringodad]

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