Jaehyeon Kim (@kimjaehyeon37) 's Twitter Profile
Jaehyeon Kim

@kimjaehyeon37

Biofabrication to create a full size 3D in vitro oviduct model. PhD Candidate @MERLN_UM.

ID: 1138512689473495046

linkhttp://www.linkedin.com/in/jaehyeon-kim-0307 calendar_today11-06-2019 18:25:52

10 Tweet

80 Followers

179 Following

Inspiring WA (@wainspiring) 's Twitter Profile Photo
Inspiring WA
@wainspiring

5 years ago

Research on 3D-printed brain matter from ACES at UOW is tipped to help treat conditions like brain injury, #Parkinson's disease, #epilepsy and #schizophrenia! ab.co/37FMlbo #STEMinaction #medicalscience #medicine #3Dbioprinting

Paul Dalton (@meltelectrospin) 's Twitter Profile Photo
Paul Dalton
@meltelectrospin

5 years ago

As the MEW lab has another paper accepted, I want to especially thank Dr Philipp Stahlhut for his brilliant photography and SEM operation. It is really the care, attention to detail and professionalism of everyone in the process that allows us to do what we do. Thank you!

As the MEW lab has another paper accepted, I want to especially thank Dr Philipp Stahlhut for his brilliant photography and SEM operation. It is really the care, attention to detail and professionalism of everyone in the process that allows us to do what we do. Thank you!
Nature Methods (@naturemethods) 's Twitter Profile Photo
Nature Methods
@naturemethods

5 years ago

Method to Watch by Nina Vogt: Assembloids are emerging models for studying human brain development, complex neural circuits or interactions between different tissues. nature.com/articles/s4159…

Method to Watch by Nina Vogt: Assembloids are emerging models for studying human brain development, complex neural circuits or interactions between different tissues. nature.com/articles/s4159…
Sergiu P. Pasca (@sergiu_p_pasca) 's Twitter Profile Photo
Sergiu P. Pasca
@sergiu_p_pasca

5 years ago

Our new collaborative work on intrinsic maturation in cortical #organoids kept for almost 2 years is out in Nature Neuroscience. The switch in receptor subunits is one of the interesting findings. We mention limitations also in the Science Magazine coverage below rdcu.be/cfDQt

Our new collaborative work on intrinsic maturation in cortical #organoids kept for almost 2 years is out in <a href="/NatureNeuro/">Nature Neuroscience</a>. The switch in receptor subunits is one of the interesting findings. We mention limitations also in the <a href="/ScienceMagazine/">Science Magazine</a> coverage below rdcu.be/cfDQt
Jaehyeon Kim (@kimjaehyeon37) 's Twitter Profile Photo
Jaehyeon Kim
@kimjaehyeon37

5 years ago

Thank you for being my supervisor in Würzburg!

MERLN (@merln_um) 's Twitter Profile Photo
MERLN
@merln_um

3 years ago

🥳Congratulations to Paul Wieringa who received a prestigious European Research Council (ERC) Starting Grant for his research proposal "OviChip: Development of an Oviduct-on-a-Chip model". Read more about it on our website👇 merlninstitute.com/news-and-event…

Pierpaolo Fucile (@pierpaolofucile) 's Twitter Profile Photo
Pierpaolo Fucile
@pierpaolofucile

a year ago

#WorldTERMIS 2024 day 3 in Seattle and MERLN squad is full!

#WorldTERMIS 2024 day 3 in Seattle and <a href="/MERLN_UM/">MERLN</a> squad is full!
MERLN (@merln_um) 's Twitter Profile Photo
MERLN
@merln_um

10 months ago

🎉Proud to share that our PhD candidate, Jaehyeon Kim Jaehyeon Kim won the Best Scientific Poster award from NBTE_NL for her research work “Microfold magic: A ‘2.5D’ Oviduct model”, at the 2024 Annual NBTE Meeting. Congratulations👏 #Biomaterials #TissueEngineering #OrganOnChip