+Design
Takebe Lab. challenges creativity that inspires on the basis of our past scientific discovery.
+Design approach offers more effective and intuitive ways to communicate our ideas with people regardless of professional background by investigating boundary principles of human creativity: Science, Engineering, Art and Design.
Science Artworks
Membrane Fluidity
Stem Cell Reports | 2018 Identifying unique membrane fluidity signatures in diverse cell lineages
Membrane Fluidity Signature
Stem Cell Reports | 2018 Visualizing membrane fluidity in human stem cells
Vascularized islet
Cell Reports | 2018 Dense vascular networks formed inside transplanted islet.
NASH Organiods
Cell Metab | 2019 Fat accumulation activates inflammation in organoids.
Organoid with RFID chip
iScience | 2018 Organoid bear digital RFID chip, termed digital organoids.
Multi-organ system
Nature | 2019 Multi-organ (Hepato-billiary-pancreatic-duodenal) organoids grown from human stem cells
Multicellular Organiod
Cell Metab | 2019 Presence of organized hepatocyte and stellate cell lineages in organoids
Organoids Beyond
Science | 2019 Engineered multi-organ grown from human pluripotency.
Digital Organoid
iScience | 2018 Engineering organoid with micro RFID chip, that emits wireless signals.
My medicine
Human organoids will offer a new approach for humanity-centric medicine.
Fatty Liver Organiod
Cell Metab | 2019 Bioengineered human liver model of inflammation and fibrosis on an organoid. Yellow, lipid accumulation: Brown, nucleus.Craftsmanship
Earrings
Boundary Organoid earrings
TakebeLab. Logo
The shape is a key of “The T” puzzle. The piece represents diversity, connectivity and their combination.
T-Shirt
Multi-Organ Tee
Mascot “Organoid-san”
He’s fatty, and ugly cute. Concept/ Rie, Illustration/ Asuka
Earrings
Fatty and Healthy Liver Organoid earrings
Acryl craft
Multi-Organ aquarium-like block
Mascot “Organoid-san”
He’s fatty, and ugly cute. Concept/ Rie, Illustration/ AsukaCinema
TAKEBE LAB @CCHMC 2020
By Ken Iwasawa
Engineering multi-organs
3D CG video of works published in Nature 2019.
By Amana Hydroid
Amazing self-developing blood vessels in a dish
By Takebe Lab.
TAKEBE LAB @CCHMC 2019
By Ken Iwasawa production
TAKEBE LAB 2016
By Miharu Matsunaga & Jiro Murayama
Street Medical School @YCU-CDC
By Tokyo Designplex institute
Rebuilding nephrons in mouse
By Takebe Lab.
Self-condensation into miniature liver
By Takebe Lab.