Xerograft (interspecies organ transplant) of a genetically modified pig heart 🐷💞 into a human! One step closer to OEM replacement parts. #tissueengineering#biomed#Cardiology https://t.co/A3hAsUJZbh
@BhamlaLab I'd try image processing with OpenCV. Pseudocode; isolate the background, find tips of worms, apply thinning algorithm, map crest, and trough over time, model
New paper: @JolleWJolles review and guide for a wide range of applications of the Raspberry Pi in biology (https://t.co/H28u8jdIs7), and commentary at:
(https://t.co/t8l6P2RHSg)
The ability to image tissues and organs aid in their creation. Researchers just developed an optical projection tomography at the $3000 price point! One Step Closer.
https://t.co/1aal9Lx22i
#BioTech#BioMed#TissueEngineering#Biofabrication
https://t.co/Av6392OWer
Researchers at the University at Buffalo are using stereolithography additive manufacturing to make large‐scale biocompatible hydrogels. Organ 3D printing is one step closer.
https://t.co/stdjK20aeu
https://t.co/OSKk8K889q
#BioTech#BioMed#TissueEngineering#Biofabrication
MITs adds "Gut-on-a-Chip" https://t.co/hGxkLLUBZj to their "Body on a Chip" https://t.co/5z5X7ccZT2. Understanding gut-brain connection is going to explode. One step closer to human-on-a-chip!
#biotech#3Dprinting#biomedicalengineering
Researchers have designed a way to use blue light to stimulate engineered E. coli to mineralize nano fibers, a great step into biologic nano-fabrication. https://t.co/xjBdMCeb3V
https://t.co/wdA9ETLnXG #BioTech#BioMed#TissueEngineering#Biofabrication
What a great read 'Defining the Teratoma as a Model for Multi-lineage Human Development', growing teratoma's in mice to better understand cell fate differentiation between tissue types. #biotech#tissueengineering#syntheticbiology