Soo Yeol Lee

TL;DR: Reconstructed conductivity and current density images from computer simulations and phantom experiments using four recessed electrodes injecting six different currents of 26 mA suggest that in vitro and in vivo experimental studies with animal subjects are feasible.

TL;DR: Transplantation of MSCs enhanced proliferation of endogenous neural stem cells while suppressing the cell death of newly generated cells, and newborn cells migrated toward ischemic territory and differentiated in isChemic boundaries into doublecortin+ neuroblasts at higher rates in animals with M SCs compared to control group.

TL;DR: A dedicated small-animal x-ray micro computed tomography system has been developed to screen laboratory small animals such as mice and rats and it has been found that the image non-uniformity mainly comes from the structural non- uniform sensitivity pattern of the flat-panel detector.

TL;DR: Experimental procedures, denoising techniques and image reconstructions using a 0.3-tesla MREIT system and saline phantoms are presented and J-substitution algorithm effectively utilizes the internal current density information resolving the problem inherent in a conventional EIT.

TL;DR: In this article, a new method using internal current density data measured by NMR imaging technique was proposed to improve the accuracy of the impedance image reconstruction in electrical impedance tomography (EIT).