| - | 3D-printed low-intensity focused ultrasound(LIFU) guidance system: an accuracy assessment study | JOE HAE YOUNG; Ki Joo Pahk; KIM HYUNG MIN |
| - | A novel method to stimulate a small region of interest within the brain using transcranial low intensity focused ultrasound | Ki Joo Pahk; TaeYoung Park; JOE HAE YOUNG; KIM HYUNG MIN |
| - | A novel numerical approach to stimulation of a specific brain region using transcranial focused ultrasound | TaeYoung Park; Ki Joo Pahk; KIM HYUNG MIN |
| - | An optimization method to stimulate a small region of interest within the brain using transcranial low intensity focused ultrasound | Ki Joo Pahk; TaeYoung Park; JOE HAE YOUNG; KIM HYUNG MIN |
| - | Boiling Histotripsy-mediated Tissue Decellularisationand Intra-hepatic Cell Delivery in Analbuminemic Rats | Ki Joo Pahk; Dipok Kumar Dhar; Nader Saffari |
| 2021-06 | Cytoskeleton Rearrangement of Cells in 3D Tissue Phantom Induced by Low Intensity Pulsed Ultrasound | KIM HYOJUN; So Yeon Kim; Yeonho Choi; Ki Joo Pahk |
| - | Development of low-intensity focused ultrasound (LIFU) based MRI-compatible brain
stimulation system | JOE HAE YOUNG; Ki Joo Pahk; KIM HYUNG MIN |
| 2021-06 | In-Vivo Liver Tissue Decellularisation by Pressure-Modulated Shockwave Histotripsy | HEO JEONG MIN; Chanmin Joung; Kisoo Pahk; Ki Joo Pahk |
| 2021-06 | Investigation of the Long-Term Healing Response of the Liver to Boiling Histotripsy Treatment In-Vivo | HEO JEONG MIN; Chanmin Joung; Kisoo Pahk; Ki Joo Pahk |
| - | Investigation of the mechanisms involved in boiling histotripsy-induced immune response in vitro | Ki Joo Pahk; SHIN Cheol-Hee; Seung Ja Oh; KIM HYUNG MIN |
| 2021-06 | Localised Mechanical Tissue Fractionation by Pressure-Modulated Shockwave Histotripsy: An In-Vivo Study | Ki Joo Pahk |
| - | Low-intensity focused ultrasound (LIFU) for post-stroke motor
rehabilitation with focal ischemic mice model | Hongchae Baek; Minju KIM; Ki Joo Pahk; KIM HYUNG MIN |
| - | Mechanical damage induced by rectified bubble growth during boiling histotripsy | Ki Joo Pahk; MD de Andrade; P Gelat; KIM HYUNG MIN; N Saffar |
| - | Metrics for bubble activity and tissue damage in histotripsy | M. de Andrade; Ki Joo Pahk; Nader Saffari |
| - | Modulation of human saccade behavior using low-intensity focused ultrasound | KIM HYUNG MIN; Ki Joo Pahk; Sang-Hoon Yeo |
| - | MRI-compatible image-guided focused ultrasound brain stimulation system for treating internet and game addiction | Hongchae Baek; Choi Junhyuk; Ki Joo Pahk; KIM HYUNG MIN |
| - | Numerical and experimental study of rectified bubble growth in an optically transparent liver tissue | Ki Joo Pahk; M.O. De Andrade; KIM HYUNG MIN; Nader Saffari |
| 2020-01-16 | Pressure modulated shockwaves for inducing mechanical tissue destruction | Ki Joo Pahk |
| - | Subject-specific numerical simulation of low intensity focused
ultrasound fields in the brain | Ki Joo Pahk; Park Tae Young; KIM HYUNG MIN |
| - | Vapour Bubble Nucleation in Boiling histotripsy | Matheus O. de Andrade; Seyyed R. Haqshenas; Ki Joo Pahk; Nader Saffari |
