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| 1 | Lithium plating-free 1 Ah-level high-voltage lithium-ion pouch battery via ambi-functional pentaerythritol disulfate显示文摘Elevating the charge cut-off voltage beyond traditional 4.2 V is a commonly accepted technology to increase the energy density of Li-ion batteries(LIBs) but the risk of Li-dendrites and fire hazard increases as well. The use of ambi-functional additive, which forms stable solid electrolyte interphase(SEI) simultaneously at both cathode and anode, is a key to enabling a dendrites-free and well-working high-voltage LIB. Herein, a novel ambi-functional additive, pentaerythritol disulfate(PEDS), at 1 wt% without any other additive is demonstrated. We show the feasibility and high impacts of PEDS in forming lithium sulfateincorporated robust SEI layers at NCM523 cathode and graphite anode in 1 Ah-level pouch cell under4.4 V, 25 °C and 0.1 C rate, which mitigates the high-voltage instability, metal-dissolution and cracks on NCM523 particles, and prevents Li-dendrites at graphite anode. Improved capacity retention of 83%after 300 cycles is thereby achieved, with respect to 69% with base electrolyte, offering a promising path toward the design of practical high-energy LIBs. | Dung Tien Tuan Vu Jinsol Im Jae-Hee Kim Jisoo Han Gyeong Jun Chung Giang Thi Huong Nguyen Junhyeok Seo Minjae Kim Eui-Hyung Hwang Young-Gil Kwon Jae Wook Shin Kuk Young Cho Seung-Wan Song | 2023 | Journal of Energy Chemistry2023，，8： | 1 |
| 2 | Synthetic brochosomes:Design,synthesis,and applications显示文摘Brochosomes,which are nanoscopic buckyball-shaped granules produced by leafhoppers,are one of the most intricate structures discovered in nature.Various functions of brochosomes have been proposed but only a few have been experimentally validated due to the challenge of fabricating their synthetic counterparts.Advancements in micro-and nanofabrication have recently led to the emergence of synthetic brochosomes,opening up new possibilities for innovative applications.This review explores the early discovery of natural brochosomes and their geometrical features,followed by the recent progress in fabricating synthetic brochosomes and their applications.Perspectives on future applications and challenges in the scalable manufacturing of synthetic brochosomes are discussed. | Lin Wang Jinsol Choi Tak-Sing Wong | 2024 | Nano Research2024，17，2： | 1 |
| 3 | Controlled fermentation of kimchi using naturally occurring antimicrobial agents显示文摘 | Jinsol Kim Jihyun Bang Larry R. Beuchat Hoikyung Kim Jee-Hoon Ryu | 2012 | Food Microbiology2012，，1： | 1 |
| 4 | Syk/Src Pathway-Targeted Inhibition of Skin Inflammatory Responses by Carnosic Acid显示文摘 | Jueun Oh Tao Yu Soo Jeong Choi Yanyan Yang Heung Soo Baek Soon Ae An Lee Kyoung Kwon Jinsol Kim Ho Sik Rho Song Seok Shin Wahn Soo Choi Sungyoul Hong Jae Youl Cho Eric F. Morand | 2012 | Mediators of Inflammation2012，，： | 1 |
| 5 | Combination of cell signaling molecules can facilitate MYOD1-mediated myogenic transdifferentiation of pig fibroblasts显示文摘Background:Myogenic transdifferentiation can be accomplished through ectopic MYOD1 expression,which is facilitated by various signaling pathways associated with myogenesis.In this study,we attempted to transdifferentiate pig embryonic fibroblasts(PEFs)myogenically into skeletal muscle through overexpression of the pig MYOD1 gene and modulation of the FGF,TGF-β,WNT,and cAMP signaling pathways.Results:The MYOD1 overexpression vector was constructed based on comparative sequence analysis,demonstrating that pig MYOD1 has evolutionarily conserved domains across various species.Although forced MYOD1 expression through these vectors triggered the expression of endogenous muscle markers,transdifferentiated muscle cells from fibroblasts were not observed.Therefore,various signaling molecules,including FGF2,SB431542,CHIR99021,and forskolin,along with MYOD1 overexpression were applied to enhance the myogenic reprogramming.The modified conditions led to the derivation of myotubes and activation of muscle markers in PEFs,as determined by qPCR and immunostaining.Notably,a sarcomere-like structure was observed,indicating that terminally differentiated skeletal muscle could be obtained from transdifferentiated cells.Conclusions:In summary,we established a protocol for reprogramming MYOD1-overexpressing PEFs into the mature skeletal muscle using signaling molecules.Our myogenic reprogramming can be used as a cell source for muscle disease models in regenerative medicine and the production of cultured meat in cellular agriculture. | Jinsol Jeong Kwang-Hwan Choi Seung-Hun Kim Dong-Kyung Lee Jong-Nam Oh Mingyun Lee Gyung Cheol Choe Chang-Kyu Lee | 2021 | Journal of Animal Science and Biotechnology2021，12，4： | 0 |
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