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Expression Pattern of the Hippo Pathway Effector TAZ in Cellular and Fibrotic Nonspecific Interstitial Pneumonia

Chinese Medical Journal 2018年第5期131卷 626-628页

作者： Min-Kyung Yeo Hee Sun Park Yeon Hee Park Choong-Sik Lee Geon Yoo Dong II Park Jeong Eun Lee Jae Young Moon Sung Soo Jung Ju Ock Kim dahyun kang Hyun Jin Cho Min-Woong kang Jin-Whan Kim Song-Soo Kim Chaeuk Chung Department of Pathology Chungnam National University School of Medicine Daejeon 35015 South Korea Division of Pulmonology Department of Internal Medicine Chungnam National University 282 Munhwaro Jung-gu Daejeon 35015 South Korea Department of Internal Medicine Daejeonst Mary's Hospital College of Medicine Catholic University Daejeon 34943 South Korea ~Department of Toxicological Evaluation and Research Korea Institute of Toxicology 141 Gajeong-ro Yuseong-gu Daejeon 34114 South Korea Department of Thoracic Surgery College of Medicine Chungnam National University Daejeon 35015 South Korea Department of Radiology College of Medicine Chungnam National University Daejeon 35015 South Korea Infection Control Convergence Research Center College of Medicine Chungnam National University Jung-guMunhwa-ro 266 Daejeon 35015 South Korea

Interstitial lung disease （ILD） is a comprehensive term referring to a group of lung diseases affecting the interstitium of the lung. Idiopathic pulmonary fibrosis （IPF） is the most common idiopathic ILD, and nonspecific interstitial pneumonia （NSIP） is the second most common. As the name suggests, NSIP is diagnosed atter many other diseases are excluded. The main pathological finding in NSIP is homogeneous interstitial inflammation with or without fibrosis. NSIP can be categorized by cellular type or fibrotic type, according to the grade of inflammation and fibrosis. The cellular type has mostly inflammatory lesions with good responses to steroid, but the fibrotic type has a large proportion of fibrosis mixed with inflammatory lesions and a relatively poor response to steroid treatment So far, the exact mechanism underlying idiopathic lED has not been clarified. Determining key regulators of these ILDs will be helpful in the diagnosis and development of novel drugs for ILD.

关键词： YAP

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Aqueous-processable,naphthalene diimide-based polymers for eco-friendly fabrication of high-performance,n-type organic electrolyte-gated transistors

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Science China Chemistry 2022年第5期65卷 973-978页

作者： dahyun Jeong Min Je Kim Seungjin Lee Jin-Woo Lee Youngwoong Kim Hyeong Jun Kim Jeong Ho Cho Bumjoon J.Kim Department of Chemical and Biomolecular Engineering Korea Advanced Institute of Science and Technology(KAIST)Daejeon 34141Republic of Korea Department of Chemical and Biomolecular Engineering Yonsei UniversitySeoul 03722Republic of Korea Department of Chemical and Biomolecular Engineering Sogang UniversitySeoul 04107Republic of Korea

Organic electrolyte-gated transistors(OEGTs) have the benefits of low power consumption and large current modulation.Nevertheless,the electrical performance of n-type OEGTs lags far behind that of p-type OEGTs.In this study,we design a series of polymers,P(NDITEG-T) and P(NDIMTEG-T),comprising a naphthalene diimide backbone for n-type charge transport and oligo(ethylene glycol)(OEG) side chains for high ionic conductivity and eco-friendly solution processing.The incorporation of the OEG chain facilitates the electrochemical doping of the semiconductor by ions to realize high-performance,n-type OEGTs.Notably,in OEGTs,P(NDITEG-T) achieves a high electron mobility of 1.0 × 10^(-1) cm^(2) V^(-1) s^(-1),which represents the highest value reported for solution-processed,n-type OEGTs.It is noted that the fabrication of the OEGTs is achieved by solution processing with eco-friendly ethanol/water mixtures in virtue of the hydrophilic OEG chains.This work demonstrates the molecular design of the P(NDITEG-T) polymer and its significant ability to produce aqueous-processable,high-performance,and n-type OEGTs.

关键词： organic electrolyte-gated transistors n-type transistors oligo(ethylene glycol)polymers eco-friendly solution process high electron mobility

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