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Institution

Yonsei University

EducationSeoul, South Korea
About: Yonsei University is a education organization based out in Seoul, South Korea. It is known for research contribution in the topics: Population & Cancer. The organization has 50162 authors who have published 106172 publications receiving 2279044 citations. The organization is also known as: Yonsei.
Topics: Population, Cancer, Medicine, Thin film, Breast cancer


Papers
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Journal ArticleDOI
TL;DR: A general overview of metal-enhanced fluorescence biosensor systems from the basic mechanism to state-of-the-art biological applications and the pros and cons is provided.

275 citations

Journal ArticleDOI
TL;DR: An integrated view of disease pathogenesis is presented, taking into account immune biology, broad-scale genomic characterization and the response of psoriasis to immune-targeted therapies.

275 citations

Journal ArticleDOI
TL;DR: The prevalences of POAG and POAG with an IOP ≤ 21 mmHg in the Namil-myon region of central South Korea were higher than that in most previous reports worldwide, but were similar to the reported rates in black and Japanese populations.

275 citations

Journal ArticleDOI
Tareq Abu-Zayyad1, R. Aida2, M. Allen1, Robert M. Anderson1, R. Azuma3, Elliott Barcikowski1, John Belz1, Douglas Bergman1, Samuel Blake1, Robert Cady1, B. G. Cheon4, Jyunsei Chiba5, Michiyuki Chikawa6, E. J. Cho4, W. R. Cho7, H. Fujii, T. Fujii8, T. Fukuda3, Masaki Fukushima9, Dmitry Gorbunov, William Hanlon1, K. Hayashi3, Y. Hayashi8, Naoaki Hayashida10, K. Hibino10, K. Hiyama9, K. Honda2, T. Iguchi3, Daisuke Ikeda9, K. Ikuta2, N. Inoue11, Takaaki Ishii2, R. Ishimori3, Dmitri Ivanov12, Dmitri Ivanov1, S. Iwamoto2, C. C. H. Jui1, Kenichi Kadota13, Fumio Kakimoto3, Oleg Kalashev, T. Kanbe2, Katsuaki Kasahara14, H. Kawai15, S. Kawakami8, Shingo Kawana11, Eiji Kido9, HangBae Kim4, Hyun-Il Kim7, J. H. Kim4, K. Kitamoto6, K. Kobayashi5, Yoji Kobayashi3, Y. Kondo9, K. Kuramoto8, Vladim Kuzmin, Y. J. Kwon7, S. I. Lim16, S. Machida3, K. Martens9, J. Martineau1, Tomohiro Matsuda, T. Matsuura3, T. Matsuyama8, John N. Matthews1, Isaac Myers1, Mayuko Minamino8, K. Miyata5, H. Miyauchi8, Y. Murano3, Toru Nakamura17, S. W. Nam16, Toshiyuki Nonaka9, Shoichi Ogio8, M. Ohnishi9, Hideyuki Ohoka9, K. Oki9, D. Oku2, Takeshi Okuda8, Akitoshi Oshima8, Shunsuke Ozawa14, Inkyu Park16, Maxim Pshirkov18, D. C. Rodriguez1, S. Y. Roh19, Grigory Rubtsov, Dongsu Ryu19, Hiroyuki Sagawa9, Nobuyuki Sakurai8, A. L. Sampson1, L. M. Scott12, Priti Shah1, Fumiya Shibata2, T.-A. Shibata9, Hideaki Shimodaira9, Bokkyun Shin4, J. I. Shin7, T. Shirahama11, J. D. Smith1, Pierre Sokolsky1, T. J. Sonley1, R. W. Springer1, B. T. Stokes1, S. R. Stratton1, S. R. Stratton12, Tom Stroman1, S. Suzuki, Yukio Takahashi9, M. Takeda9, Akimichi Taketa9, Masato Takita9, Yuichiro Tameda9, Hideki Tanaka8, Kenichi Tanaka20, M. Tanaka, S. B. Thomas1, Gordon Thomson1, Peter Tinyakov18, Igor Tkachev, H. Tokuno3, Taka Tomida2, Sergey Troitsky, Yoshiki Tsunesada3, K. Tsutsumi3, Y. Tsuyuguchi2, Y. Uchihori21, S. Udo10, H. Ukai2, G. Vasiloff1, Y. Wada11, Tiffany Wong1, M. Wood1, Y. Yamakawa9, Hiroshi Yamaoka, K. Yamazaki8, J. Yang16, S. Yoshida15, H. Yoshii22, R. Zollinger1, Zach Zundel1 
TL;DR: The Telescope Array (TA) experiment as discussed by the authors was designed for the observation of extensive air showers from extremely high energy cosmic rays, and it has a surface detector array surrounded by three fluorescence detectors to enable simultaneous detection of shower particles at ground level and fluorescence photons along the shower track.
Abstract: The Telescope Array (TA) experiment, located in the western desert of Utah, USA, is designed for the observation of extensive air showers from extremely high energy cosmic rays. The experiment has a surface detector array surrounded by three fluorescence detectors to enable simultaneous detection of shower particles at ground level and fluorescence photons along the shower track. The TA surface detectors and fluorescence detectors started full hybrid observation in March, 2008. In this article we describe the design and technical features of the TA surface detector.

274 citations

Journal ArticleDOI
TL;DR: The availability of nano-food packaging in the current market is reviewed, case studies on nanomaterial migration are reported, and the current status of safety regulations and management of nano, food packaging in leading countries across regions are presented.
Abstract: Recently, food packages produced with nanoparticles, "nano-food packaging," have become more available in the current market However, although the use of nanomaterials is increasing in food packaging applications, concern over toxicity affects consumer perceptions and acceptance Quite a number of commercialized forms of nano-food packaging are coated or composited product with inorganic materials, for example, nanosilver and nanoclay as representative examples Several studies have shown the possibility of nanomaterial migration from packaging or containers to foodstuff The debate is still ongoing among researchers about the extent of migration and whether it is negligible and safe Government agencies and stakeholders must hurry to determine use limitations and release conclusive legislation and regulations as soon as possible since nano-food packaging may have great impacts on human health This paper aims to review the availability of nano-food packaging in the current market, report case studies on nanomaterial migration, and present the current status of safety regulations and management of nano-food packaging in leading countries across regions This review should enable governments and researchers to develop further nanomaterial risk assessment studies

274 citations


Authors

Showing all 50632 results

NameH-indexPapersCitations
Younan Xia216943175757
Peer Bork206697245427
Ralph Weissleder1841160142508
Hyun-Chul Kim1764076183227
Gregory Y.H. Lip1693159171742
Yongsun Kim1562588145619
Jongmin Lee1502257134772
James M. Tiedje150688102287
Guanrong Chen141165292218
Kazunori Kataoka13890870412
Herbert Y. Meltzer137114881371
Peter M. Rothwell13477967382
Tae Jeong Kim132142093959
Shih-Chang Lee12878761350
Ming-Hsuan Yang12763575091
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Performance
Metrics
No. of papers from the Institution in previous years
YearPapers
2023203
2022753
20217,800
20207,310
20196,827
20186,298