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        2022 세계선수권대회 남자 마루운동의 연기 동향 분석

        한윤수,Jeff Thomson 사단법인 한국융합기술연구학회 2023 아시아태평양융합연구교류논문지 Vol.9 No.3

        The aim of the study was to investigate the trends in execution score, difficulty score, elements, connections of routines on men’s floor exercise in 2022 World Championships. This study focuses on men’s floor exercise in qualification. We carried out a video analysis of 132 floor exercise routines. The split press to Japanese handstand(C value) and Fedorchenko(C value) in group I was the most frequently performed. The salto forward stretched with 1/1 turn(C value), salto forward stretched with 2/1 turn and double salto forward tucked(D value) in group II was the most frequently performed. salto backward stretched with 2/1(D value), salto backward with 5/2 turn and salto bwd. with 3/1 turn(D value) in group III was the most frequently performed. In order to get a good results and go into the final, execution score should be above 8.8 score and difficulty score should be above 6.1 score.

      • Quantitative selection of DNA aptamers through microfluidic selection and high-throughput sequencing.

        Cho, Minseon,Xiao, Yi,Nie, Jeff,Stewart, Ron,Csordas, Andrew T,Oh, Seung Soo,Thomson, James A,Soh, H Tom National Academy of Sciences 2010 PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF Vol.107 No.35

        <P>We describe the integration of microfluidic selection with high-throughput DNA sequencing technology for rapid and efficient discovery of nucleic acid aptamers. The Quantitative Selection of Aptamers through Sequencing method tracks the copy number and enrichment-fold of more than 10 million individual sequences through multiple selection rounds, enabling the identification of high-affinity aptamers without the need for the pool to fully converge to a small number of sequences. Importantly, this method allows the discrimination of sequences that arise from experimental biases rather than true high-affinity target binding. As a demonstration, we have identified aptamers that specifically bind to PDGF-BB protein with K(d) < 3 nM within 3 rounds. Furthermore, we show that the aptamers identified by Quantitative Selection of Aptamers through Sequencing have approximately 3-8-fold higher affinity and approximately 2-4-fold higher specificity relative to those discovered through conventional cloning methods. Given that many biocombinatorial libraries are encoded with nucleic acids, we extrapolate that our method may be extended to other types of libraries for a range of molecular functions.</P>

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