http://chineseinput.net/에서 pinyin(병음)방식으로 중국어를 변환할 수 있습니다.
변환된 중국어를 복사하여 사용하시면 됩니다.
조예슬(Yeseul Jo),박수진(Sujin Park),노관평(Gwan Pyeong Roh) 한국환경보건학회 2018 한국환경보건학회지 Vol.44 No.4
Objectives: The occurrence characteristics of BTEXS and phytoncides were investigated by type of urban forest. Methods: Four types of urban green space (Hongneung Forest, Mt. Chunjang, residential park, and traffic island) and Gwangneung Forest were selected. Monitoring of phytoncides and BTEXS was conducted considering the activity times of urban residents (five times per day) using a Tenax TA tube and suction pump in June 2017 (one day). Results: Phytoncide concentrations were ranked as Gwangneung Forest>Hongneung Forest>Mt. Cheonjang> traffic island>residential park. Relatively high concentrations of phytoncides were also identified in the urban forest. There was no significant difference between Gwangneung Forest and the urban forest. BTEXS concentrations were ranked as traffic island>residential park>Hongneung Forest>Gwangneung Forest>Mt. Cheonjang. Traffic island and residential park showed high levels of BTEXS depending on the inflow of vehicles. The difference in concentration by time was significant for the traffic island in particular. Pollutant levels in Hongneung Forest were as low as in Gwangneung Forest. Conclusion: The concentrations of phytoncides and BTEXS were different by types of urban green space, and the potential for health and hygiene of urban forests were able to be investigated. This study is expected to provide as basic data for the creation of urban forest spaces in the future.
Chromosome-Centric Human Proteome Study of Chromosome 11 Team
Yeseul Park,Jin Young Kim,Jong Shin Yoo,Heeyoun Hwang 한국당과학회 2022 한국당과학회 학술대회 Vol.2022 No.07
As a part of the Chromosome-centric Human Proteome Project (C-HPP), we have developed a few algorithms for accurate identification of missing proteins, alternative splicing variants, single amino acid variants, and characterization of function unannotated proteins. We have found missing proteins, novel and known ASVs, and SAAVs using LC-MS/MS data from human brain and olfactory epithelial tissue, where we validated their existence using synthetic peptides. We used the latest released neXtProt database (2022-02) which incorporates PeptideAtlas human (2022-01 build) and MassIVE, where they contains 2 and 7 new sample types (e.g. normal muscle, cancer from other female reproductive organ), respectively. According to the neXtProt database, the number of missing proteins in chromosome 11 shows a decreasing pattern. The development of genomic and transcriptomic sequencing techniques make the number of protein variants in chromosome 11 tremendously increase. For the 73 uPE1 in chromosome 11, we have studied the function annotaion of CCDC90B (NX_Q9GZT6), SMAP (NX_O00193), and C11orf52 (NX_Q96A22).
( Yeseul Park ),( Meeyeon Lee ),( Myung Hee Kim ),( Jung Won Lee ) 한국정보처리학회 2016 Journal of information processing systems Vol.12 No.1
Acute myocardial infarction (AMI) is one of the three emergency diseases that require urgent diagnosis and treatment in the golden hour. It is important to identify the status of the coronary artery in AMI due to the nature of disease. Therefore, multi-modal medical images, which can effectively show the status of the coronary artery, have been widely used to diagnose AMI. However, the legacy system has provided multimodal medical images with flat and unstructured data. It has a lack of semantic information between multimodal images, which are distributed and stored individually. If we can see the status of the coronary artery all at once by integrating the core information extracted from multi-modal medical images, the time for diagnosis and treatment will be reduced. In this paper, we analyze semantic relations between multi-modal medical images based on coronary anatomy for AMI. First, we selected a coronary arteriogram, coronary angiography, and echocardiography as the representative medical images for AMI and extracted semantic features from them, respectively. We then analyzed the semantic relations between them and defined the convergence data model for AMI. As a result, we show that the data model can present core information from multi-modal medical images and enable to diagnose through the united view of AMI intuitively.
Park, Yeseul,Lee, Meeyeon,Kim, Myung-Hee,Lee, Jung-Won Korea Information Processing Society 2016 Journal of information processing systems Vol.12 No.1
Acute myocardial infarction (AMI) is one of the three emergency diseases that require urgent diagnosis and treatment in the golden hour. It is important to identify the status of the coronary artery in AMI due to the nature of disease. Therefore, multi-modal medical images, which can effectively show the status of the coronary artery, have been widely used to diagnose AMI. However, the legacy system has provided multi-modal medical images with flat and unstructured data. It has a lack of semantic information between multi-modal images, which are distributed and stored individually. If we can see the status of the coronary artery all at once by integrating the core information extracted from multi-modal medical images, the time for diagnosis and treatment will be reduced. In this paper, we analyze semantic relations between multi-modal medical images based on coronary anatomy for AMI. First, we selected a coronary arteriogram, coronary angiography, and echocardiography as the representative medical images for AMI and extracted semantic features from them, respectively. We then analyzed the semantic relations between them and defined the convergence data model for AMI. As a result, we show that the data model can present core information from multi-modal medical images and enable to diagnose through the united view of AMI intuitively.
창의·인성 함양을 위한 영어과 Extensive Listening 자료 선정 준거 개발 및 적용
박예슬(Park, Yeseul),김정렬(Kim, Jeong-ryeol) 미래영어영문학회 2016 영어영문학 Vol.21 No.1
The purpose of this study is to develop and apply the criteria for selecting Extensive Listening(EL) material, especially to help the students improve creativity & character. The research questions are 1) What are the criteria for selecting EL material to help to improve creativity & character in middle school English classroom? 2) How can the chosen EL material by the criteria be applied to English listening class? 3) As a result of applying EL class, how can the criteria be modified to the final? The major findings are as follows: First, to help improve the students' creativity & character, three-step-index of evaluation was developed. The criteria is to decide if the listening material is appropriate to the main purpose of EL, if the content of EL material is helpful for cultivating students' creativity and character, and if the EL material is appropriate to apply to the classroom teaching and learning activity. Second, based on the developed criteria, final EL material was chosen, and applied to the English listening class. As a result of the EL class, significant changes were made in the areas of curiosity, task tenacity and self judgement, but ascetic mind, risk taking and flexibility of thought did not show any significant changes. The selection criteria are modified to include more of the low impact area listening materials to cause the intended changes on the students.
Jo, Yeseul,Kim, JeongJae,Park, Chul Hwan,Lee, Jae Wook,Hur, Jee Hye,Yang, Dong Hyun,Lee, Bae Young,Im, Dong Jin,Hong, Su Jin,Kim, Eun Young,Park, Eun-Ah,Kim, Pan Ki,Yong, Hwan Seok Korean Society of Magnetic Resonance in Medicine 2019 Investigative Magnetic Resonance Imaging Vol.23 No.4
Cardiac magnetic resonance (CMR) imaging is widely used in many areas of cardiovascular disease assessment. This is a practical, standard CMR protocol for beginners that is designed to be easy to follow and implement. This protocol guideline is based on previously reported CMR guidelines and includes sequence terminology used by vendors, essential MR physics, imaging planes, field strength considerations, MRI-conditional devices, drugs for stress tests, various CMR modules, and disease/symptom-based protocols based on a survey of cardiologists and various appropriate-use criteria. It will be of considerable help in planning and implementing tests. In addressing CMR usage and creating this protocol guideline, we particularly tried to include useful tips to overcome various practical issues and improve CMR imaging. We hope that this document will continue to standardize and simplify a patient-based approach to clinical CMR and contribute to the promotion of public health.