• Title/Summary/Keyword: JinSeBaek

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A Longing for Attachment and Revelation of Separation Anxiety (애착의 갈망과 분리불안의 발현 - <하진양문록> 진세백의 경우 -)

  • Jang, SiGwang
    • (The)Study of the Eastern Classic
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    • no.66
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    • pp.193-226
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    • 2017

  • This writing establishes identity of JinSeBaek, a male protagonist from a classical novel Hajinyangmunrok, through examining his relationship with a female character named HaOkJu. The character JinSeBaek was analyzed with attachment theory. JinSeBaek is a type of character who openly expresses his emotions. The evidence that JinSaeBaek falls in love with HaOkJu at a first sight was mainly shown through his physical affection with her. After the breakup, JinSeBaek expresses sadness, depression, and anger, as well as sheds tears. Although JinSeBaek repeatedly breaks up and gets back together with HaOkJu, JinSaeBaek consistently shows his desire to be with HaOkJu. Expressing true emotions was not ideal characteristic for men in this era. JinSaeBaek develops attachment to HaOkJu after he loses his parents, whom he has previously developed attachment to, but repeated break ups with HaOkJu leads to separation anxiety. Although his separation anxiety is caused by HaOkJu, it is also HaOkJu who can resolve the anxiety. The fact that JinSaeBaek honestly expresses his emotions and develops abnormal attachment to woman makes JinSaeBaek unique from other male protagonists. A character like JinSaeBaek is not common in other fictional novels or romance novels as well. Thus, JinSaebaek is claimed to be extraordinary character in literature.

  • https://doi.org/10.16880/SEC.2017.66.07.193 인용

Human Cardiac Troponin I 면역분석을 위한 단일클론 항체의 특성화

  • O, Heung-Il;Yang, Jin-A;Baek, Ui-Hwan;Baek, Se-Hwan
    • 한국생물공학회:학술대회논문집
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    • 2000.11a
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    • pp.713-714
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    • 2000

  • Six monoclonal antibodies to human cardiac troponin I (hcTnI) were produced to eventually develop an immunosensor for acute myocardial infarction (AMI). For the characterization of these antibodies, a set of 11 different peptides covering selected ranges of the complete amino acid sequence of hcTnI was prepared and used for epitope mapping. Such analysis allowed to select an appropriate pair of antibodies that can form a sandwich type of immune complexes and was consequently used for an immunoassay.

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