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Understanding chemiluminescence and its Applications in Food Science (ODI 화학발광(1,1'-oxalyldiimidazle chemiluminescence)의 이론과 식품에서의 응용)

Kim, Young-Teck;Kim, Kyung-Won
- Food Science and Industry
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- v.44 no.2
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- pp.38-44
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- 2011
https://doi.org/10.23093/FSI.2011.44.2.38 인용 PDF

Potential Resistance Factors in Pine Needles to Pine Gall Midge (솔잎혹파리에 대한 소나무류(類) 침엽내(針葉內)의 저항성인자(抵抗性因子) 조사(調査))

Son, Doo-Sik;Eom, Tae-Jin;Seo, Jae-Durk;Lee, Sang-Rok
- Journal of Korean Society of Forest Science
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- v.85 no.2
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- pp.244-250
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- 1996
The objectives of this paper were to study the existence of resistant substance to pine gall midge from needles of Pinus densiflora, P. thunbergii, P. virginiana, and P. thunbergii${\times}$P. virginiana, and also to investigat whether terpenoids, fragrant substance contained in those species seduce or evade imago of pine gall midge to oviposit. Also, terpenoids and phenolic compounds were bioassayed on larva. The results are follows. Adults of pine gall midge oviposited indiscriminately all investigated pine species, while gall formation rate by pine gall midge showed 0% in Pinus virginiana, 9% in P. thunbergii${\times}$P. virginiana, 22% in P. thunbergii. It is suggested that young larvae is necrotized by resistant substance in the needles of P. virginiana. This results might mean that fragrant substance, terpenoids, extracted from pine species is not seducible or evadable substance. Larvae of pine gall midge placed on terpenoid and resin were not necrotized. The necrosis rate of larvae of pine gall midge cultivated in the solution of phenolic compounds extracted from needles of P. virginiana, salicylic acid and chitinase showed 89, 92, and 86% respectively. And necrosis rate was 56 and 59% in phenolic compounds extracted from P. densiflora and gallic acid respectively. So, it is postulated that phenolic compounds contained in needles of P. virginiana, salicylic acid and chitinase are resistant substance to pine gall midge.
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The Background and Content of Thomas Jefferson's Plan for a Botanical Garden for the University of Virginia (토머스 제퍼슨의 버지니아대학교 식물원 구상 배경과 내용)

Kim, Jung-Hwa
- Journal of the Korean Institute of Landscape Architecture
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- v.47 no.3
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- pp.49-59
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- 2019
This paper examines the background and content of Thomas Jefferson's botanical garden plan for the University of Virginia. When Jefferson promoted the establishment of a botanical garden, European botanical gardens were evolving from physic gardens, and American botanical gardens were in their infancy. Accordingly, this paper compares the Botanical Garden Plan for the University of Virginia with contemporary botanical gardens. This is examined by outlining the trends of botanical gardens in Europe and the United States around the nineteenth century, analyzing their function and spatial structure. Also, Jefferson's perspective on botany, his plan, and botanical gardens are reviewed. This study found that Jefferson's project had its background in the social recognition of the importance of botany as a practical science, advancing the national economy, which was a prominent goal in late eighteenth-century Europe, and in developing networks of exchanging plants and information concerning botany and botanical gardens. Based on the botanist Correia's opinion on the role of a public botanical garden, the Botanical Garden Plan for the University of Virginia was developed by Jefferson as an action plan, including its site creation, space organization, and supplying of plants. Compared to the other contemporary botanical gardens, the University of Virginia's Botanical Garden Plan has the following characteristics. First, like European gardens in the late eighteenth century, it evolved from being a physic garden to a botanical one. As such, it emphasized botanical research and education over medicine, creating a tree garden and a plant garden. Second, it differed from many European and American botanical gardens in that it rejected decorative elements, refused to install a greenhouse, and attempted to spread practical overseas plants suitable to the local climate. This study contributes to broadening the history of botanical gardens at the turn of the nineteenth century.
https://doi.org/10.9715/KILA.2019.47.3.049 인용 PDF KSCI