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Structural stability and electrical characteristic of DNA lattices doped with lanthanide ions
레디,GNAPAREDDYBRAMARAMBA,김장아,유상현,황태현,김태성,박성하 한국물리학회 2017 Current Applied Physics Vol.17 No.11
The main aim of doping DNA lattices with lanthanide ions (Ln-DNA complex) is to change the physical functionalities for specific target applications such as electronics and biophotonics. LneDNA complexes based on a double-crossover DNA building block were fabricated on glass using a substrate-assisted growth method. We demonstrated the structural stability of LneDNA complexes as a function of Ln ion concentration by the atomic force microscopy. The Ln ion doping in DNA lattices was examined using a chemical reduction process, and the electrical characteristics of LneDNA complexes were tested using a semiconductor parameter analyzer. The structural phase transition of DNA lattices from the crystalline to amorphous phases occurred at a certain critical concentration of each Ln ion. Ln ions in DNA lattices are known to be intercalated between the base pairs and bound with phosphate backbones. When DNA lattices are properly doped with Ln ions, LneDNA complexes revealed the complete deformation with chemical reduction process by ascorbic acid. The current increased up to a critical Ln ion concentration and then decreased with further increasing Ln ions. LneDNA complexes will be useful in electronics and photonics because of their unique physical characteristics.
Analysis of Growth Characteristics and Active Components of Angelica gigas Nakai Germplasm
Chinreddy Subramanyam Reddy(친레디 서부라만얌 레디),Sang Hoon Lee(이상훈),Mei Lan Jin(김미란),Mok Hur(허목),Seong Cheol Kim(김성철),Yi Lee(이이),Woo Moon Lee(이우문),Jae Ki Chang(장재기),Sung Cheol Koo(구성철) 한국약용작물학회 2017 한국약용작물학회 학술대회논문집 Vol.2017 No.2
Context Information Modeling in pig farms
라자니 레디(Rajani reddi),김도현(Do-Hyeun Kim) 한국멀티미디어학회 2010 한국멀티미디어학회 학술발표논문집 Vol.2010 No.1
In order to support the animal care service for an increasingly intelligence society, an ontology animal care research is certainly needed. In a computing environment, it is important that all applications should be executed on a system. To provide animal care services to users anywhere and anytime, there should convert sensing data to context information. Therefore, context information wes used for representation of many situation and environment. In this paper, we propose the information model based on a context-aware which is executed using temperature sensor, humidity sensor, wind speed sensor, gas sensor, light sensor in pig farms.