• RED RIBBON
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• s.6
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• pp.10-12
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• 1995

• RED RIBBON
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• s.7
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• pp.10-12
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• 1995

• RED RIBBON
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• s.7
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• pp.13-15
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• 1995

• Journal of Life Science
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• v.28 no.1
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• pp.130-139
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• 2018

In ancient times, horse racing was done in ancient European countries in the form of wagon races or mountain races, and wagon racing was adopted as a regular event at the Greek Olympic Games. Thoroughbred horse has been bred since 17th century by intensive selective breeding for its speed, stamina, and racing ability. Then, in the 18th century, horse racing using the Thoroughbred species began to gain popularity among nobles. Since then, horse racing has developed into various forms in various countries and have developed into flat racing, steeplechasing, and harness racing. Thoroughbred racehorse has excellent racing abilities because of powerful selection breeding strategy for 300 years. It is necessary to maintain and maximize horses' ability to race, because horse industries produce enormous economic benefits through breeding, training, and horse racing. Next-generation sequencing (NGS) methods which process large amounts of genomic data have been developed recently. Based on the remarkable development of these genomic analytical techniques, it is now possible to easily carry out animal breeding strategies with superior traits. In order to select breeding racehorse with superior racing traits, the latest genomic analysis techniques have to be introduced. In this paper, we will review the current efforts to improve race performance for racehorses and to examine the research trends of genomic analysis. Finally, we suggest to utilize genomic analysis in Thoroughbred racehorse and Jeju horse, and propose a strategy for selective breeding for Jeju horse, which contributes job creation of Korea.

• RED RIBBON
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• s.82
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• pp.18-19
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• 2009

엄청난 위협소구로 콘돔 사용을 권장하는 유럽의 광고 몇 편을 소개한다. 에이즈 예방을 위해 콘돔 사용은 필수. 예전에도 콘돔을 쓰지 않는 섹스를 독거미나 전갈과의 섹스에 비유하여 겁을 주거나, 더미인형과외 섹스에 비유하여 바보로 만들거나, 심지어 여성들에게 콘돔 없는 섹스는 당신에게 권총을 들이대는 것과 마찬가지이니 무조건 거부하라고 강요하는 광고를 소개한 바 있다. 에이즈 예방을 위한 콘돔 사용은 아무리 강조해도 지나침이 없으므로 이런 광고들은 계속 나올 것이다.

• RED RIBBON
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• s.72
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• pp.28-30
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• 2006

일본의 대표적 극작가인 '나카타니 마유미'의 희곡을 각색해 공연 중인 극단 한양레퍼토리의 <뷰티풀 선데이>는 독특하고 참신한 소재를 따뜻한 사랑과 유쾌한 웃음 속에 담아낸 작품이다. 작품의 완성도면에서도 손색이 없고, 공연의 갖춰야 할 '재미'라는 미덕도 갖추고 있으면서 '동성애'문제나, '에이즈'에 대한 잘못된 생각 혹은 감염인에 대한 차별 등의 문제에 대한 객관적이고 따뜻하고 곡해 없는 시각으로 담아낸 이 작품에 대해 관람한 관객의 한 사람으로 박수를 보내며 많은 이들에게 선선한 바람 불 때 대학로 극장을 찾아 <뷰티풀 선데이>를 만나 보라고 권하고 싶다

• Korean Journal of Breeding Science
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• v.40 no.4
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• pp.525-528
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• 2008

A new graft cactus (Copiapoa scopa) cultivar 'Redstone' was developed at Cactus Research Institute, Gyeonggi-do A.R.E.S, in 2007. GCP563 and GCP618 were crossed in 2004 and we got 9 seedlings from this combination. After pedigree selection in 2005, one cultivar was finally selected through the test of specific character in 2007 and named as "Redstone". "Redstone" cultivar has red brown color and round globose shape with 15 ribs and its spines are black. This cultivar is able to produce 26.8 offshoots per plant. 'Redstone' cultivar has higher productivity and more slow growth than Copiapoa scopa cultivar.

• Journal of the Korea Convergence Society
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• v.10 no.6
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• pp.1-6
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• 2019

This paper examines the complexity of recent SW development such as the 4th industry to apply the requirement engineering and redimimn application to the project to solve the difficulty of scope management during project management of medium and small businesses. These engineering techniques were applied to mid-sized and small-sized SW development projects. It was verified through supervision of 15 SW development projects. As a result, we observed about 30% reduction in related issues. In addition, Redmimn was introduced to SW development projects involving medium and small sized companies, and it proved that it has the effect of shortening delivery time through requirement management and tracking management. In order to secure the safety of the SW system development project, it is necessary to apply the required engineering techniques and tools, and it is necessary to continuously cultivate professional manpower to carry out this.

• Journal of Life Science
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• v.26 no.7
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• pp.855-867
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• 2016

The horse is relatively earlier domesticated animal species. Domesticated horses have been selected for their ability of racing, robustness, and disease-resistance. As a result, the thoroughbred horse genome has been condensed many genotypes related to exercise ability. In recent years, with the advent of NGS technologies, many studies were concentrated on finding superior genetic species in the horse genome in terms of genomics. Consequently, GWAS (Genome-wide Association study) is applied to horse genome, then genetic marker is revealed for superior racing ability. In addition, RNA-Seq is utilized as a method for analyze of whole transcript profiling in specific samples. By using this approach, specific gene expression patterns and transcript sequences can be revealed in various samples such as each individual, before and after exercise state, and each tissue. DNA methylation, a strong factor that regulate gene expression without the change of DNA sequence, have got a lot of attention. In horse genome, exercise- or individual-specific DNA methylation patterns were detected, and could be useful to develop selective marker of superior horses. MicroRNAs inhibit gene expression, and transposable elements accounted for half of the mammalian genome. These two elements are the crucial factors in functional genomics, and could be applied to the selection of superior horses. As the functional genomics and epigenomics advance, then these technologies introduced in this paper were applied to select superior horses. In this paper, the studies for selection of superior horses through genetic technologies, and development possibilities of these studies were discussed.

• Convergence Security Journal
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• v.8 no.4
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• pp.173-181
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• 2008

Recently, Worm epidemic models have been developed in response to the cyber threats posed by worms in order to analyze their propagation and predict their spread. Some of the most important ones involve mathematical model techniques such as Epidemic(SI), KM (Kermack-MeKendrick), Two-Factor and AAWP(Analytical Active Worm Propagation). However, most models have several inherent limitations. For instance, they target worms that employ random scanning in the network such as CodeRed worm and it was able to be applied to the specified threats. Therefore, we propose the probabilistic of worm propagation based on the Markov Chain, which can be applied to cyber threats such as Mass SQL Injection worm. Using the proposed method in this paper, we can predict the occurrence probability and occurrence frequency for each threats in the entire system.