헬스케어 IoT: DNA 시계
Healthcare IoT: DNA Watch
0
조회
0
다운로드
0
인용
0
참고문헌
키워드
초록
This paper is the second part of the January 2018 issue of the Korean Society for Engineering Education, The “Equilibrium and Unbalance Analysis of Taegeuk Pattern DNA Matrix Codes,” and is an extension of the paper published in the IoT Section of the 2017 Summer Conference in Jeju. In this paper, we have reviewed the history of what is life, and 5G Mobile communication: with IoT followed by recent research on influenza RNA gene mutation and DNA mutation variants, and the insights of Watson and Crick. Inspired by a single Franklin DNA X-ray diffraction photograph, they received the Nobel Prize for the Nature publication of DNA that has three patterns and regular repeatability. Professor MoonHo Lee has solved the three patterns in Diagonal, Left to Right, and Vertical matrices in a 2x2 matrix[CU; AG] and A = T = U = 30% C = G = 20%. We also proposed DNA Watch. This is the Healthcare IoT, which is seen by the DNA Watch on the wrist, the type of Tai Chi pattern of the body, and is immediately connected to the smartphone and delivered to the doctor.
Abstract
This paper is the second part of the January 2018 issue of the Korean Society for Engineering Education, The “Equilibrium and Unbalance Analysis of Taegeuk Pattern DNA Matrix Codes,” and is an extension of the paper published in the IoT Section of the 2017 Summer Conference in Jeju. In this paper, we have reviewed the history of what is life, and 5G Mobile communication: with IoT followed by recent research on influenza RNA gene mutation and DNA mutation variants, and the insights of Watson and Crick. Inspired by a single Franklin DNA X-ray diffraction photograph, they received the Nobel Prize for the Nature publication of DNA that has three patterns and regular repeatability. Professor MoonHo Lee has solved the three patterns in Diagonal, Left to Right, and Vertical matrices in a 2x2 matrix[CU; AG] and A = T = U = 30% C = G = 20%. We also proposed DNA Watch. This is the Healthcare IoT, which is seen by the DNA Watch on the wrist, the type of Tai Chi pattern of the body, and is immediately connected to the smartphone and delivered to the doctor.
참고문헌 (15)
- "The 1st International Conference, Healthcare IoT", San Francisco California USA, 13-14 Feb, 2018, ~ (2018)
- 제임스 D. 왓슨, "DNA 유전자 혁명 이야기" (2017), 까치
- 채항식, "易으로 본 현대과학" (1992), 여강출판사
- 이일하, "생물학 산책" (2017), 궁리
- J. D. Watson, "Molecular structure of nucleic acids", Nature, 171(4356), pp.737~738 (1953)
- H. M. Temin, "Nature of the provirus of rous sarcoma", National Cancer Institute Monograph, 17, pp.557~570 (1964)
- Lee M. H., "A Mathematical Proof of Double Helix DNA to Reverse Transcription RNA for Bioinformatics", The International Conference of Artificial Intelligence Medical Engineering Education(AIMEE 2017) (2017)
- Lee M.H., "A Novel Transformation Design of RNA to DNA for Signal Processing", BioSMART : 2nd International Conference on Bio-engineering for Smart Technologies (2017)
- MoonHoLee, "Double Helix DNA to RNA Based on the Jacket Matrix", RMSC2017(Regenerative Medicine & Stem Cell 2017) (2017)
- Moon Ho Lee, "A Mathematical Design of Nirenberg RNA Standard Genetic Code and Analysis Based on the Block Circulant Jacket Matrix", USA patent, No.62, 2017
- Moon Ho Lee, "RNA Quasi-Orthogonal Block code", The First International Conference on Computer Science, Engineering and Education Applications(ICCSEEA2018) (2018)
- "Erwin Chargaff: Wikipedia", ~
- 김정수, "5G 이동통신: 4차 산업 대동맥", 문화기술의 융합, 4(1), pp.337~351 (2018), 국제문화기술진흥원[DOI]
- 이문호, "니렌베르그 RNA 표준 유전자 코드의 수학적 설계 및 블록 순환 Jacket 행렬에 기초한 분석", 국내 특허 출원 No. 10-2017-018438-118 2017.12.29, ~ (2017)
- 이문호, "Why DNA-RNA Genetic Code Base Complement in A=T=U=30% and C=G=20%?", ~
