Theory
In general, preparation methods for nanoparticles make use of capping agents, such as surfactants, polymers or biomaterial, in order to confine the growth. Occasionally, the selective or preferential adsorption of capping agents onto particular crystallograp- hic facets during the growth stage permits diverse shapes to be produced, for example triangles, hexagons, disks, rods and multi
1. Nanorods
of the reported procedures for rod formation, seedmediated growth has been by far the most efficient and popular approach. The role played by the seed particle is also critical. Furthermore, the presence of small amounts or silver nitrate during the synthesis has a dramatic effect on the final shape and crystalline structure if the particles. Citrate-capped gold nanoparticle, prepare
Prepare a cause-and effect or fishbone diagram for a problem such as "Why customers have long waits for coffee." Use Figure as a guide.
3. How would you resolve the difficulties that study teams have experienced when applying the SSM?
프로젝트의 수행 중 겪는 어려움들에는 본질적인 문제점의 개념 정립, 문제의 구체화, 자료수집의 장점을 이해하지
Alkaline lysis method
- 세포의 cell wall과 cell membrane을 부수고 DNA만을 분리하는 방법
- Chromosomal DNA 와 plasmid의 고유한 형태 구조 차이를 이용 !
; Chromosomal DNA - 상대적으로 size가 크고, double heilx
Plasmid - size가 작고, supercoiled 형태 -> pH에 변화에 의한 변성↓
Alkaline Lysis Method
DNA gel electrophoresis(전기영동)
- DN