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Research Gate (RG) is a Meeting Point for Progress in Chemical Knowledge

机译:研究之门(RG)是化学知识进步的汇点

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Chemistry is one of the eldest and basic sciences. The technological progress is depending on progress in chemistry. Without evaluation of nature and preparation of a pure substance, it is not imaginable existence of modern biology, medicine, metallurgy and physics. All kind of existing technologies needs distinct in nature and pure in quality substances for existence and further progress. RG aims to bring together leading academic scientists, researchers and research scholars to exchange and share their experiences and research results on all aspects of chemistry and related fields. It also provides an interdisciplinary platform for researchers, practitioners and educators to present and discuss the most recent innovations, trends, and concerns as well as practical challenges encountered, and solutions adopted in the fields of chemistry. One of the nearly developed concepts in liquid chromatography is described in [ 1 ], which is a new type of liquid chromatography, the new technology as the Colloidal High-Performance Liquid Chromatography (CHPLC). This type of new technological approach in high-performance liquid chromatography is a simple time- and labor-saving one-step procedure suitable for analytical-, semipreparative-, and preparative-scale preparation of bacteriocins and other cationic antibacterial peptides as well as other cationic small molecular weight species. It allows to suspensions of bacterial cells, other colloidal and fast-particle materials, and dissolved anionic molecules passed through the column; however, cationic bacteriocins, small cationic peptides, organic cationic molecules and metal cations were separated by chromatography. The purity of the target substance generally at more than 95% was achieved by the judgment of spectral, chromatographic, and antimicrobial activity. In [ 1 ] was described the preparation, purification and chromatography of bacteriocin, bacitracin and lysozyme. It is my pleasure to invite all the great scientists, academicians, young researchers, students and everyone who is interested in Science, especially in chemistry from all over the world to attend the RG. All who are interested in theoretical and applicational aspects in Chemistry, New Materials Research and Nanotechnology will find them in RG. The topics as: Organic Chemistry and Advances in Organic Chemistry, Analytical Chemistry, Medicinal Chemistry, Clinical Chemistry, Forensic Chemistry, Industrial Chemistry and Occupational Chemistry, Food Chemistry, Green Chemistry and Chemical Renewable Resources, Agricultural and Food Chemistry, Physical and Theoretical Chemistry, Biological Chemistry, Marine Chemistry, Inorganic Chemistry, Environmental Chemistry, Nanoscience and Technology, Polymer Chemistry, Material Chemistry, Natural Resources Chemistry and Natural Products Chemistry, Electrochemistry, Geochemistry, Radio and Nuclear chemistry, Physical Chemistry, Theoretical Chemistry, Space (Interplanetary) Chemistry and many more are present on the pages of RG. At RG you will find the state-of-the-art research and cutting-edge theoretical and applicational technologies. The RG is covering a number of global aspects in Chemistry, New Materials Science and Nanotechnology from purely fundamental research up to practical applications.
机译:化学是最古老的基础科学之一。技术进步取决于化学进步。如果没有对自然界的评估和纯物质的制备,就无法想象现代生物学,医学,冶金学和物理学的存在。各种现有技术都需要性质不同的纯净质量物质才能生存和进一步发展。 RG旨在召集顶尖的学术科学家,研究人员和研究学者,以交流和分享他们在化学和相关领域各个方面的经验和研究成果。它还为研究人员,从业人员和教育工作者提供了一个跨学科的平台,以介绍和讨论化学领域中的最新创新,趋势和关注点,以及遇到的实际挑战和解决方案。 [1]中描述了液相色谱法中近乎发展的概念之一,这是一种新型的液相色谱法,是胶体高效液相色谱法(CHPLC)的新技术。高效液相色谱中的这种新技术方法是一种简单,省时,省力的一步步骤,适用于细菌素和其他阳离子抗菌肽以及其他阳离子肽的分析,半制备和制备规模制备小分子量种类。它可以使细菌细胞,其他胶体和快速颗粒材料以及溶解的阴离子分子通过色谱柱悬浮。然而,阳离子细菌素,小阳离子肽,有机阳离子分子和金属阳离子通过色谱分离。通过判断光谱,色谱和抗菌活性,通常可以达到95%以上的目标物质纯度。在[1]中描述了细菌素,杆菌肽和溶菌酶的制备,纯化和层析。我很荣幸邀请所有伟大的科学家,院士,年轻的研究人员,学生以及对科学特别是对化学感兴趣的所有人参加RG。所有对化学,新材料研究和纳米技术的理论和应用方面都有兴趣的人都会在RG找到它们。主题包括:有机化学和有机化学的进展,分析化学,药物化学,临床化学,法医学,工业化学和职业化学,食品化学,绿色化学和化学可再生资源,农业和食品化学,物理和理论化学,生物化学,海洋化学,无机化学,环境化学,纳米科学与技术,高分子化学,材料化学,自然资源化学与天然产物化学,电化学,地球化学,放射与核化学,物理化学,理论化学,空间(行星际)化学RG的页面上还有更多内容。在RG,您将发现最先进的研究以及前沿的理论和应用技术。 RG涵盖了化学,新材料科学和纳米技术的多个全球方面,从纯粹的基础研究到实际应用。

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