Diseases–targets–ligan
SEO的目的是什麼?
現在人們有任何問題,首先想到的不再是去圖書館,而是去搜尋引擎查詢。
人們想瞭解某個產品,想購買某類產品,不會再盲目的憑個人感覺,而是會先上搜尋引擎作一翻詳細的調查。
總之,現今社會,人們的衣食住行幾乎離不開搜尋引擎。
而seo的目的,就是優化您的網站,讓您的網站排名在搜尋引擎上儘量靠前,讓更多的人找到您的產品,從而讓您獲得巨大的商業價值。
Effective Solutions
Drug research and development is a complicated, time-consuming, and costly process. There exists no single way through which drug discovery takes place. Each team taking part in drug discovery has its own strengths and weaknesses.
To increase strengths and reduce weaknesses, everyone must improve their ability to extract added value from the already available information. The amount of proteins that may become pharmacological targets exceeded several thousand; taking into account the alternative splicing, posttranslational modifications and protein-protein interactions this number increased to several millions; number of already synthesized small organic molecules that may be used as ligands inhibiting or stimulating those targets is more than sixty millions; the number of virtual molecules generated in computer surpassed hundred billions.
Effective utilization of this information requires application of computational methods, which allow selection of targets and their ligands most promising for treatment of certain disease.
Working in this field for more than twenty years, we developed and validated a few predictive tools that currently available as separate web resources. Our long-term goal is not just improve and extend these tools but integrate their functionality providing better services for particular needs of researchers working in the field of drug discovery.
Try Way2Drug's products now!
Our web-resources PASS Online, GUSAR Online, DIGEP-Pred, CLC-Pred, SOMP and others will help you to select the most promising compounds for synthesis and biological testing, filter out drug-candidates with potential adverse effects & toxicity, and finally, reduce the time & financial expenses needed for drug discovery.
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本文引用自: http://www.way2drug.com/effect_solut.php
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