首页> 外文会议>Conference on Nanotech and Biotech Convergence - 2002; May 6-7, 2002; Stamford, CT, U.S.A. >NTERA: SEEKING OPPORTUNITIES THROUGH THE CONVERGENCE OF NANOTECHNOLOGY AND BIOTECHNOLOGY
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NTERA: SEEKING OPPORTUNITIES THROUGH THE CONVERGENCE OF NANOTECHNOLOGY AND BIOTECHNOLOGY

机译:NTERA:通过纳米技术和生物技术的融合寻求机遇

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摘要

The unprecedented pace with which novel pharmaceutical intervention targets is being identified and subsequent development of pharmaceutical compounds against such brings with it great hope but also a great many unresolved problems. Principal amongst such concerns is the inherent insolubility and toxicity of many compounds in clinical development. The convergence of nanotechnology with biotechnology has the potential to provide solutions that address both solubility and toxicity. Solubility of poorly soluble pharmaceutics is increased through their formulation as either nanocrystals or nanoparticles while antibody or peptide targeting technology enables the active targeting of nanoformulated drugs to specific disease sites within the body. Based on its unique approach, combining nanocrystal technology with targeting biotechnology, NTera is attempting to harness the synergistic power the convergence of both technologies enables. This paper provides background and future perspectives on current and future technologies.
机译:新型药物干预目标的空前速度正在被确定,与此相对应的药物化合物的开发带来了很大的希望,但也带来了许多未解决的问题。这些关注的主要问题是许多化合物在临床开发中固有的不溶性和毒性。纳米技术与生物技术的融合具有提供解决溶解性和毒性的解决方案的潜力。通过将它们配制为纳米晶体或纳米颗粒,可提高溶解性差的药物的溶解度,而抗体或肽靶向技术则可以将纳米配方的药物主动靶向体内的特定疾病部位。基于其独特的方法,将纳米晶体技术与针对性生物技术相结合,NTera试图利用两种技术融合所带来的协同力量。本文提供了有关当前和未来技术的背景和未来观点。

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