Carriere K C
Department of Mathematical Sciences, University of Alberta, Edmonton, Canada.
Biotechnol Annu Rev. 1998;4:215-38. doi: 10.1016/s1387-2656(08)70071-1.
One of the major issues in all applications of biotechnology is how to regulate the process through which new technological information is produced. The end products of biotechnological applications are diverse (e.g., better drugs, better interventions, better fertilizers). Such applications should be properly regulated to obtain valid scientific findings in the most efficient way possible. Some statistically optimal designs are more popularly employed than others as regulatory tools in medical, pharmaceutical and clinical trials. The statistical and practical properties (strengths and weaknesses) are presented to better appreciate their optimality. Recent developments on some related issues are also reviewed.
生物技术所有应用中的一个主要问题是如何规范新技术信息产生的过程。生物技术应用的最终产品多种多样(例如,更好的药物、更好的干预措施、更好的肥料)。此类应用应得到适当规范,以便以尽可能高效的方式获得有效的科学发现。在医学、制药和临床试验中,一些统计上最优的设计比其他设计更广泛地用作监管工具。文中介绍了这些设计的统计和实际特性(优点和缺点),以便更好地理解它们的最优性。还回顾了一些相关问题的最新进展。