当前位置:首页 >英文主页 >中英对照 > 报告详情

DPI:2023年现代化临床前和临床优化技术研究报告 (英文版)(44页).pdf

上传人: Y**** 编号:128139 2023-06-06 44页 17.82MB

下载:

1、Modern Technologiesfor Preclinical and ClinicalOptimisationwww.deep-pharma.techRelying on various research methods and analytics techniques,the analysis provides a comprehensive overview of the Preclinical and Clinical Trials Industry.This approach has certain limitations,especially when using publi

2、cly available data sources and conducting the secondary research.DPI is not responsible for the quality of the secondary data presented herein;however,we do our best to eliminate the said risks using different analytics techniques and cross-checking data.Please note that we did not deliberately excl

3、ude certain companies from our analysis.Nor was it due to the data-filtering method used or difficulties encountered.The main reason for their noninclusion was incomplete or missing information in the available sources.Report ApproachIndustry-Specialised Databases Data SourcesMedia Overview(Articles

4、 and Press Releases)Industry Reports and ReviewsPublicly Available Sources(Websites)DescriptiveAnalysisComparative AnalysisQualitative Data CollectionMixed Data ResearchData TriangulationData FilteringApplied Research and Analytics MethodsDatabase70Clinical Trials165Companies260InvestorsThe database

5、 was formed based on:the identification of companies that conduct or have conducted clinical or preclinical research of drugs the identification of companies that research or develops biomarkersDeep Pharma Intelligence2Market Size OverviewDeep Pharma Intelligence3Market Size GrowthCumulative Market

6、SizeMarket Size per YearMarket Size in$BYearTechnologies for preclinical and clinical optimization are becoming increasingly popular over the last few years.More and more companies specialising in the development of technologies for preclinical and clinical optimization are opening every year,and ev

word格式文档无特别注明外均可编辑修改,预览文件经过压缩,下载原文更清晰!
三个皮匠报告文库所有资源均是客户上传分享,仅供网友学习交流,未经上传用户书面授权,请勿作商用。
本文主要介绍了器官模型在药物开发和疾病研究中的应用,特别是器官培养和器官芯片技术。 1. 器官培养技术,包括器官培养和器官芯片,在药物开发和疾病研究中越来越受欢迎。2021年,器官培养和器官芯片技术市场规模估计为29.8亿美元,预计2022年将达到36.8亿美元。 2. 器官培养技术可以用于再生医学中的器官替代、药物毒性测试、临床前开发中的疗效评估、发育生物学研究以及精准医学中的治疗选项发现。 3. 器官培养技术相比传统的二维细胞培养和动物模型具有许多优势,如更好的模拟人体生理环境、更高的通量筛选能力和更低的成本。 4. 器官培养技术可以分为两大类:一类是由多能干细胞(如胚胎干细胞和诱导多能干细胞)形成的器官培养,另一类是由成体干细胞(如来自特定器官的干细胞)形成的器官培养。 5. 器官芯片技术是一种微流控技术,可以模拟整个器官或器官系统的功能、力学和生理反应。 6. 器官芯片技术在学术界和工业界都有广泛的应用,包括疾病病理生理学、毒理学、药物作用机制、药物筛选和药物发现等。 7. 器官芯片技术在药物开发中的应用正在逐渐增加,有望提高药物开发的效率和成功率。
器官芯片技术如何助力药物研发? 器官芯片在疾病模型中的应用有哪些? 器官芯片技术在临床前和临床优化中的优势是什么?
客服
商务合作
小程序
服务号
折叠