Low Cost Brightfield and Fluorescent Digital Microscopy

低成本明场和荧光数字显微镜

基本信息

批准号：
7397838
负责人：
GLENN SPAULDING
金额：
$ 12.8万
依托单位：
CLEAR LAKE MEDICAL FOUNDATION, INC.
依托单位国家：
美国
项目类别：
财政年份：
2008
资助国家：
美国
起止时间：
2008-02-01 至 2010-01-31
项目状态：
已结题

来源：
https://reporter.nih.gov/project-details/7397838
关键词：
Address Agreement Air Air Conditioning Alcohols Algorithms Aluminum Am 80 Architecture Area Astigmatism Automation Automobile Driving Beds Biological Sciences Biomedical Engineering Bite Blood Blood Platelets Blur Brightfield Microscopy Calibration Cardiac Caring Cells Cereals Chemistry Clinic Clinical Clinical Pathology Coagulation Process Code Collection Color Coma Communication Communities Computer software Concept Review Conceptions Controlled Environment Couples Custom Cytology Data Databases Developing Countries Development Devices Diagnostic Digoxin Distant Documentation Drops Dust Elderly Elements Engineering Environment Equilibrium Equipment Equipment Malfunction Equipment and supply inventories Evaluation Face Feedback Fever Fluorescence Fluorescence Microscopy Foundations Frequencies Funding Future Gene Proteins Genes Genomics Glass Goals Grant Growth Halogens Healthcare Heating Histopathology Hospitals Housing Human Image Image Analysis Imaging technology Immersion Investigative Technique India International Internet Investigation Iris Jogging Joints Karyotype determination procedure Label Laboratories Laboratory Research Lasers Legal patent Length Letters Life Light Lighting Link Location Maintenance Manuals Manufacturer Name Market Research Marketing Measures Mediation Medical Memory Methods Metric Microscope Microscopy Modeling Modification Molecular Molecular Bank Monitor Motor Mus Neonatal Noise None or Not Applicable Numbers Oils Optics Output Pathologist Pathology Pathway interactions Performance Personal Computers Persons Phase Physiologic pulse Placement Play Pliability Polychloroterphenyl Compounds Positioning Attribute Power Sources Prevention, Clinical, and Therapeutic Subcommittee Price Process Production Protocols documentation Publications Publishing Pulse taking Range Rate Reading Reference Standards Relative (related person)Reporting Research Research Infrastructure Research Personnel Resolution Resources Running Rural Rural Community Safety Sales Sampling Scanning Score Screening procedure Services Shipping Ships Slide Software Engineering Solid Solutions Source Source Code Speed Spottings Staging Staining method Stains Standards of Weights and Measures Stream Structure Students Symptoms System Technology Temperature Testing Texas Thick Time TimeLine Tissue Microarray Translations United States Food and Drug Administration United States National Aeronautics and Space Administration United States National Institutes of Health Update Urine Validation Vendor Walking Width Work Y base abstracting base cost data mining data modeling day density design digital discount experience feeding fluorescence microscope graphical user interface high throughput analysis improved innovation instrument interest knowledge base lens light intensity light microscopy microbial alkaline proteinase inhibitor new technology next generation novel point of care prescription document prescription procedure programs protocol development prototype research study sensor size software development technology development tool vector vibration virtual

项目摘要

Project Summary/Abstract A compact low cost digital microscope that combines brightfield microscopy and fluorescence is proposed. Innovations in key areas have enabled size and cost reduction, and the merging of brightfield and fluorescent microscopy. The microscope will fit into the CD bay of a personal computer and use a standard interface. An open software architecture will allow others to build applications, methods, and custom interfaces. Development will be complete by the end of Phase I. As proposed, the instrument will have broad applications in the advancement of healthcare technologies. Project Narrative Microscopy forms the underpinning for all life science discoveries. A low cost compact digital microscope will be built that enables wide spread use of this technology, including underserved communities.

项目摘要/摘要紧凑的低成本数字显微镜结合了Brightfield显微镜和荧光是建议的。关键领域的创新能够缩小和降低成本，并合并 Brightfield和荧光显微镜。显微镜将适合个人的CD湾计算机并使用标准接口。开放的软件体系结构将使其他人构建应用，方法和自定义接口。开发将在第一阶段结束时完成。如提议，该工具将在医疗保健的发展方面有广泛的应用技术。项目叙述显微镜构成了所有生命科学发现的基础。低成本紧凑的数字将建立显微镜，以便广泛使用该技术，包括服务不足社区。