PerkinElmer与哈勃,为人类打磨一双慧眼
在历史长河中,人类对于头顶上这片星空的探索从公元前开始就从未停止过。古希腊先人用自己丰富的想象力和浪漫情怀为夜晚的星空划分出一个个星座,寄寓着一个个动人的神话故事。而现代人类早已不满足于用想象力去定义这浩瀚的宇宙,人们渴望着用自己的眼睛更真实地感知我们生活的宇宙空间。
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The Small University Research Facilities (SuRF) at the Queen's Medical Research Institute (QMRI), University of Edinburgh, is an amalgamation of complementary units that provide a large range of expert biomedical services. They facilitate cell and tissue-based research throughout the University and the wider research community.
Some of the services that are offered to researchers include histology, immunohistology, basic and advanced microscopic imaging, biomolecular services, and custom lentivirus production. Researchers are also provided with support and access to cutting-edge solutions that they can use all the way from initial sample collection to final microscopic imaging in vitro, in vivo and ex vivo.
Scientists need access to high quality equipment and knowledge to help them perform experiments such as high throughput immunohistochemistry or primary antibody optimization that they are often not able to do in their own labs.
The experts at SuRF help design and run experiments, troubleshoot, cost grants and provide training on equipment and software. They are an essential part of the process of obtaining publication quality research data.
"We find PerkinElmer’s Tyramide detection systems to be easy to use, reliable and stable enough to be used in multi-labeling procedures on robotic staining platforms."
SuRF helps solve the lack of accessibility and expertise issues that organizations face by bringing together world-class clinical research centers to address a range of diseases at the most fundamental cellular level.
Here's just one example: The high quality staining of proteins in samples, using antibody-based methods (immunostaining) is important as it makes subsequent microscopic imaging and analysis easier and more accurate for researchers. For this reason, the Immunodetection and Histological imaging team at SuRF uses highly sensitive Tyramide Signal Amplification (TSA®) Technology.
Scientists using the facility work on a diverse range of species and tissues and therefore technologies and solutions that allow a high degree of standardization are important. The use of TSA Technology means that for many experiments, the SuRF team only needs to optimize a few parameters – this also aids in producing faster and more reliable results.
Shared research facilities are cropping up, particularly in academia, at a quick pace. Many of these facilities operate on a full cost recovery basis, which lets them maintain state-of-the-art equipment in its best working order, enhance their equipment infrastructure, and to continuously adapt their services to fit changing customer requirements. This in turn keeps costs low, giving researchers access to the high quality research facilities they need without being priced out of conducting valuable disease research.
For Research use only. Not for use in diagnostic procedures.
在历史长河中,人类对于头顶上这片星空的探索从公元前开始就从未停止过。古希腊先人用自己丰富的想象力和浪漫情怀为夜晚的星空划分出一个个星座,寄寓着一个个动人的神话故事。而现代人类早已不满足于用想象力去定义这浩瀚的宇宙,人们渴望着用自己的眼睛更真实地感知我们生活的宇宙空间。
珀金埃尔默对创新的承诺是建立在公司的科学家和研究人员的伟大工作之上的,是他们的研究成果建立了珀金埃尔默在人类和环境健康领域的市场领先优势。
Milano-Bicocca大学环境科学系的Giovanni Baccolo博士和他的同事研究分析南极冰芯样品,重点在于分析包裹在冰中的大气矿物颗粒,俗称“尘埃”。
我是来自珀金埃尔默的ChemDraw,我为化学绘图代言!
在历史性的卡西尼号太空船任务中珀金埃尔默扮演的角色。