APEER is helping researchers to analyze data faster and with higher precision
An important aspect of cancer research is understanding why some cancer cells escape chemotherapy and become even more aggressive and resistant to treatment. At the University of Vilnius in Lithuania, Prof. Valius Mindaugas and Nadežda Dreižė use confocal microscopy to understand the impact of selected chemical compounds on the growth and cell signaling behavior of different cancer cell lines. By examining the localization of specific proteins within the cell, with and without chemical treatment, Prof. Mindaugas and his team can draw conclusions about protein function.
To identify significant trends in these types of experiments, thousands of cells must be analyzed in a reproducible manner. Doing this manually is both challenging and time consuming. Prof. Mindaugas and his team were able to utilize APEER for automatic and unbiased analysis of protein localization – resulting in more precise, impactful analyses.
Professor Alp Can from Ankara University speaks about his research
Professor Alp Can is the director of the Department of Histology and Embryology at Ankara University School of Medicine, and also responsible for the microscopic multi-imaging facility, which hosts many ZEISS microscopes at many levels.
Prof. Can’s main research topic is to investigate the cellular properties of human umbilical cord mesenchymal stromal cells with regard to using them in cellular therapies.
ZEISS electron microscope used in nanotechnology outreach program to local high school and community college students in greater San Diego area
Opportunities for careers in nanotechnology are expanding. Dr. Yves Theriault at the San Diego Nanotechnology Infrastructure (SDNI) at the University of California at San Diego (UCSD) is developing an outreach program to create awareness about nanotechnology among the local high school and community college student population. This has included developing online tools to enable remote access to UCSD’s highest resolution scanning electron microscope, ZEISS Sigma 500. Students can experience firsthand what it might be like to work in nanotechnology, hopefully inspiring some to continue their career developments in this direction.
Physico-chemical characterization provides more information
The nanoparticle-scope (npSCOPE) is a research project funded by the European Commission H2020 bringing together nine partners with the aim of developing a new integrated, optimized instrument to provide a comprehensive physico-chemical characterization of nanoparticles – both in their original form and incorporated into complex matrices such as biological tissue.
Hermitage Deputy Director and Chief Curator Svetlana B. Adaksina shares some insights
The Art of Restoration conference took place at the world famous State Hermitage Museum, St. Petersburg in May 2019. The conference was organized for the second time by Hermitage and OPTEC ZEISS Group/ZEISS Research Microscopy Solutions.
We spoke to Hermitage Deputy Director and Chief Curator Svetlana B. Adaksina about the conference, restoring Cultural Heritage, and the cooperation with ZEISS.
Conserving and digitizing butterflies
There is more to an exhibition than what is on display. A lot of a museum’s treasures are behind the scenes and require constant maintenance and protection. There are various materials that are subject to conservation, restoration, and digitization, including textile, paper, books, glass, ceramics, paintings, wood, metals, skeletons, and whole animals.
Making the invisible tangible
The “Make it visible” project at the Natural History Museum (NHM) London aims to give blind and partially sighted visitors a chance to experience the beauty of nature shown in the exhibition. With the help of microscopes, natural history themed samples are printed in 3D to be used for public outreach activities – which include exhibitions, public and school events.
From mosquito DNA to Martian meteorites
The Natural History Museum (NHM) in London is not only a world-famous museum with around 5 million visitors per year, but also a world leading research institution with more than 350 scientists in earth and life sciences working on major scientific questions about our past and our future.
Surprise discovered by ZEISS microscopes
A tiny piece of the building blocks from which comets form has been found inside a primitive meteorite that broke away from an asteroid. The rare discovery provides a critical insight into the formation of the solar system over 4.5 billion years ago, and how it evolved into what we see today. In a study published in Nature Astronomy, scientists were analyzing a meteorite called LaPaz Icefield 02342, which was found in Antarctica in 2002.