The Core's technical focus is
on advanced microscopy, live cell imaging and molecular biology.
Not exact matches
Biologists have better tools — such as
advanced microscopy for viewing things
on the scale of thousandths of nanometers — that allow them to learn more about animals and their physical mechanisms, he says.
The researchers were able to achieve a controllable self - assembly of peptoids
on a flat surface by manipulating molecular - level interactions through
advanced chemistry and
microscopy techniques.
Toward that end, Kavli Columbia researchers are using
advanced high - resolution
microscopy to detect and record processes taking place
on a molecular scale.
Christian's research is focused
on advanced optical
microscopy, especially for the investigation of cellular plasma membrane organization.
The Park Nanoscience Lab at the Europe Headquarters in Manheim Germany is a new branch of Park Systems and part of a growing network of Park Global Nanoscience labs including a recently opened Park Nanoscience Center at SUNY Polytech Institute in Albany, New York.The Park Nanoscience Lab will showcase
advanced atomic force
microscopy (AFM) systems, demonstrate a wide variety of cutting - edge applications - ranging from materials science, to chemistry and biology, to semiconductor and data storage devices - and provide hands
on experience, training and service, year - round.
Stelzer concentrates his efforts
on applications and further developments of
advanced light
microscopies in the modern life sciences, working
on various aspects and applications of three - dimensional cell biology, lateral root development in Arabidopsis thaliana and the embryogenesis of, amongst other insects, Tribolium castaneum.
PhaseView provides
advanced 3D imaging solutions for life science
microscopy, including modular light sheet
microscopy systems and 3D add -
ons for ultra fast Z - stack acquisition.
She is a pioneer in
advanced electron
microscopy to analyse dynamic gas - catalyst reactions
on the atomic scale.
Caroline obtained her degree in physics from the University of Heidelberg, Germany in 2008 and went
on to do a PhD at the Institute of Photonics, University of Strathclyde, Glasgow in 2012 with a thesis
on the application of wavefront sensorless adaptive optics in
advanced microscopy techniques.
PHENOMIN - CIPHE,
on the strength of its expertise in genetics and mouse immunology, is positioned as a pioneer in multiparametric analysis of the immune system of mutant mice in normal conditions or exposed to risks of infection, by an integration of innovative research and technical knowledge in the field of flow and mass cytometry as well as
advanced microscopy.
This study using cry - electron
microscopy on tau from an Alzheimer patient's brain substantially
advances what we know.