Easily characterize binding interactions,
measure stability, and evaluate the quality
of your plant proteins
In my department, we use the Prometheus and
Monolith from NanoTemper Technologies to
characterize protein-protein, protein-metabolite
and protein-DNA interactions. We work mainly with
plant proteins but also with yeast and bacterial
proteins. As both technologies require relatively low
protein concentration, pose no restrictions on buffer
conditions and they circumvent the need of protein
immobilization, they are perfectly suited for our
experimental needs.
Professor Lothar Willmitzer
Max Planck Institute of Molecular Plant Physiology
NanoTemper's tools give you the ability to analyze proteins
directly in lysate in any buffer using only a tiny amount of sample
Whether you're working on applications
ranging from basic science to more applied
areas of research, NanoTemper has the right
tools to help you.
Study plant science
> Investigate signalling cascades and gene
regulation in plant development, growth and
disease defense
> Study plant-soil or plant-microbe interactions
> Look at uptake of nutrients
Analyze proteins expressed in plants
> Optimize expression conditions
> Test protein stability and integrity
> Study protein activity in plant lysate
> Screen for optimal plant-expressed vaccine or
antibody formulations
> Investigate therapeutic effects of plant proteins
Investigate plant disease
> Study plant-pathogen interactions
> Screen potential compounds against diverse
plant pathogens
nanotempertech.com
