Thermally‐induced changes in Arabidopsis thaliana leaves were investigated with a novel
cryo microscope by multiphoton, fluorescence lifetime and spectral imaging as well as micro …

We applied multiphoton microscopic imaging to observe freezing and heating effects in plant-
and animal cell samples. The experimental setups consisted of a multiphoton imaging …

We present a multiphoton microscope system which combines the advantages of
multiphoton imaging with precise control of the sample temperature. The microscope …

We describe the combination of a flexible multiphoton tomograph (MPTflex) with a heating
and cooling stage. The stage allows temperature control in the range of (− 196 C)(77 K) to+ …

A new light microscope–temperature‐controlled chamber (LM–TCC) has been constructed.
The special feature of the light microscope–temperature‐controlled chamber is the Peltier …

Plant physiological parameters can be assessed in vivo without contact and in a non‐
destructive way using imaging techniques. The discriminating power of thermal and …

Infrared and chlorophyll fluorescence imaging methods are useful techniques to evaluate
environmental effects on plant performance. With the advent of digital imaging and …

The photosynthetic apparatus, especially the electron transport chain imbedded in the
thylakoid membrane, is one of the main targets of cold and heat stress in plants. Prompt and …

Thermoimaging–a highly sensitive and non-invasive method of temperature measurement–
was applied to explore the role of changing photosynthetic efficiency in light-induced …

We demonstrate that picosecond time-gated fluorescence microscopy can be used to
monitor subtle changes in the kinetics and spatial distribution of perturbations to the …