This feature of redprot® makes it possible to evaluate the physiological state
within a distinct microscopic species according to the staining.
Differential Cell Staining:
Highly characteristical for each species
is a colour distribution pattern inside the cells.
is a colour distribution pattern inside the cells.
As the amount and the composition of the proteins in a cell,
together with the properties of the outer cell wall are results of the individual biological state.
together with the properties of the outer cell wall are results of the individual biological state.
Differences in the staining intensity of individual cells
reflect different physiological states of cells.
reflect different physiological states of cells.
The details of the individual redprot® staining can be evaluated by eye inspection.
To obtain rapidly more reliable and precise results, we developed an Analysis System:
see >> Micscope Image Analysis System
To obtain rapidly more reliable and precise results, we developed an Analysis System:
see >> Micscope Image Analysis System
It is easy to evaluate yeast cell physiological state
Well growing yeast cells show a uniform intense staining with redprot®.
Damaged yeast cultures exhibit a notable ratio of cells, not stained in the cytoplasma.
Yeast cells are not necessarily effected by bacteria, e.g. Lactobacillus.
Well growing yeast cells show a uniform intense staining with redprot®.
Damaged yeast cultures exhibit a notable ratio of cells, not stained in the cytoplasma.
Yeast cells are not necessarily effected by bacteria, e.g. Lactobacillus.
Staining the protein load of pollen
The pollen collected in 2004 with a Hist-type trap at Münster Medical University, Germany, were stained with redprot® according the standard procedure. Grass pollen were rated in three classes of colour intensity by eye inspection:
see >> Research Projects.
The pollen collected in 2004 with a Hist-type trap at Münster Medical University, Germany, were stained with redprot® according the standard procedure. Grass pollen were rated in three classes of colour intensity by eye inspection:
see >> Research Projects.
Staining the protein load of pollen
The pollen collected in 2004 with a Hist-type trap at Münster Medical University, Germany, were stained with redprot® according the standard procedure. Grass pollen were rated in three classes of colour intensity by eye inspection:
see >> Research Projects.
The pollen collected in 2004 with a Hist-type trap at Münster Medical University, Germany, were stained with redprot® according the standard procedure. Grass pollen were rated in three classes of colour intensity by eye inspection:
see >> Research Projects.
The massive release of pollen is preceeded and associated by "non-mature" pollen:
The allergen release differs from the cell number. In the late phase empty pollen capsules appear.
The allergen release differs from the cell number. In the late phase empty pollen capsules appear.
Differance in redprot® staining of grass pollen from daily samples.
Staining with redprot® distinguishes living mycelia from dry matter
The intense redprot® staining of the conidae is a sign for the metabolic activity of the sporulating parts of the mycelium.
The dark center of redprot® stained Alternaria segments indicate fertile spores.
Diploid cells in suspension culture are stained very intensively by redprot®,
when in good vital condition:
when in good vital condition:
U937 cell line - native view
U 937 satined with redprot®
Cytospin samples are hardly stained with redprot®.
Applications: Identification and evaluation of biological organisms in
- Aerobiology
- Plant physiology
- Food Industry