The redprot® staining opens up a broad spectrum of practical but although scientific use.
The practical application is repesented by the >>DVS - Direct Vision System:
Helpful in food industry and medicine for monitoring of hygiene, but useful in each field referring to biochemistry.
The practical application is repesented by the >>DVS - Direct Vision System:
Helpful in food industry and medicine for monitoring of hygiene, but useful in each field referring to biochemistry.
As stated initialy, proteins are an essential element of live, together with carbohydrates, lipids and ribonuclenic acids.
The catalytical and structural functions of proteins are of fundamental interest in biology.
To study the physiological contribution of proteins, bacteria, yeasts, and cultured cells of each origin are widely used subjects.
Thus redprot® staining can contribute in many ways in biological investigations.
Detection of proteins in air, in liquids, on surfaces - see >> Detection
Identification of bacteria, yeasts, pollen, or moults in appropirate samples - see >> Identification
Differentiation of the physiological state of yeasts, pollen, or moulds - see >> Differentiation
Thus redprot® staining can contribute in many ways in biological investigations.
Detection of proteins in air, in liquids, on surfaces - see >> Detection
Identification of bacteria, yeasts, pollen, or moults in appropirate samples - see >> Identification
Differentiation of the physiological state of yeasts, pollen, or moulds - see >> Differentiation
Food Industry
The food industry handles microorganisms (MOs) in totally different ways:
- Either they use MOs as essential factors in food processing, e.g. yeast in beer brewing or
- they defeat MOs for purpose of hygiene, by sterile filtration of room air and tap water,
but also for storage life by filtration of e.g. beer, wine, or juices and milk
The food industry handles microorganisms (MOs) in totally different ways:
- Either they use MOs as essential factors in food processing, e.g. yeast in beer brewing or
- they defeat MOs for purpose of hygiene, by sterile filtration of room air and tap water,
but also for storage life by filtration of e.g. beer, wine, or juices and milk
Detection of proteins, MOs, moulds for hygiene of air, liquids, surfaces. See >> Detection
Identification of bacteria, yeasts, pollen, moults in air or food samples. See >> Identification
Differentiation of physiology of yeasts, or moulds in food processing. See >> Differentiation
Identification of bacteria, yeasts, pollen, moults in air or food samples. See >> Identification
Differentiation of physiology of yeasts, or moulds in food processing. See >> Differentiation
Aerobiology is the science of biological particles in the air and their impact on human beings, animals or plants.
The field of aerobiology is interdisciplinary: Biology, plant physiology, mycology, meteorology and aerosol physics etc. are the basic sciences for studying production, release, transport and deposition of biological particles.
Aerobiology has applications in allergy, immunology, public health, agriculture, plant pathology, palynology and others. One central topic is the forecast of allergic or other wise pathogenic load in the air. Monitoring of the biological compounds in the air reveals an important contribution.
In this field redprot® staining of biological samples can be extremly helpful:
The field of aerobiology is interdisciplinary: Biology, plant physiology, mycology, meteorology and aerosol physics etc. are the basic sciences for studying production, release, transport and deposition of biological particles.
Aerobiology has applications in allergy, immunology, public health, agriculture, plant pathology, palynology and others. One central topic is the forecast of allergic or other wise pathogenic load in the air. Monitoring of the biological compounds in the air reveals an important contribution.
In this field redprot® staining of biological samples can be extremly helpful:
Detection of proteins in air, derived from and accompaning pollen or moulds. See >> Detection
of proteins
Identification of pollen or moulds released saisonaly from the environment. See >> Identification of pollen and moulds
Differentiation of pollen or moulds to evalate the real allergic challenge from particles. See >> Differentiation of pollen
of proteins
Identification of pollen or moulds released saisonaly from the environment. See >> Identification of pollen and moulds
Differentiation of pollen or moulds to evalate the real allergic challenge from particles. See >> Differentiation of pollen
Danger for the human health mostly comes along with an interaction with appropriate MOs. The succeeding inflammation is a fundamental instrument of the individuum to protect his health from pathogenic infection.
Thus the demonstration of potential and presumed peril points are essential in hygiene,
but also for directed therapy of diseases like allergy.
Thus the demonstration of potential and presumed peril points are essential in hygiene,
but also for directed therapy of diseases like allergy.
Detection of proteins and MOs in air, in liquids, on surfaces to prove hygiene - see >> Detection
Identification of bacteria, yeasts, pollen, or moults in appropirate samples to asume patogenicity - see >> Identification
Differentiation of the physiological state of yeasts, pollen, or moulds, e.g. to evaluate allergic challenge - see >> Differentiation
Identification of bacteria, yeasts, pollen, or moults in appropirate samples to asume patogenicity - see >> Identification
Differentiation of the physiological state of yeasts, pollen, or moulds, e.g. to evaluate allergic challenge - see >> Differentiation
The scientific evaluation of the redprot® staining depents on the >> MIAS - Microscope Image Analysis System
In fields of aerobiology, biology, medicine it may contribute by
- Discrimination of limited number of different microorganims (e.g. pollen, spores, bacteria)
- Identification of highly difined microorganims as single pollen, spore, yeast or bacteria species.
- Differentiation of biological state of organismens of a single species (as demonstrated for Olive pollen)
Detailed examples for each application will be presented soon as appropriate subitem.