ROTI®Plate90 CN, EN 12780, ISO 16266, ready-to-use, steril, 10 unit(s), box

SKU: 1NA4.1

Volume: 10 pc(s)
Value Packs: 1 piece
Price:
Sale price€24,20

Description

ROTI®Plate90 CN, EN 12780, ISO 16266, ready-to-use, steril, ISO 11133, for microbiology, Storage temp. +4 °C

Sterile

Sterile ready-to-use culture media plates for microbiological analysis.

  • Diameter 90 mm
  • Surface 63,6 cm2
  • Ready-to-use and sterile
  • Easy to use, reliable detection and simple evaluation
  • Well applicable for microbiological analysis of samples
  • With detailed instructions for use

ROTI®Plate90 are prepared culture media plates with a diameter of 90 mm. They are thus adapted to the size of membrane filters for assaying of low-germ fluids by membrane filtration method. They are also applicable for the microbiological analysis of samples in general. The germs of expected low-germ liquid samples are concentrated by membrane filtration. Afterwards, the membrane is placed on top of the medium and incubated. Using a membrane with a grid helps counting the resulting colonies.Our products are tested and approved exclusively for research and development.

Samples which are expected to have a higher microbiological burden are prepared in a serial dilution. Afterwards, every dilution step is plated and incubated. The number of grown colonies is noted as result.

Pseudomonas CN Agar is a selective medium for the isolation and enumeration of Pseudomonas aeruginosa by membrane filtration.It is recommended by ISO Standard 16266:2008 for testing water samples for the presence of Pseudomonas aeruginosa.

Cetrimide is included in the formulation of the medium as a selective agent, nalidixic acid suppresses species such as Klebsiella, Proteus and Providencia. Potassium sulphate and magnesium chloride provide the cations needed to activate pyocyanin production.

Not a medical device / Not an IVD product
Technical Information
Verification of Pseudomonas aeruginosa 
Application Proof Selective counting 
Use Pseudomonas aeruginosa 
Certified according to ISO 16266 

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