METHOD TO DETECT NUMBER OF MICROORGANISMS IN AIR Russian patent published in 2013 - IPC C12Q1/02 G01N27/06 

Abstract RU 2493258 C1

FIELD: biotechnologies.

SUBSTANCE: 1% sterile solution of glucose is prepared on the basis of a physiological solution, which is used as a nutrient medium. An absorber by Zaytsev is connected to an aspirator of "Briz-1" grade, into the flask of which 10 ml of the prepared 1% glucose solution is placed. The device is placed into the investigated room, and the aspirator is switched on for 15 min. Microorganisms that are in air go through the glucose solution and are retained in it. The solution is placed into a test tube and thermostatted at 37°C for 2 hours. Solution electroconductivity is measured with the help of a sensor KDS-1038. The number of microorganisms in air is determined according to the curve of empirical dependence of solution electroconductivity on the number of microbes, which is built in accordance with the produced values.

EFFECT: invention makes it possible to reduce time for determination of microorganism number in the air of the working area down to 2 hours and 20 min.

1 dwg

Similar patents RU2493258C1

Title Year Author Number
METHOD OF DETERMINING NECESSITY IN SANITARY-HYGIENIC PROCESSING OF LIVESTOCK BUILDINGS 2013
  • Laktionov Konstantin Stanislavovich
  • Gavrikova Elena Ivanovna
RU2541768C1
METHOD OF MONITORING MICROBIOLOGICAL CONTAMINATION OF VENTILATION AND CONDITIONING SYSTEMS 2020
  • Gavrikova Elena Ivanovna
RU2734494C1
METHOD FOR DETERMINING PERMEABILITY OF WOVEN AND NON-WOVEN MATERIALS FOR USE AS INDIVIDUAL PROTECTION MEANS AGAINST BACTERIAL CELL WALL DIFFERENT STRUCTURE AND FUNGAL INFECTION BY AIR DROPLET AND HOUSEHOLD CONTACT 2021
  • Yudin Sergej Mikhajlovich
  • Zagajnova Anzhelika Vladimirovna
  • Kurbatova Irina Valentinovna
  • Gritsyuk Olga Vyacheslavovna
  • Fedets Zlata Evgenevna
  • Taktashova Raisa Borisovna
  • Pankova Marina Nikolaevna
  • Novozhilov Konstantin Andreevich
  • Maniya Tamari Rezoevna
  • Lukashina Mariya Vladimirovna
  • Abramov Ivan Alekseevich
  • Bolshakova Svetlana Aleksandrovna
  • Poltozhitskaya Ekaterina Sergeevna
  • Rakova Vera Mikhajlovna
  • Anurov Artemij Andreevich
  • Tolkacheva Larisa Rudolfovna
  • Sukhina Marina Alekseevna
  • Savostikova Olga Nikolaevna
  • Aslanova Mariya Mikhajlovna
  • Bobrovnitskij Igor Petrovich
RU2770008C1
METHOD FOR DETERMINING MICROBIAL CONTENTS IN BIOLOGICAL PREPARATIONS 1992
  • Shvetsov S.A.
RU2037805C1
METHOD OF DETERMINATION OF 1,1-BIS-(β-HYDROXYETHYL)-2-HEPTADECENYL-2-IMIDAZOLINIUM CHLORIDE AND 1-(b-HYDROXYETHYL)-2-HEPTADECENYL-2-IMIDAZOLINE IN AIR 1990
  • Trubnikova L.I.
SU1831941A3
COMPOSITION FOR OBTAINING FUNGICIDAL SMOKE 2021
  • Germanov Sergej Borisovich
  • Churkina Yana Yurevna
  • Nikulnikov Mikhail Mikhajlovich
  • Esaulova Natalya Valerevna
  • Engashev Sergej Vladimirovich
  • Engasheva Ekaterina Sergeevna
  • Novikov Denis Dmitrievich
  • Komarov Aleksandr Anatolevich
RU2757370C1
ANALYTIC SYSTEM OF COMPLEX ANALYSIS AND SAMPLING OF BIOPHYSICAL AEROSOLS 1997
  • Nemtsov V.I.
  • Nemtsov A.V.
RU2145706C1
DEVICE FOR BIOLOGICAL AEROSOL SAMPLING 1995
  • Nemtsov V.I.
RU2096752C1
NUTRIENT MEDIUM FOR CULTURING DIPHTHERIA MICROBES 2014
  • Kharseeva Galina Georgievna
  • Shepelin Anatolij Prokop'Evich
  • Alutina Ehl'Vira L'Vovna
  • Polosenko Ol'Ga Vadimovna
  • Sadovnichenko Valerij Nikolaevich
  • Gasretova Tat'Jana Dmitrievna
RU2549707C1
SINGLE-CHANNEL IMPACTOR DEVICE HAVING A ROTATING PETRI DISH FOR SELECTING MICROBIAL AEROSOL SAMPLES 2003
  • Olenin O.D.
RU2241973C1

RU 2 493 258 C1

Authors

Laktionov Konstantin Stanislavovich

Gavrikova Elena Ivanovna

Dates

2013-09-20Published

2012-03-22Filed