METHOD OF EARLY DIAGNOSIS OF MELIODOSIS INFECTION Russian patent published in 1998 - IPC

Abstract RU 2116348 C1

FIELD: medicine, bacteriology. SUBSTANCE: clinical isolates of biological fluids are treated with chloroform at ratio 10:1 and liquid phases are separated by centrifugation at 6 000-7 000 rev./min. for 10-15 min. Drop of an aqueous phase is applied by strip on indicator culture Pseudomonas pseudomallei SVBDO-141 placed in semiliquid agar and incubated at 37 C for 18 h. Macroorganism invasion with meliodosis pathogen is determined by the presence of negative colonies by drop movement course. Method decreases meliodosis diagnosis up to 24 h from the time of obtaining clinical isolates of biological fluids, i. g. at period of initial infection phase and long before of immune response. Method can be used for laboratory diagnosis of meliodosis infection. EFFECT: improved method of diagnosis. 4 ex, 1 tbl

Similar patents RU2116348C1

Title Year Author Number
STRAIN OF BACTERIUM BURKHOLDERIA THAILANDENSIS KM 161 AS AVIRULENT MELIODOSIS PATHOGEN SIMULATOR 2004
  • Iljukhin V.I.
  • Plekhanova N.G.
  • Senina T.V.
  • Antonov V.A.
  • Perepelitsyna S.V.
RU2257413C1
STRAIN OF BACTERIA Burkholderia cepacia - AVIRULENT PRODUCER OF BACTERIOPHAGE, LYSING ORIGINATOR OF GLANDERS 2007
  • Seimova Irina Konstantinovna
  • Iljukhin Vladimir Ivanovich
  • Merinova Ljudmila Konstantinovna
  • Senina Tat'Jana Vasil'Evna
  • Kalinkina Elena Vladimirovna
  • Lobojko Aleksej Davidovich
  • Andropova Natal'Ja Vladimirovna
  • Kurilov Viktor Jakovlevich
RU2339690C1
PSENDOMONAS PSENDOMALLEI SVBDO-141 STRAIN USED FOR STUDYING LYSOGENIC CONVERSION OF PSENDOMONAS PSENDOMALLEI 0
  • Bulantsev Aleksandr Leonidovich
  • Denisov Ivan Ivanovich
  • Orlova Tatyana Petrovna
SU1171524A1
METHOD FOR MODELING PULMONARY MELIOIDOSIS 1999
  • Alekseev V.V.
  • Vjaz'Mina T.N.
  • Plekhanova N.G.
  • Demedjuk E.A.
  • Popov S.F.
  • Kapliev V.I.
  • Piven' N.N.
RU2157538C1
METHOD FOR ISOLATION OF PLASMIDS BURKHOLDERIA PSEUDOMALLEI 2002
  • Antonov V.A.
  • Zamaraev V.S.
  • Iljukhin V.I.
RU2218401C2
METHOD FOR MODELING SYMBIOSIS OF MELIODOSIS PATHOGEN CELLS WITH SAPROPHYTE MYXOCOCCUS XANTHUS 2002
  • Bulantsev A.L.
  • Lipnitskij A.V.
RU2226217C2
STRAIN OF CULTURED HYBRID CELLS OF ANIMAL MUS MUSCULUS - PRODUCER OF MONOCLONAL ANTIBODIES TO THERMOSTABLE COMPONENT OF CAPSULE-LIKE SUBSTANCE OF MELIODOSIS PATHOGEN 1997
  • Prokhvatilova E.V.
  • Khrapova N.P.
  • Tikhonov N.G.
RU2117042C1
STRAIN OF CULTURED HYBRID CELLS OF ANIMAL MUS MUSCULUS - A PRODUCER OF MONOCLONAL ANTIBODY RAISED TO THERMOSTABLE SURFACE ANTIGEN OF MELIODOSIS PATHOGEN 1997
  • Prokhvatilova E.V.
  • Khrapova N.P.
  • Tikhonov N.G.
RU2116344C1
STRAIN OF BACILLUS SUBTILIS TPAC SHOWING RESISTANCE TO TETRACYCLINE, RIFAMPICIN, AMPICILLIN, STREPTOMYCIN AND EXHIBITING ANTIBACTERIAL ACTIVITY WITH RESPECT TO MICROORGANISM PATHOGENIC SPECIES 1997
  • Bulantsev A.L.
  • Tikhonov N.G.
  • Lipnitskij A.V.
RU2122026C1
METHOD OF PREPARING PROTECTIVE GLYCOPROTEIN OF MELIOIDOSIS PATHOGEN 1996
  • Piven' N.N.
  • Smirnova V.I.
  • Tikhonov N.G.
  • Kovalenko A.A.
  • Farber S.M.
  • Viktorov D.V.
  • Plekhanova N.G.
RU2109520C1

RU 2 116 348 C1

Authors

Denisov I.I.

Tikhonov N.G.

Iljukhin V.I.

Kapliev V.I.

Smeljanskij V.P.

Dates

1998-07-27Published

1996-09-11Filed