TRICHINELLA DETECTION METHOD Russian patent published in 2021 - IPC A61K39/00 C12N1/20 G01N33/12 

Abstract RU 2746448 C2

FIELD: veterinary medicine.

SUBSTANCE: invention relates to a method for detecting Trichinella in a sample of tissue extracts. The method involves taking a sample of the test material, its mechanical grinding, centrifugation or filtration to obtain an extract, followed by an immune analysis, including an immune reaction between an antigen and an antibody to detect the Trichinella antigen. Tissue samples from a mammal, preferably a pig, are used as a sample. The method is carried out under the condition that the size of 90% of the particles in the sample has a diameter of less than 300 microns, and the extraction temperature is preferably 40°С. The immune analysis is carried out, for example, using the ELISA analysis.

EFFECT: invention makes it possible to increase accuracy of Trichinella detection in mammalian tissue sample.

8 cl, 11dwg, 2 tbl, 3 ex

Similar patents RU2746448C2

Title Year Author Number
CONJUGATES OF BINDER AND ACTIVE SUBSTANCE (ADC) HAVING ENZYMATICALLY CLEAVABLE GROUPS 2017
  • Lerkhen, Khans-Georg
  • Rebstok, Ann-Sofi
  • Shtelte-Lyudvig, Beatriks
  • Kirkhkhoff, Dennis
  • Ditts, Liza
  • Malert, Kristof
  • Greven, Zimone
  • Mersh, Shtefan
  • Berndt, Zandra
  • Zommer, Anette
  • Khammer, Shtefani
RU2761390C2
ANTIBODY AGAINST PLATELET-DERIVED GROWTH FACTOR (PDGF) RECEPTOR AND APPLICATION THEREOF 2019
  • Kim, Sokhen
  • Kim, Kheri
  • Cho, Ton Khen
  • Kim, Chon Khun
  • Kim, Suli
  • Kan, Tonmin
  • Khvan, Tobin
  • Chon, Chonkho
RU2778023C1
ANTIBODIES SPECIFIC TO CD47 AND PD-L1 2020
  • Solovev Kirill Vladimirovich
  • Ulitin Andrej Borisovich
  • Nemankin Timofej Aleksandrovich
  • Solovev Valerij Vladimirovich
  • Morozov Dmitrij Valentinovich
RU2779652C2
IMPROVED ANTIGEN-BINDING RECEPTORS 2018
  • Stubenrauch Kay-Gunnar
  • Moessner Ekkehard
  • Klein Christian
  • Darowski Diana
RU2825816C2
MONOCLONAL ANTIBODY THAT SPECIFICALLY BINDS TO CSF-1R 2020
  • Misorin Alexey Konstantinovich
  • Shevchuk Anastasiia Sergeevna
  • Anikina Arina Vitalevna
  • Beliasnikova Alina Valerevna
  • Shchemeleva Mariia Aleksandrovna
  • Evstrateva Anna Valentinovna
  • Lomovskaia Mariia Igorevna
  • Morozov Dmitry Valentinovich
RU2751249C1
TRISPECIFIC BINDING MOLECULES FOR TREATING VIRAL HEPATITIS B INFECTION AND BOUND STATES 2016
  • Protzer, Ulrike
  • Bohne, Felix
  • Quitt, Oliver
  • Momburg, Frank
  • Moldenhauer, Gerhard
RU2733496C2
ANTIGEN-BINDING MOLECULE SPECIFIC TO TARGET TISSUE 2013
  • Igava Tomoyuki
  • Tamba Sigero
  • Tatsumi Kanako
  • Simidzu Sun
  • Kadono Sodziro
RU2743463C2
METHODS AND COMPOSITIONS FOR PREDICTION OF THERAPEUTIC EFFICIENCY OF TREATMENT OF ONCOLOGICAL DISEASES AND PREDICTION OF ONCOLOGICAL DISEASES 2016
  • Sakhin Ugur
  • Tyurechi Ozlem
  • Maurus Daniel
RU2785291C2
ANTIGEN-BINDING MOLECULE CAPABLE OF MULTIPLE BINDING TO A VARIETY OF ANTIGEN MOLECULES 2018
  • Igava Tomoyuki
  • Isii Sinya
  • Funaki Mikho
  • Khironiva Naoka
  • Maeda Atsukhiko
  • Nedzu Dzyuniti
  • Rujke Esinao
  • Baba Takesi
  • Simidzu Syun
RU2757786C2
MONOCLONAL ANTIBODY THAT SPECIFICALLY BINDS TO THIOREDOXIN-1 AND ITS USE 2016
  • Suh, Kyong Hoon
  • Kang, Eun Hye
  • Kim, Il Han
  • Jung, Jong Hwan
  • Lee, Ki Se
  • Kim, Mi Kyung
RU2747929C2

RU 2 746 448 C2

Authors

Braasch, Jana

Ostermann, Stefanie

Mackiewicz, Monika

Dates

2021-04-14Published

2018-12-19Filed