METHOD FOR PREDICTING THE DEVELOPMENT OF POST-COVID SYNDROME IN PATIENTS WITH MILD (CT-I) COVID-19-ASSOCIATED PNEUMONIA Russian patent published in 2024 - IPC A61B5/26 A61B5/91 A61B5/01 

Abstract RU 2817216 C1

FIELD: medicine; therapy; pulmonology; rehabilitation.

SUBSTANCE: invention relates to infectious diseases and can be used in predicting the development of post-COVID syndrome in patients with mild (CT-I) COVID-19-associated pneumonia. Blood flow type is determined by laser Doppler flowmetry, lung capacity and clinical parameters are assessed. Presence of dyspnea on admission to hospital, degree of body temperature increase is also assessed. Derived values are evaluated in points. And if the total score is from 0 to 3, a low risk of developing post-COVID syndrome is predicted, and if the total score is from 4 to 6 points, a high risk of developing post-COVID syndrome is predicted.

EFFECT: method enables to implement a personalized approach to further treatment and rehabilitation of patients due to the possibility of detecting the probability of developing post-COVID syndrome by assessing the set of the most significant indicators.

1 cl, 5 tbl, 4 ex

Similar patents RU2817216C1

Title Year Author Number
METHOD FOR THE REHABILITATION OF PATIENTS WITH POST-COVID SYNDROME AND PNEUMONIA CAUSED BY A NEW CORONAVIRUS INFECTION 2022
  • Grishechkina Irina Aleksandrovna
  • Lobanov Andrei Aleksandrovich
  • Barashkov Gleb Nikolaevich
  • Andronov Sergei Vasilevich
  • Ansokova Mariana Arkadevna
  • Vasileva Valeriia Aleksandrovna
  • Trepova Anastasiia Sergeevna
  • Lebedeva Olga Danialovna
  • Popov Andrei Ivanovich
  • Eremushkin Mikhail Anatolevich
  • Iakovlev Maksim Iurevich
  • Rachin Andrei Petrovich
  • Fesiun Anatolii Dmitrievich
RU2788291C1
METHOD FOR TREATMENT OF PATIENTS WITH POST-COVID SYNDROME 2022
  • Ivanov Denis Viktorovich
  • Burduli Nikolaj Mikhajlovich
  • Alikova Svetlana Kazbekovna
  • Ranyuk Larisa Gennadievna
  • Tadtaeva Diana Yakovlevna
RU2787802C1
METHOD FOR CORRECTING MICROCIRCULATORY DISORDERS IN POST-COVID SYNDROME 2022
  • Safonova Tatyana Nikolaevna
  • Zajtseva Galina Valerevna
  • Kintyukhina Nataliya Pavlovna
  • Medvedeva Ekaterina Sergeevna
RU2791660C1
METHOD FOR MANUAL THERAPY IN THE REHABILITATION OF PATIENTS AFTER CORONAVIRUS PNEUMONIA 2022
  • Budylin Sergei Petrovich
  • Samorukov Aleksei Egorovich
  • Rachin Andrei Petrovich
  • Fesiun Anatolii Dmitrievich
RU2778991C1
METHOD OF ASSESSING RISK OF PROGRESSION OF CHRONIC OBSTRUCTIVE PULMONARY DISEASE 2022
  • Vitkina Tatiana Isaakovna
  • Kondrateva Elena Viktorovna
  • Mineeva Elena Evgenevna
  • Gvozdenko Tatiana Aleksandrovna
RU2805829C1
METHOD OF ASSESSING PRESENCE OF DYSFUNCTION OF SMALL AIRWAYS IN PATIENTS WITH MILD BRONCHIAL ASTHMA 2022
  • Iurenko Alla Valentinovna
  • Antoniuk Marina Vladimirovna
  • Novgorodtseva Tatiana Pavlovna
  • Mineeva Elena Evgenevna
  • Denisenko Iuliia Konstantinovna
RU2806491C1
METHOD FOR RAPID DIAGNOSIS OF THE SEVERITY OF PNEUMONIA IN COVID-19 2022
  • Gasanov Kazim Guseinovich
  • Kchibekov Eldar Abduragimovich
  • Tkhokhova Elena Nikolaevna
  • Alieva Zariiat Baimurzaevna
  • Aliev Alikadi Alievich
RU2789426C1
METHOD OF REHABILITATION OF PATIENTS WHO HAVE UNDERGONE COVID-19 CORONAVIRUS PNEUMONIA 2021
  • Belyaev Anatolij Fedorovich
  • Fotina Olga Nikolaevna
  • Kharkovskaya Tatyana Sergeevna
  • Yurchenko Aleksej Alekseevich
RU2793418C2
METHOD FOR PREDICTING THE SEVERITY OF PNEUMONIA IN COVID-19 2022
  • Gasanov Kazim Guseinovich
  • Kchibekov Eldar Abduragimovich
  • Antonian Vitalina Viktorovna
  • Kchibekov Alik Abduragimovich
  • Tkhokhova Elena Nikolaevna
RU2795093C1
METHOD FOR RECOVERY OF EXTERNAL RESPIRATION FUNCTION AGAINST BACKGROUND OF SOMATIC DYSFUNCTIONS IN PATIENTS WHO HAVE HAD COVID-19 CORONAVIRUS PNEUMONIA 2021
  • Belyaev Anatolij Fedorovich
  • Fotina Olga Nikolaevna
  • Kharkovskaya Tatyana Sergeevna
  • Yurchenko Aleksej Alekseevich
RU2790469C2

RU 2 817 216 C1

Authors

Abuldinova Olga Aleksandrovna

Prikhodko Olga Borisovna

Goborov Nikolai Dmitrievich

Dates

2024-04-11Published

2023-05-12Filed