Search | WHO COVID-19 Research Database

1.

Clinical aspects of nonlinear dynamics of cognitive processes: features of sensorimotor activity in patients at the clinical phase of COVID-19

Polevaya, S. A.; Khalak, M. E.; Lipatov, K. S.; Zarechnova, N. V.; Cirkova, M. M.; Eremin, E. V.; Bulanov, N. A..

Izvestiya Vysshikh Uchebnykh Zavedeniy-Prikladnaya Nelineynaya Dinamika ; 30(3):322-330, 2022.

Article in English | Web of Science | ID: covidwho-1998096

ABSTRACT

The mechanisms of retrograde or anterograde neuronal transport ensure the migration of SARS-CoV-2 viruses to motor and sensory terminals, which can provoke significant distortions in the processes of information pattern recognition and the formation of action programs. The purpose of this study is to experimentally determine the dynamic modes of the cognitive system in patients with COVID-19. Cognitive processes are displayed in the space of parameters of sensorimotor activity when solving problems of different levels of complexity on the COGNITOM WEB platform. Patients and healthy individuals are presented with the same sets of stimuli in the same functional contexts. Covid-specific modes of information processing were manifested in a sharp decrease in the speed of cognitive processes and an increase in the number of missed target events.

2.

Comparative analysis of echocardiographic and electrocardiographic data of survivors and deceased patients with COVID-19 (sub-analysis of the international register “Dynamics analysis of comorbidities in SARS-CoV-2 survivors”)

Arutyunov, G. P.; Tarlovskaya, E. I.; Arutyunov, A. G.; Belenkov, Y. N.; Konradi, A. O.; Lopatin, Y. M.; Rebrov, A. P.; Tereshchenko, S. N.; Chesnikova, A. I.; Vaisberg, A. R.; Grigorieva, N. Yu, Ogurlieva, B. B.; Fomin, I. V.; Frolova, I. A.; Badina, O. Yu, Vilkova, O. E.; Zarechnova, N. V.; Kamardina, N. A.; Koroleva, E. V.; Mazalov, K. V.; Solovieva, D. V..

Russian Journal of Cardiology ; 27(3):9-17, 2022.

Article in Russian | EMBASE | ID: covidwho-1822635

ABSTRACT

Aim. To carry out comparative analysis of echocardiographic and electrocardiographic (ECG) data of survivors and deceased patients with COVID-19 (sub-analysis of the international register “Dynamics analysis of comorbidities in SARS-CoV-2 survivors”). Material and methods. The study presents the results of a sub-analysis of the international AKTIV registry, which was called AKTIV CARDIO. Data were collected from 9 medical centers in the Russian Federation. AKTIV CARDIO included 973 hospitalized patients, of which 50 patients died during hospitalization. Results. Comparative analysis of echocardiographic parameters revealed that 4 parameters differed in deceased patients compared to survivors: left ventricular ejection fraction (LVEF), right ventricular end diastolic dimension (RV EDD), right atrial (RA) short axis diameter and pulmonary artery systolic pressure (PASP). RA short axis diameter was higher in deceased patients compared with survivors (38,0 [36,0;39,0] versus 35,0 [33,0;38,0] mm, p=0,011). RV EDD was higher in deceased patients than in survivors (3,0 [29,0;33,0] vs 28,0 [27,0;32,0] mm, p=0,019). LVEF was lower in deceased patients compared with survivors (55 [52;55] vs 60 [56;65]%, p<0,001). PASP was higher in deceased patients compared with survivors (25 [21;35] vs 20 [19;25] mm Hg, p=0,006). Correlation analysis found that the largest number of correlations with markers of the infection severity was observed for RA short axis diameter and RV EDD. A comparative analysis of ECG data revealed that in deceased patients, compared with survivors, atrial fibrillation (AF) (21,4% vs 6,06%, p=0,001) and supraventricular premature beats (14,3% vs 3,36%, р=0,004) occurred more often. In addition, deceased patients had longer QTc interval (440 [416;450] vs 400 [380;430] ms, p<0,001). Conclusion. Comparative analysis of echocardiographic data showed that deceased patients have more pronounced right heart remodeling, higher PASP and lower LVEF. Patient survival was related to RV and RA sizes. Right heart enlargement was associated with markers of infection severity. Echocardiographic parameters characterizing the right heart side can probably be independent prognostic factors in the acute COVID-19 period.

3.

International register “dynamics analysis of comorbidities in sars-cov-2 survivors” (Aktiv sars-cov-2): Analysis of predictors of short-term adverse outcomes in covid-19

Arutyunov, G. P.; Tarlovskaya, E. I.; Arutyunov, A. G.; Belenkov, Y. N.; Konradi, A. O.; Lopatin, Y. M.; Rebrov, A. P.; Tereshchenko, S. N.; Chesnikova, A. I.; Hayrapetyan, H. G.; Babin, A. P.; Bakulin, I. G.; Bakulina, N. V.; Balykova, L. A.; Blagonravova, A. S.; Boldina, M. V.; Vaisberg, A. R.; Galyavich, A. S.; Gomonova, V. V.; Grigorieva, N. U.; Gubareva, I. V.; Demko, I. V.; Evzerikhina, A. V.; Zharkov, A. V.; Kamilova, U. K.; Kim, Z. F.; Kuznetsova, T. Yu, Lareva, N. V.; Makarova, E. V.; Malchikova, S. V.; Nedogoda, S. V.; Petrova, M. M.; Pochinka, I. G.; Protasov, K. V.; Protsenko, D. N.; Ruzanov, D. Yu, Sayganov, S. A.; Sarybaev, A. Sh, Selezneva, N. M.; Sugraliev, A. B.; Fomin, I. V.; Khlynova, O. V.; Chizhova, O. Yu, Shaposhnik, I. I.; Sсhukarev, D. A.; Abdrahmanova, A. K.; Avetisian, S. A.; Avoyan, H. G.; Azarian, K. K.; Aimakhanova, G. T.; Ayipova, D. A.; Akunov, A. Ch, Alieva, M. K.; Aparkina, A. V.; Aruslanova, O. R.; Ashina, E. Yu, Badina, O. Y.; Barisheva, O. Yu, Batchayeva, A. S.; Bitieva, A. M.; Bikhteyev, I. U.; Borodulina, N. A.; Bragin, M. V.; Budu, A. M.; Burygina, L. A.; Bykova, G. A.; Varlamova, D. D.; Vezikova, N. N.; Verbitskaya, E. A.; Vilkova, O. E.; Vinnikova, E. A.; Vustina, V. V.; Gаlova, E. A.; Genkel, V. V.; Gorshenina, E. I.; Gostishev, R. V.; Grigorieva, E. V.; Gubareva, E. Yu, Dabylova, G. M.; Demchenko, A. I.; Dolgikh, O. Yu, Duvanov, I. A.; Duyshobayev, M. Y.; Evdokimov, D. S.; Egorova, K. E.; Ermilova, A. N.; Zheldybayeva, A. E.; Zarechnova, N. V.; Ivanova, S. Yu, Ivanchenko, E. Yu, Ilina, M. V.; Kazakovtseva, M. V.; Kazymova, E. V.; Kalinina, Y. S.; Kamardina, N. A.; Karachenova, A. M.; Karetnikov, I. A.; Karoli, N. A.; Karpov, O. V.; Karsiev, M. Kh, Кaskaeva, D. S.; Kasymova, K. F.; Kerimbekova, Z. B.; Kerimova, A. Sh, Kim, E. S.; Kiseleva, N. V.; Klimenko, D. A.; Klimova, A. V.; Kovalishena, O. V.; Kolmakova, E. V.; Kolchinskaya, T. P.; Kolyadich, M. I.; Kondriakova, O. V.; Konoval, M. P.; Konstantinov, D. Yu, Konstantinova, E. A.; Kordukova, V. A.; Koroleva, E. V.; Kraposhina, A. Yu, Kriukova, T. V.; Kuznetsova, A. S.; Kuzmina, T. Y.; Kuzmichev, K. V.; Kulchoroeva, C. K.; Kuprina, T. V.; Kouranova, I. M.; Kurenkova, L. V.; Kurchugina, N. Yu, Kushubakova, N. A.; Levankova, V. I.; Levin, M. E.; Lyubavina, N. A.; Magdeyeva, N. A.; Mazalov, K. V.; Majseenko, V. I.; Makarova, A. S.; Maripov, A. M.; Marusina, A. A.; Melnikov, E. S.; Moiseenko, N. B.; Muradova, F. N.; Muradyan, R. G.; Musaelian, S. N.; Nikitina, N. M.; Ogurlieva, B. B.; Odegova, A. A.; Omarova, Y. M.; Omurzakova, N. A.; Ospanova, S. O.; Pahomova, E. V.; Petrov, L. D.; Plastinina, S. S.; Pogrebetskaya, V. A.; Polyakov, D. S.; Ponomarenko, E. V.; Popova, L. L.; Prokofeva, N. A.; Pudova, I. A.; Rakov, N. A.; Rakhimov, A. N.; Rozanova, N. A.; Serikbolkyzy, S.; Simonov, A. A.; Skachkova, V. V.; Smirnova, L. A.; Soloveva, D. V.; Soloveva, I. A.; Sokhova, F. M.; Subbotin, A. K.; Sukhomlinova, I. M.; Sushilova, A. G.; Tagayeva, D. R.; Titojkina, Y. V.; Tikhonova, E. P.; Tokmin, D. S.; Torgunakova, M. S.; Trenogina, K. V.; Trostianetckaia, N. A.; Trofimov, D. A.; Tulichev, A. A.; Tupitsin, D. I.; Tursunova, A. T.; Ulanova, N. D.; Fatenkov, O. V.; Fedorishina, O. V.; Fil, T. S.; Fomina, I. Yu, Fominova, I. S.; Frolova, I. A.; Tsvinger, S. M.; Tsoma, V. V.; Cholponbaeva, M. B.; Chudinovskikh, T. I.; Shakhgildyan, L. D.; Shevchenko, O. A.; Sheshina, T. V.; Shishkina, E. A.; Shishkov, K. Yu, Sherbakov, S. Y.; Yausheva, E. A..

Russian Journal of Cardiology ; 26(4):116-131, 2021.

Article in Russian | EMBASE | ID: covidwho-1488885

ABSTRACT

The international AKTIV register presents a detailed description of out-and inpatients with COVID-19 in the Eurasian region. It was found that hospitalized patients had more comorbidities. In addition, these patients were older and there were more men than among outpatients. Among the traditional risk factors, obesity and hypertension had a significant negative effect on prognosis, which was more significant for patients 60 years of age and older. Among comorbidities, CVDs had the maximum negative effect on prognosis, and this effect was more significant for patients 60 years of age and older. Among other comorbidities, type 2 and 1 diabetes, chronic kidney disease, chronic obstructive pulmonary disease, cancer and anemia had a negative impact on the prognosis. This effect was also more significant (with the exception of type 1 diabetes) for patients 60 years and older. The death risk in patients with COVID-19 depended on the severity and type of multimorbidity. Clusters of diseases typical for deceased patients were identified and their impact on prognosis was determined. The most unfavorable was a cluster of 4 diseases, including hypertension, coronary artery disease, heart failure, and diabetes mellitus. The data obtained should be taken into account when planning measures for prevention (vaccination priority groups), treatment and rehabilitation of COVID-19 survivors.

4.

International register “dynamics analysis of comorbidities in sars-cov-2 survivors” (Aktiv) and the register “analysis of hospitalizations of comorbid patients infected during the second wave of sars-cov-2 outbreak” (aktiv 2)

Arutyunov, G. P.; Tarlovskaya, E. I.; Arutyunov, A. G.; Belenkov, Y. N.; Konradi, A. O.; Lopatin, Y. M.; Rebrov, A. P.; Tereshchenko, S. N.; Che Snikova, A. I.; Hayrapetyan, H. G.; Babin, A. P.; Bakulin, I. G.; Bakulina, N. V.; Balykova, L. A.; Blagonravova, A. S.; Boldina, M. V.; Vaisberg, A. R.; Galyavich, A. S.; Gomonova, V. V.; Grigorieva, N. U.; Gubareva, I. V.; Demko, I. V.; Evzerikhina, A. V.; Zharkov, A. V.; Kamilova, U. K.; Kim, Z. F.; Kuznetsova, T. Yu, Lareva, N. V.; Makarova, E. V.; Malchikova, S. V.; Nedogoda, S. V.; Petrova, M. M.; Pochinka, I. G.; Protasov, K. V.; Protsenko, D. N.; Ruzanov, D. Yu, Sayganov, S. A.; Sarybaev, A. Sh, Selezneva, N. M.; Sugraliev, A. B.; Fomin, I. V.; Khlynova, O. V.; Chizhova, O. Yu, Shaposhnik, I. I.; Sсhukarev, D. A.; Abdrahmanova, A. K.; Avetisian, S. A.; Avoyan, H. G.; Azarian, K. K.; Aimakhanova, G. T.; Ayipova, D. A.; Akunov, A. Ch, Alieva, M. K.; Aparkina, A. V.; Aruslanova, O. R.; Ashina, E. Yu, Badina, O. Y.; Barisheva, O. Yu, Batchayeva, A. S.; Bitieva, A. M.; Bikhteyev, I. U.; Borodulina, N. A.; Bragin, M. V.; Budu, A. M.; Burygina, L. A.; Bykova, G. A.; Varlamova, D. D.; Vezikova, N. N.; Ver Bitskaya, E. A.; Vilkova, O. E.; Vinnikova, E. A.; Vustina, V. V.; Gаlova, E. A.; Genkel, V. V.; Gorshenina, E. I.; Gostishev, R. V.; Grigorieva, E. V.; Gubareva, E. Yu, Dabylova, G. M.; Demchenko, A. I.; Dolgikh, O. Yu, Duvanov, I. A.; Duyshobayev, M. Y.; Evdokimov, D. S.; Egorova, K. E.; Ermilova, A. N.; Zheldybayeva, A. E.; Zarechnova, N. V.; Ivanova, S. Yu, Ivanchenko, E. Yu, Ilina, M. V.; Kazakovtseva, M. V.; Kazymova, E. V.; Kalinina, Yu S.; Kamardina, N. A.; Karachenova, A. M.; Karetnikov, I. A.; Karoli, N. A.; Karpov, O. V.; Karsiev, M. Kh, Кaskaeva, D. S.; Kasymova, K. F.; Kerimbekova, Zh B.; Kerimova, A. Sh, Kim, E. S.; Kiseleva, N. V.; Klimenko, D. A.; Klimova, A. V.; Kovalishena, O. V.; Kolmakova, E. V.; Kolchinskaya, T. P.; Kolyadich, M. I.; Kondriakova, O. V.; Konoval, M. P.; Konstantinov, D. Yu, Konstantinova, E. A.; Kordukova, V. A.; Koroleva, E. V.; Kraposhina, A. Yu, Kriukova, T. V.; Kuznetsova, A. S.; Kuzmina, T. Y.; Kuzmichev, K. V.; Kulchoroeva, Ch K.; Kuprina, T. V.; Kouranova, I. M.; Kurenkova, L. V.; Kurchugina, N. Yu, Kushubakova, N. A.; Levankova, V. I.; Levin, M. E.; Lyubavina, N. A.; Magdeyeva, N. A.; Mazalov, K. V.; Majseenko, V. I.; Makarova, A. S.; Maripov, A. M.; Marusina, A. A.; Melnikov, E. S.; Moiseenko, N. B.; Muradova, F. N.; Muradyan, R. G.; Musaelian, Sh N.; Nikitina, N. M.; Ogurlieva, B. B.; Odegova, A. A.; Omarova, Yu M.; Omurzakova, N. A.; Ospanova, Sh O.; Pahomova, E. V.; Petrov, L. D.; Plastinina, S. S.; Pogrebetskaya, V. A.; Polyakov, D. S.; Ponomarenko, E. V.; Popova, L. L.; Prokofeva, N. A.; Pudova, I. A.; Rakov, N. A.; Rakhimov, A. N.; Rozanova, N. A.; Serikbolkyzy, S.; Simonov, A. A.; Skachkova, V. V.; Smirnova, L. A.; Soloveva, D. V.; Soloveva, I. A.; Sokhova, F. M.; Subbotin, A. K.; Sukhomlinova, I. M.; Sushilova, A. G.; Tagayeva, D. R.; Titojkina, Y. V.; Tikhonova, E. P.; Tokmin, D. S.; Torgunakova, M. S.; Trenogina, K. V.; Trostianetckaia, N. A.; Trofimov, D. A.; Tulichev, A. A.; Tupitsin, D. I.; Tursunova, A. T.; Tiurin, A. A.; Ulanova, N. D.; Fatenkov, O. V.; Fedorishina, O. V.; Fil, T. S.; Fomina, I. Yu, Fominova, I. S.; Frolova, I. A.; Tsvinger, S. M.; Tsoma, V. V.; Cholponbaeva, M. B.; Chudinovskikh, T. I.; Shakhgildyan, L. D.; Shevchenko, O. A.; Sheshina, T. V.; Shishkina, E. A.; Shishkov, K. Yu, Sherbakov, S. Y.; Yausheva, E. A..

Russian Journal of Cardiology ; 26(3):102-113, 2021.

Article in Russian | EMBASE | ID: covidwho-1488882

ABSTRACT

The organizer of the registers “Dynamics analysis of comorbidities in SARS-CoV-2 survivors” (AKTIV) and “Analysis of hospitalizations of comorbid patients infected during the second wave of SARS-CoV-2 outbreak” (AKTIV 2) is the Eurasian Association of Therapists (EAT). Currently, there are no clinical registries in the Eurasian region designed to collect and analyze information on long-term outcomes of COVID-19 survivors with comorbid conditions. The aim of the register is to assess the impact of a novel coronavirus infection on long-term course of chronic non-communicable diseases 3, 6, 12 months after recovery, as well as to obtain information on the effect of comorbidity on the severity of COVID-19. Analysis of hospitalized patients of a possible second wave is planned for register “AKTIV 2”. To achieve this goal, the register will include men and women over 18 years of age diagnosed with COVID-19 who are treated in a hospital or in outpatient basis. The register includes 25 centers in 5 federal districts of the Russian Federation, centers in the Republic of Armenia, the Republic of Kazakhstan, the Republic of Kyrgyzstan, the Republic of Belarus, the Republic of Moldova, and the Republic of Uzbekistan. The estimated capacity of the register is 5400 patients.

5.

INTERNATIONAL REGISTER “DYNAMICS ANALYSIS OF COMORBIDITIES IN SARS-COV-2 SURVIVORS” (AKTIV SARS-COV-2): ANALYSIS OF 1,000 PATIENTS

Arutyunov, G. P.; Tarlovskaya, E. I.; Arutyunov, A. G.; Belenkov, Y. N.; Konradi, A. O.; Lopatin, Y. M.; Tereshchenko, S. N.; Rebrov, A. P.; Chesnikova, A. I.; Fomin, I. V.; Grigorieva, N. U.; Boldina, M. V.; Vaisberg, A. R.; Blagonravova, A. S.; Makarova, E. V.; Shaposhnik, I. I.; Kuznetsova, T. Yu, Malchikova, S. V.; Protsenko, D. N.; Evzerikhina, A. V.; Petrova, M. M.; Demko, I. V.; Safonov, D. V.; Hayrapetyan, H. G.; Galyavich, A. S.; Kim, Z. F.; Sugraliev, A. B.; Nedogoda, S. V.; Tsoma, V. V.; Sayganov, S. A.; Gomonova, V. V.; Gubareva, I. V.; Sarybaev, A. Sh, Koroleva, E. V.; Vilkova, O. E.; Fomina, I. Y.; Pudova, I. A.; Soloveva, D. V.; Kiseleva, N. V.; Zelyaeva, N. V.; Kouranova, I. M.; Pogrebetskaya, V. A.; Muradova, F. N.; Badina, O. Y.; Kovalishena, O. V.; Galova, E. A.; Plastinina, S. S.; Lyubavina, N. A.; Vezikova, N. N.; Levankova, V. I.; Ivanova, S. Yu, Ermilova, A. N.; Muradyan, R. G.; Gostishev, R. V.; Tikhonova, E. P.; Kuzmina, T. Y.; Soloveva, I. A.; Kraposhina, A. Yu, Kolyadich, M. I.; Kolchinskaya, T. P.; Genkel, V. V.; Kuznetsova, A. S.; Kazakovtseva, M. V.; Odegova, A. A.; Chudinovskikh, T. I.; Baramzina, S. V.; Rozanova, N. A.; Kerimova, A. Sh, Krivosheina, N. A.; Chukhlova, S. Y.; Levchenko, A. A.; Avoyan, H. G.; Azarian, K. K.; Musaelian, Sh N.; Avetisian, S. A.; Levin, M. E.; Karpov, O. V.; Sokhova, F. M.; Burygina, L. A.; Sheshina, T. V.; Tiurin, A. A.; Dolgikh, O. Yu, Kazymova, E. V.; Konstantinov, D. Yu, Chumakova, O. A.; Kondriakova, O. V.; Shishkov, K. Yu, Fil, T. S.; Prokofeva, N. A.; Konoval, M. P.; Simonov, A. A.; Bitieva, A. M.; Trostianetckaia, N. A.; Cholponbaeva, M. B.; Kerimbekova, Zh B.; Duyshobayev, M. Y.; Akunov, A. Ch, Kushubakova, N. A.; Melnikov, E. S.; Kim, E. S.; Sherbakov, S. Y.; Trofimov, D. A.; Evdokimov, D. S.; Ayipova, D. A.; Duvanov, I. A.; Abdrakhmanova, A. K.; Aimakhanova, G. T.; Ospanova, Sh O.; Dabylova, G. M.; Tursunova, A. T.; Kaskaeva, D. S.; Tulichev, A. A.; Ashina, E. Yu, Kordukova, V. A.; Barisheva, O. Yu, Egorova, K. E.; Varlamova, D. D.; Kuprina, T. V.; Pakhomova, E. V.; Kurchugina, N. Yu, Frolova, I. A.; Mazalov, K. V.; Subbotin, A. K.; Kamardina, N. A.; Zarechnova, N. V.; Mamutova, E. M.; Smirnova, L. A.; Klimova, A. V.; Shakhgildyan, L. D.; Tokmin, D. S.; Tupitsin, D. I.; Kriukova, T. V.; Rakov, N. A.; Polyakov, D. S..

Russian Journal of Cardiology ; 25(11):98-107, 2020.

Article in Russian | Russian Science Citation Index | ID: covidwho-1094455

ABSTRACT

COVID-19 is a severe infection with high mortality. The concept of the disease has been shaped to a greater extent on the basis of large registers from the USA, Spain, Italy, and China. However, there is no information on the disease characteristics in Caucasian patients. Therefore, we created an international register with the estimated capacity of 5,000 patients - Dynamics Analysis of Comorbidities in SARS-CoV-2 Survivors (AKTIV SARS-CoV-2), which brought together professionals from the Russian Federation, Republic of Armenia, Republic of Kazakhstan, and Kyrgyz Republic. The article presents the first analysis of the register involving 1,003 patients. It was shown that the most significant difference of the Caucasian population was the higher effect of multimorbidity on the mortality risk vs other registers. More pronounced effect on mortality of such diseases as diabetes, obesity, hypertension, chronic kidney disease, and age over 60 years was also revealed. COVID-19 - тяжелое инфекционное заболевание с высоким риском летального исхода. Представление о болезни во многом сформировано на основании крупных регистров, выполненных в США, Испании, Италии, КНР. Однако к настоящему времени нет данных по особенностям протекания болезни у пациентов евроазиатского региона. В связи с этим был создан международный регистр, расчетная мощность которого составляет 5000 пациентов, “Анализ динамики Коморбидных заболеваний у пациенТов, перенесшИх инфицироВание SARS-CoV-2” (AКТИВ SARS-CoV-2), работа в котором объединила специалистов Российской Федерации, Республики Армения, Республики Казахстан и Кыргызской Республики. В статье представлен первый анализ регистра, который включил данные 1003 пациентов. Показано, что самым значимым отличием евроазиатской популяции пациентов оказалось гораздо большее влияние полиморбидности на риск летального исхода в сравнении с другими регистрами, а также более выраженное влияние на риск летального исхода в евроазиатской популяции таких заболеваний, как сахарный диабет, ожирение, артериальная гипертензия, хроническая болезнь почек и возраста старше 60 лет.

6.

[International register "Analysis of Chronic Non-infectious Diseases Dynamics After COVID-19 Infection in Adult Patients (ACTIV SARS-CoV-2)"]

Arutyunov, G. P.; Tarlovskaya, E. I.; Arutyunov, A. G.; Belenkov, Y. N.; Konradi, A. O.; Lopatin, Y. M.; Tereshchenko, S. N.; Rebrov, A. P.; Chesnikova, A. I.; Fomin, I. V.; Grigorieva, N. U.; Boldina, V. M.; Vaisberg, A. R.; Blagonravova, A. S.; Makarova, E. V.; Shaposhnik, II, Kuznetsova, T. Y.; Malchikova, S. V.; Protsenko, D. N.; Evzerikhina, A. V.; Petrova, M. M.; Demko, I. V.; Saphonov, D. V.; Hayrapetyan, H. G.; Galyavich, A. S.; Kim, Z. F.; Sugraliev, A. B.; Nedogoda, S. V.; Tsoma, V. V.; Sayganov, S. A.; Gomonova, V. V.; Gubareva, I. V.; Sarybaev, A. S.; Ruzanau, D. Y.; Majseenko, V. I.; Babin, A. P.; Kamilova, U. K.; Koroleva, E. V.; Vilkova, O. E.; Fomina, I. Y.; Pudova, I. A.; Soloveva, D. V.; Doshchannikov, D. A.; Kiseleva, N. V.; Zelyaeva, N. V.; Kouranova, I. M.; Pogrebetskaya, V. A.; Muradova, F. N.; Badina, O. Y.; Kovalishena, O. V.; Gsmall a, Cyrilliclova A. E.; Plastinina, S. S.; Grigorovich, M. S.; Lyubavina, N. A.; Vezikova, N. N.; Levankova, V. I.; Ivanova, S. Y.; Ermilova, A. N.; Muradyan, R. G.; Gostishev, R. V.; Tikhonova, E. P.; Kuzmina, T. Y.; Soloveva, I. A.; Kraposhina, A. Y.; Kolyadich, M. I.; Kolchinskaya, T. P.; Genkel, V. V.; Kuznetsova, A. S.; Kazakovtseva, M. V.; Odegova, A. A.; Chudinovskikh, T. I.; Baramzina, S. V.; Rozanova, N. A.; Kerimova, A. S.; Krivosheina, N. A.; Chukhlova, S. Y.; Levchenko, A. A.; Avoyan, H. G.; Azarian, K. K.; Musaelian, S. N.; Avetisian, S. A.; Levin, M. E.; Karpov, O. V.; Sokhova, F. M.; Burygina, L. A.; Sheshina, T. V.; Tiurin, A. A.; Dolgikh, O. Y.; Kazymova, E. V.; Konstantinov, D. Y.; Chumakova, O. A.; Kondriakova, O. V.; Shishkov, K. Y.; Fil, S. T.; Prokofeva, N. A.; Konoval, M. P.; Simonov, A. A.; Bitieva, A. M.; Trostianetckaia, N. A.; Cholponbaeva, M. B.; Kerimbekova, Z. B.; Duyshobayev, M. Y.; Akunov, A. C.; Kushubakova, N. A.; Melnikov, E. S.; Kim, E. S.; Sherbakov, S. Y.; Trofimov, D. A.; Evdokimov, D. S.; Ayipova, D. A.; Duvanov, I. A.; Abdrahmanova, A. K.; Aimakhanova, G. T.; Ospanova, S. O.; Gaukhar, M. D.; Tursunova, A. T.; Kaskaeva, D. S.; Tulichev, A. A.; Ashina, E. Y.; Kordukova, V. A.; Barisheva, O. Y.; Egorova, K. E.; Varlamova, D. D.; Kuprina, T. V.; Pahomova, E. V.; Kurchugina, N. Y.; Frolova, I. A.; Mazalov, K. V.; Subbotin, A. K.; Kamardina, N. A.; Zarechnova, N. V.; Mamutova, E. M.; Smirnova, L. A.; Klimova, A. V.; Shakhgildyan, L. D.; Tokmin, D. S.; Tupitsin, D. I.; Kriukova, T. V.; Polyakov, D. S.; Karoli, N. A.; Grigorieva, E. V.; Magdeyeva, N. A.; Aparkina, A. V.; Nikitina, N. M.; Petrov, L. D.; Budu, A. M.; Rasulova, Z. D.; Tagayeva, D. R.; Fatenkov, O. V.; Gubareva, E. Y.; Demchenko, A. I.; Klimenko, D. A.; Omarova, Y. V.; Serikbolkyzy, S.; Zheldybayeva, A. E..

Kardiologiia ; 60(11):30-34, 2021.

Article in Russian | Scopus | ID: covidwho-1070011

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