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The RRF funding amounts shown for measures are based on the initial cost estimates provided by the Member States included in the recovery and resilience plans and may as such differ from finalized Commission financial reports, which follow eventual project implementation. The map exclusively serves information purposes and is not an exhaustive database of projects supported by the Recovery and Resilience Facility. Improving access to and the quality of general, vocational, and higher education; focusing on digital education, early childhood education and care; supporting youth employment. The funding amounts shown reflect the initial cost estimates included in the national recovery and resilience plans. It is not an exhaustive database of projects supported by the Facility and will be regularly updated as the implementation progresses.
The plasma levels ofIL-1a, IL-1β, IL-6, TNF-α, and IL-10 were significantly higher in COVID-19 patientsthan the control group. The depicted results arerepresentative of 40 independent experiments for control group, 57independent experiments for COVID-19 patients at the first day oftreatment, and 51 independent experiments for COVID-19 patients in10 days of treatment. Data were analyzed by GraphPad Prism 6 (GraphPad Software, USA) and are expressedas the mean standard error of the mean (SEM) and mean ± standard deviation (SD).The normal distribution of data was determined by Kolmogrov–Smirnov test. The levels of erythrocyte sediment rate (ESR) and C-reactive protein (CRP) ofCOVID-19 patients were measured using the erythrocyte sedimentation rate (ESR)analyzer (Parsian Teb, Iran) and Mindray BS-800 automated biochemistry analyzer(Shenzhen Mindray Bio-Medical Electronics, China), respectively.
In disagreement with other reports showing increasedfrequency of B cells in the late stage of recovery,17 we observed that the percentage of this cell was decreased followingrecovery. Moreinterestingly, the percentages of exhausted CD4+ T cells and exhausted CD8+ T cellswere higher in the early stage of recovery than the late stage of recovery. Thisobservation was in contrast with previous study showing severe cases of COVID-19tend to have lower percentages of monocytes.24 This discrepancy may be attributed to disease stage which patients wereevaluated.
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- Starting from its 2022 cycle, the European Semester process was adapted to take into account the creation of the Recovery and Resilience Facility and the implementation of the recovery and resilience plans.
- Of the 57 patients, 51 (89.48%) weredischarged from hospital and 6 (10.52%) died during the study.
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- The percentages of the stained cells were measured by a FACSCalibursystem (Becton Dickinson, San Jose, CA).
- Some studies havereported that COVID-19 patients had the reduced number of Tregs in peripheral blood.22
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Assessments of innate immune cells in patients with COVID-19 during a
- The frequencies of innate immune cells in COVID-19 and control subjects.The percentages of CD56low CD16+ NK cells,CD56high CD16+/− NK cells, and monocytes werestudied by flow cytometry (a and b) and then analyzed (c–e).
- Moreover, other data indicated thatthe levels of these cytokines were reduced during the disease recovery.
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- In an attempt to discover the frequency of other cells of innateimmunity, the number of monocytes was also assessed.
- It is thought that the reduced numbers of activated CD4+ T cells and Bcells are related to different therapeutic approaches used to reduce inflammationand their impacts.
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Furthermore, Member States could request loan support until August 2023. If you don’t have a trusted device, you can still reset your password on the web — but the process may take a little longer. If you don’t have an Apple device but have access to your trusted phone number, you can borrow an Apple device from a friend or family member, or use one at an Apple Store. If you’re not signed in to your Apple Account on an Apple device, you can select “Forgot password or don’t have an Apple Account? You can still sign in with the same email address or phone number and password. You also need a passcode (or password on Mac) set up on that device.
The number of lymphocytes in peripheral blood of COVID-19 patients in the earlyand late stages of recovery and healthy subjects were assessed by an automatedcell counter system UF-100® (Sysmex, Kobe, Japan) within 3 h aftercollecting blood samples. The results of this study provide evidence to show that COVID-19 patients, who needto hospitalization, had some changes in the immune system during the diseaserecovery to improve and regulate immune responses. Thesefindings were consistent with other reports indicating the number of CD8+ T cellswas markedly decreased and its function was exhausted in COVID-19 patients.29 In contrast with the percentage of activated CD4+ T cell which was increasedin the early stage of recovery, the activated CD8+ T cell had the reduced frequency;however its number was significantly increased in the late stage of recovery, unlikeactivated CD4+ T cell number. The results indicated thatpatients had the reduced number of lymphocyte in comparison with healthy subjects.In line with this finding, Qin et al. declared that patients with COVID-19 had areduction in T cell number accompanied by the severity of the disease. We observed that COVID-19patients had significantly higher percentage of monocytes in the early stage ofrecovery than those in the late stage of recovery and healthy subjects.
COVID-19 Response
Other results of the currentstudy revealed that the percentage of another subset of NK cells(CD56highCD16+/− NK cells) was significantly increased atthe first day of recovery. TheCD56lowCD16+ NK cells have high expression levels ofkiller inhibitory receptors, the maturation marker (CD57), and natural andantibody-dependent cellular cytotoxicity which is mediated by releasing high levelsof perforin and enhanced killing.16,30,31 These findings suggest thatthe reduced number of CD56lowCD16+ NK cells may contribute todisease susceptibility in the early stages of disease. COVID-19, as a pandemic disease, is responsible for considerable mortality and morbidity.25 Immune system functions have fundamental role in the pathogenesis and outcomeof disease.26 Therefore, the current study focused on determining how immune system changesduring a recovery were correlated to disease severity. Thepercentages of Th1, Th2, Th17, Tregs, exhausted CD4+ T cells, exhaustedCD8+ T cells, activated CD4+ T cells, activated CD8+ T cells, and Bcells were assessed using flow cytometry (a–i) and then analyzed (j–r).The depicted results are representative of 57 independent experimentsfor COVID-19 patients at the first day of treatment, 51 independentexperiments for COVID-19 patients in 10 days of treatment, and 40independent experiments for healthy groups. The frequencies of innate immune cells in COVID-19 and control subjects.The percentages of CD56low CD16+ NK cells,CD56high CD16+/− NK cells, and monocytes werestudied by flow cytometry (a and b) and then analyzed (c–e).
In this study, the mean ± SD of age of patients was 67.8 ± 15.18, while it was66.01 ± 7.11 in healthy subjects. In thisstudy, CD8+ CD25+ CD69+ cells and CD14+ CD16+ CD11b+ cells were respectivelyconsidered as the activated CD8+ T cells and monocytes. To determine the immune situation of patients, theblood sampling (5 ml) from healthy subjects revery play login was also performed. This is an analytical observational (case-control) study performed on 57 patientswith COVID-19, who were referred to a COVID-19 center, Isfahan, Iran from March2020 to April 2020, and 40 healthy individuals without any the signs andsymptoms of acute respiratory infections and other health problems affected theimmune system. Although the pathogenesis of COVID-19 is not well understood yet, defects in functionand/or regulation of the immune system such as the storm of inflammatory cytokinesand lymphopenia can contribute to the intensity of pathogenic coronavirusinfections.11–13 In despite ofsome reports pointing to impacts of immune responses in the pathogenesis of COVID-19,14 the accurate roles of immune cells in developing or inhibiting the diseaseare unknown.
In this regard, the FlowJosoftware (v10.1, FlowJo, Ashland, OR, USA) was used to gate lymphocytepopulation using forward and side scatter to exclude debris or dead cells fromthe analysis of different cells. The cell markers used to determine thefrequencies of the stained cells are indicated in Table 1. The percentages of the stained cells were measured by a FACSCalibursystem (Becton Dickinson, San Jose, CA).
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This studyinvestigated how the immune system changes were related to disease severity inCOVID-19 patients. Moreover, other data indicated thatthe levels of these cytokines were reduced during the disease recovery. PBMCs were isolated from healthy subjects and COVID-19patients and then stained with different monoclonal antibodies. To determine the situations of humoral and cellular immunity in patients withCOVID-19, the frequencies of Th1, Th2, Th17, Treg, activated CD4+T cells,activated CD8+ T cells, exhausted CD4+ T cells, exhausted CD8+ T cells, and Bcells in COVID-19 patients were investigated after 1 and 10 days of initiationof therapeutic methods. Correlations of lymphocyte numbers with the value of ESR and numbers ofTh2 cells and monocytes in COVID-19 patients. Some patients hadfatigue, mild shortness of breath, myalgia, loss of weight, smell, and taste inthe late recovery stage.