PMC:7102591 / 29993-31801 JSONTXT 12 Projects

Annnotations TAB TSV DIC JSON TextAE

Id Subject Object Predicate Lexical cue
T164 0-14 Sentence denotes 6 Conclusions
T165 15-153 Sentence denotes The COVID-19 epidemic represents a health emergency that is inevitably affecting the management of a complex disease such as RA [115,116].
T166 154-265 Sentence denotes As a chronic autoimmune inflammatory disorder, RA carries a higher infectious risk than the general population.
T167 266-498 Sentence denotes The use of synthetic and biologic disease-modifying drugs is associated with a potential further increase in the incidence of serious infections, but the poor control of RA disease activity is an even greater infectious risk factor.
T168 499-596 Sentence denotes Thus, RA patients should be encouraged to continue their treatment even during COVID-19 outbreak.
T169 597-786 Sentence denotes In our opinion, this strategy is reasonable as it aims to prevent disease flares that can contributes to increase patient burden, disability, poor quality of life, and healthcare use [117].
T170 787-1044 Sentence denotes In addition, the discontinuation of ongoing treatments could lead to the need to introduce CS as bridging therapy, which may further increase the risk of viral infection, as well as being inappropriate for the management of SARS-CoV2 interstitial pneumonia.
T171 1045-1282 Sentence denotes Chloroquine and hydroxychloroquine are currently included in the treatment protocol for the management of COVID-19 infections and might be useful to prevent or mitigate the course of infection in patients with RA taking them as csDMARDs.
T172 1283-1574 Sentence denotes The use of IL-6 inhibitors as tocilizumab or sarilumab seems to be promising for the management of most critical cases of interstitial pneumonia complicated by CRS, but the identification of definite criteria to discriminate patients to be treated with these compounds is still under debate.
T173 1575-1808 Sentence denotes Finally, although baricitinib has the potential to affect SARS-CoV2 penetration into pulmonary epithelial cells, major concerns remain about the inhibition of IFNs activity which could be detrimental in the course of viral infection.