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. 2022 Jun 30;9:937561. doi: 10.3389/fmed.2022.937561

Table 1.

Trials of RTX use in CTD-ILD.

References No of patients Disease RTX scheme Follow up Outcomes Safety of RTX
Duarte et al. (7) 30 CTDs RA scheme 3 y Improved FVC Stable DLCO 13/30 pts discontinued RTX 4/13 due to infection
Lepri et al. (8) 44 CTDs RA scheme 1y/2y Stable FVC and DLCO 12/44 pts serious AE
Atienza-Mateo et al. (9) 26 CTDs RA scheme (n = 20)
Lymphoma scheme (n = 2)
2 y Stable PFTs at 6 m, 1, 2 y
↑DLCO at 1 y stable HRCT
6/26 discontinued RTX due to AE
3/26 death
Sharp et al. (10) 24 CTDs RA scheme 6 m Improved FVC stable DLCO 13/22 stable HRCT No serious AE
Robles-Peres et al. (11) 18 CTDs RA scheme 1y/2y Increased PFTs at 1 y
10/18 stable HRCT at 1 y
No serious AE
Zhu et al. (13) 15 RTX vs. 68 non-RTX CTDs Significant DLCO change and steroid reduction vs. control
Similar FVC, HRCT score vs. control
No serious AE
Keir et al. (12) 33 CTDs RA scheme 6 m/1 y Improved FVC, stable DLCO
Mena-Vazquez et al. (14) 37 CTDs RA scheme 1 y Stable PFTs
HRCT stable or improved
29/37 lung infection, 7/27 deaths

No, Number; m, month; y, year; AE, adverse events; CTDs, connective tissue diseases; RTX, rituximab; PFTs, pulmonary function tests; FVC, forced vital capacity; DLCO, diffusing lung capacity for carbon monoxide; HRCT, high resolution computed tomography; RA, rheumatoid arthritis. ↑, Increased.