In the article beginning on page 551 in the April 2022 issue, overlapping bars appear in figure 3. The corrected figure appears below.

Fig. 3.

Forest plot assessing the effect of penehyclidine inhalation versus placebo inhalation in predefined subgroups. Logistic models were applied for assessment of treatment-by-covariate interactions. Treatment-by-covariate interactions were assessed separately for each subgroup factor, including age, sex, body mass index, respiratory disease, respiratory symptoms in the last month, preoperative cigarette smoking, type of anesthesia, location of surgery, and type of surgery.

Fig. 3.

Forest plot assessing the effect of penehyclidine inhalation versus placebo inhalation in predefined subgroups. Logistic models were applied for assessment of treatment-by-covariate interactions. Treatment-by-covariate interactions were assessed separately for each subgroup factor, including age, sex, body mass index, respiratory disease, respiratory symptoms in the last month, preoperative cigarette smoking, type of anesthesia, location of surgery, and type of surgery.

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The figure 3 legend is also being updated to avoid redundancy. Instead of “Forest plot in predefined subgroups. Forest plot assessing the effect of penehyclidine inhalation versus placebo inhalation in predefined subgroups. ...,” the legend is being updated to “Forest plot assessing the effect of penehyclidine inhalation versus placebo inhalation in predefined subgroups. ...”

The publisher regrets the errors in the figure. The online version and PDF of the article have been corrected.

Yan
T
,
Liang
X-Q
,
Wang
G-J
,
Wang
T
,
Li
W-O
,
Liu
Y
,
Wu
L-Y
,
Yu
K-Y
,
Zhu
S-N
,
Wang
D-X
,
Sessler
DI
:
Prophylactic penehyclidine inhalation for prevention of postoperative pulmonary complications in high-risk patients: A double-blind randomized trial.
Anesthesiology
2022
;
136
:
551
66