| Id |
Subject |
Object |
Predicate |
Lexical cue |
| T102 |
0-82 |
Sentence |
denotes |
Evaluation of the effectiveness of city lockdown and intensive community screening |
| T103 |
83-282 |
Sentence |
denotes |
We calculated α values for Wuhan city and China excluding Hubei (Fig 2), and found that the α value of Wuhan decreased slightly after city lockdown (from 0.869 on January 23 to 0.228 on February 16). |
| T104 |
283-416 |
Sentence |
denotes |
However, the α value of China excluding Hubei decreased steadily after January 23 (from 5.563 on January 23 to 0.064 on February 16). |
| T105 |
417-563 |
Sentence |
denotes |
These results suggest that the rapid spread of the virus from Wuhan to other cities was effectively suppressed, but not the local spread in Wuhan. |
| T106 |
564-716 |
Sentence |
denotes |
Fig 2 Real-world α values and numbers of infections in Wuhan city from January 20 to March 10 and in China excluding Hubei from January 23 to March 11. |
| T107 |
717-853 |
Sentence |
denotes |
Real α values (A) and numbers of infections (B) in Wuhan city; real α values (C) and numbers of infections (D) in China excluding Hubei. |
| T108 |
854-1141 |
Sentence |
denotes |
The nationwide intensive community screening (starting on February 16) was associated with a significant decrease in the α value of Wuhan city (from 0.228 on February 16 to 0.003 on March 10) and a stable α value of China excluding Hubei (from 0.064 on February 16 to 0.079 on March 10). |
| T109 |
1142-1306 |
Sentence |
denotes |
This suggests that intensive community screening significantly enhanced the effectiveness of Wuhan city isolation and kept infection levels stable in other regions. |
| T110 |
1307-1486 |
Sentence |
denotes |
As a result, the infected cases decreased significantly in Wuhan and China excluding Hubei, from 36385 and 8163 on February 16, respectively, to 13462 and 493 on March 11 (Fig 2). |
| T111 |
1487-1593 |
Sentence |
denotes |
Next, we predicted the increase in infections, supposing that the two measures had never been implemented. |
| T112 |
1594-1781 |
Sentence |
denotes |
To assess the impacts of city lockdown on Wuhan, the lowest α value before January 23 was set as the α value before city lockdown, and we made the same assumption for the recovery number. |
| T113 |
1782-1886 |
Sentence |
denotes |
Infections in Wuhan were predicted from January 24 to February 15 using simulated α values and φ values. |
| T114 |
1887-1957 |
Sentence |
denotes |
Similar analyses were performed using data from China excluding Hubei. |
| T115 |
1958-2081 |
Sentence |
denotes |
The infections in Wuhan city and China excluding Hubei were predicted to be 36241 and 129269, respectively, on February 15. |
| T116 |
2082-2222 |
Sentence |
denotes |
In reality, with city lockdown, the numbers of infections in Wuhan city and China excluding Hubei were 36547 and 8533, respectively (Fig 3). |
| T117 |
2223-2303 |
Sentence |
denotes |
Fig 3 Impact of city lockdown on Wuhan city and China excluding Hubei province. |
| T118 |
2304-3206 |
Sentence |
denotes |
(A) The φ values for Wuhan city at January 22 (before city lockdown) were used to predict the φ values from January 23 to February 15 without city lockdown. (B) The α values for Wuhan city at January 22 (before city lockdown) were used to predict the α values from January 23 to February 14 without city lockdown. (C) Predicted α values and φ values were used to calculate the number of infections in Wuhan city from January 24 to February 15. (D) The φ values for China excluding Hubei province on January 22 were used to predict the φ values from January 23 to February 15 without city lockdown. (E) The α values for China excluding Hubei province on January 22 were used to predict the α values from January 23 to February 14 without city lockdown. (F) Predicted α values and φ values were used to calculate the numbers of infections in China excluding Hubei province from January 24 to February 15. |
| T119 |
3207-3302 |
Sentence |
denotes |
Similar analyses were performed to evaluate the effectiveness of intensive community screening. |
| T120 |
3303-3549 |
Sentence |
denotes |
For Wuhan city and China excluding Hubei, the α values from February 16 to March 10 were predicted using data from February 6 to February 15, and the φ values from February 16 to March 11 were predicted using data from February 11 to February 15. |
| T121 |
3550-3729 |
Sentence |
denotes |
Then we used the predicted α values to calculate daily_recover_num, and infections from February 16 to March 11 were modeled using the predicted values of α and daily_recover_num. |
| T122 |
3730-3844 |
Sentence |
denotes |
Infections in Wuhan city and China excluding Hubei were predicted to be 116003 and 388, respectively, on March 11. |
| T123 |
3845-4013 |
Sentence |
denotes |
In reality, with intensive community screening, the numbers of infections in Wuhan city and China excluding Hubei were 15892 and 610, respectively, on March 11 (Fig 4). |
| T124 |
4014-4110 |
Sentence |
denotes |
Fig 4 Impact of intensive community screening on Wuhan city and China excluding Hubei province. |
| T125 |
4111-5256 |
Sentence |
denotes |
(A) The φ values from February 11 to February 15 (before intensive community screening) were fitted to predict the φ values for Wuhan city from February 16 to March 11 without intensive community screening. (B) The α values from February 6 to February 15 (before intensive community screening) were fitted to predict the α values for Wuhan city from February 16 to March 10 without intensive community screening. (C) The predicted α values and φ values were used to calculate the numbers of infections in Wuhan city from February 16 to March 11. (D) The φ values from February 11 to February 15 (before intensive community screening) were fitted to predict the φ values for China excluding Hubei Province from February 16 to March 11 without intensive community screening. (E) The α values for China excluding Hubei Province from February 6 to February 15 were used to predict the α values for China excluding Hubei Province from February 16 to March 10 without intensive community screening. (F) The predicted α values and φ values were used to calculate the numbers of infections in China excluding Hubei Province from February 16 to March 11. |
