Back
Top 2%
17.8%
Top 0.3%
17.8%
#1
14.7%
Top 12%
11.9%
Top 3%
5.1%
Top 1%
5.1%
Top 86%
3.9%
Top 21%
2.0%
Top 3%
1.6%
Top 5%
1.6%
Top 2%
1.5%
Top 4%
1.3%
Top 1%
1.3%
Top 13%
0.7%
Top 7%
0.7%
Top 26%
0.7%
Top 8%
0.7%
Encoding generation time changes within reproduction numbers
2022-10-21
infectious diseases
Title + abstract only
View on medRxiv
Show abstract
We introduce the angular reproduction number {Omega}, which measures time-varying changes in epidemic transmissibility resulting from variations in both the effective reproduction number R, and generation time distribution w. Predominant approaches for tracking pathogen spread either infer R or the epidemic growth rate r. However, R is biased by mismatches between the assumed and true w, while r is difficult to interpret in terms of the individual-level branching process underpinning transmissio...
Predicted journal destinations
1
Nature Communications
483 training papers
2
PLOS Computational Biology
141 training papers
3
Journal of The Royal Society Interface
54 training papers
4
Scientific Reports
701 training papers
5
Epidemics
96 training papers
6
Proceedings of the National Academy of Sciences
100 training papers
7
PLOS ONE
1737 training papers
8
eLife
262 training papers
9
Royal Society Open Science
49 training papers
10
Nature Medicine
88 training papers
11
Science
46 training papers
12
Nature
58 training papers
13
Science Advances
52 training papers
14
iScience
74 training papers
15
Infectious Disease Modelling
50 training papers
16
Clinical Infectious Diseases
219 training papers
17
JCI Insight
63 training papers