Susceptibility by age (among 0-to-4-year-olds) in 2013 compared to 2019.

Susceptibility by age (among 0-to-4-year-olds) in 2013 compared to 2019.

<p>Each point represents a zone, is coloured by region and is sized by population.</p>

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Bibliographic Details
Main Author: Alyssa N. Sbarra (18460545) (author)
Other Authors: Emily Haeuser (6049937) (author), Samuel Kidane (12877951) (author), Andargie Abate (8351103) (author), Ayele M. Abebe (21100638) (author), Muktar Ahmed (12151188) (author), Tsegaye Alemayehu (10663533) (author), Erkihun Amsalu (16974992) (author), Aleksandr Y. Aravkin (20318004) (author), Akeza A. Asgedom (21100641) (author), Nebiyou Bayleyegn (21100644) (author), Mulat Dagnew (6589403) (author), Biniyam Demisse (18301735) (author), Werku Etafa (8741847) (author), Getahun Fetensa (8741844) (author), Teferi G. Gebremeskel (11011122) (author), Habtamu Geremew (8813228) (author), Abraham T. Gizaw (21100647) (author), Gamechu A. Hunde (21100650) (author), Hadush N. Meles (21100653) (author), Sibhat Migbar (21100656) (author), Jason Q. Nguyen (21100659) (author), Eshetu Nigussie (11922655) (author), Rebecca E. Ramshaw (21100662) (author), Sam Rolfe (9715547) (author), Biniyam Sahiledengle (6648548) (author), Noga Shalev (6182891) (author), Yonatan Solomon (11638075) (author), Latera Tesfaye (14773868) (author), Gesila E. Yesera (21100665) (author), Mark Jit (43662) (author), Jonathan F. Mosser (9091253) (author)
Published: 2025
Subjects:
Biotechnology
Cancer
Infectious Diseases
Computational Biology
Environmental Sciences not elsewhere classified
Biological Sciences not elsewhere classified
Mathematical Sciences not elsewhere classified
vaccinated individuals even
travel times via
synthetic contact matrix
supplemental immunization activities
remaining susceptible individuals
ran sensitivity analyses
possible fitting algorithms
ongoing measles transmission
measles susceptibility within
estimate measles incidence
block coordinate descent
steep likelihood surface
modified gravity model
measles control efforts
dynamic transmission model
critical vaccination threshold
case notifications adjusted
susceptibility across time
susceptibility across space
small area methods
reported measles cases
incorporates geospatial estimates
many data observations
across age groups
reported cases
vaccination programs
use geospatial
subnational estimates
model parameterization
model fitted
many settings
increased efforts
friction surface
case ascertainment
available data
address data
xlink ">
vaccine effectiveness
unquantified uncertainty
underlying gaps
substantial heterogeneity
subnational geographies
statistical challenges
spatial movement
reached nationwide
never previously
methodological challenges
maintained due
local planning
likely presence
explore variations
either unvaccinated
compared patterns
burden settings
best performance
administrative units
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