Epidemiologic Gap . | Summary . |
---|---|
Surveillance for burden estimates | • Needed for all age groups, with finer age strata for extremes of age |
• Include MAARI and hospitalizations | |
• Include high-risk populations, including preterm infants, children, and adults with underlying heart and lung disease, neurologic diseases, immunocompromised, Alaska Natives, American Indians, pregnant women, and residents of congregate settings (eg, long-term-care facilities) | |
• Ensure design of surveillance platforms: | |
-Can test for multiple respiratory pathogens | |
-Avoid influenza-like illness and severe acute respiratory infection definitions | |
RSV-associated mortality | • Collect hospital and community-associated RSV deaths in all age groups |
Short- and long-term outcomes of RSV infection | • Investigate effects of RSV on recurrent wheezing and asthma, particularly long-term effects |
• Conduct studies in pregnant women to determine impact of maternal RSV disease on pregnancy and neonatal outcomes | |
• Assess impact on frailty in older adults | |
Correlates of protection | • Assess durability of respiratory mucosal antibodies and role in protection |
• Study correlation of neutralization and viral protein– or epitope-specific antibodies with disease protection | |
• Investigate role of cellular immunity in RSV disease outcome | |
Cost-effectiveness | • Costs and benefits of vaccine introduction in target populations, which will need up-to-date burden estimates, indirect and out-of-pocket costs associated with RSV- associated MAARI, hospitalizations, and deaths |
Assessing RSV diagnostic practices | • Needed to document potential underestimation of disease burden due to testing behaviors |
Surveillance once vaccine is introduced | • Adverse events |
• Genomic sequencing of breakthrough infections to document changes in the virus |
Epidemiologic Gap . | Summary . |
---|---|
Surveillance for burden estimates | • Needed for all age groups, with finer age strata for extremes of age |
• Include MAARI and hospitalizations | |
• Include high-risk populations, including preterm infants, children, and adults with underlying heart and lung disease, neurologic diseases, immunocompromised, Alaska Natives, American Indians, pregnant women, and residents of congregate settings (eg, long-term-care facilities) | |
• Ensure design of surveillance platforms: | |
-Can test for multiple respiratory pathogens | |
-Avoid influenza-like illness and severe acute respiratory infection definitions | |
RSV-associated mortality | • Collect hospital and community-associated RSV deaths in all age groups |
Short- and long-term outcomes of RSV infection | • Investigate effects of RSV on recurrent wheezing and asthma, particularly long-term effects |
• Conduct studies in pregnant women to determine impact of maternal RSV disease on pregnancy and neonatal outcomes | |
• Assess impact on frailty in older adults | |
Correlates of protection | • Assess durability of respiratory mucosal antibodies and role in protection |
• Study correlation of neutralization and viral protein– or epitope-specific antibodies with disease protection | |
• Investigate role of cellular immunity in RSV disease outcome | |
Cost-effectiveness | • Costs and benefits of vaccine introduction in target populations, which will need up-to-date burden estimates, indirect and out-of-pocket costs associated with RSV- associated MAARI, hospitalizations, and deaths |
Assessing RSV diagnostic practices | • Needed to document potential underestimation of disease burden due to testing behaviors |
Surveillance once vaccine is introduced | • Adverse events |
• Genomic sequencing of breakthrough infections to document changes in the virus |
Abbreviation: RSV, respiratory syncytial virus.
Epidemiologic Gap . | Summary . |
---|---|
Surveillance for burden estimates | • Needed for all age groups, with finer age strata for extremes of age |
• Include MAARI and hospitalizations | |
• Include high-risk populations, including preterm infants, children, and adults with underlying heart and lung disease, neurologic diseases, immunocompromised, Alaska Natives, American Indians, pregnant women, and residents of congregate settings (eg, long-term-care facilities) | |
• Ensure design of surveillance platforms: | |
-Can test for multiple respiratory pathogens | |
-Avoid influenza-like illness and severe acute respiratory infection definitions | |
RSV-associated mortality | • Collect hospital and community-associated RSV deaths in all age groups |
Short- and long-term outcomes of RSV infection | • Investigate effects of RSV on recurrent wheezing and asthma, particularly long-term effects |
• Conduct studies in pregnant women to determine impact of maternal RSV disease on pregnancy and neonatal outcomes | |
• Assess impact on frailty in older adults | |
Correlates of protection | • Assess durability of respiratory mucosal antibodies and role in protection |
• Study correlation of neutralization and viral protein– or epitope-specific antibodies with disease protection | |
• Investigate role of cellular immunity in RSV disease outcome | |
Cost-effectiveness | • Costs and benefits of vaccine introduction in target populations, which will need up-to-date burden estimates, indirect and out-of-pocket costs associated with RSV- associated MAARI, hospitalizations, and deaths |
Assessing RSV diagnostic practices | • Needed to document potential underestimation of disease burden due to testing behaviors |
Surveillance once vaccine is introduced | • Adverse events |
• Genomic sequencing of breakthrough infections to document changes in the virus |
Epidemiologic Gap . | Summary . |
---|---|
Surveillance for burden estimates | • Needed for all age groups, with finer age strata for extremes of age |
• Include MAARI and hospitalizations | |
• Include high-risk populations, including preterm infants, children, and adults with underlying heart and lung disease, neurologic diseases, immunocompromised, Alaska Natives, American Indians, pregnant women, and residents of congregate settings (eg, long-term-care facilities) | |
• Ensure design of surveillance platforms: | |
-Can test for multiple respiratory pathogens | |
-Avoid influenza-like illness and severe acute respiratory infection definitions | |
RSV-associated mortality | • Collect hospital and community-associated RSV deaths in all age groups |
Short- and long-term outcomes of RSV infection | • Investigate effects of RSV on recurrent wheezing and asthma, particularly long-term effects |
• Conduct studies in pregnant women to determine impact of maternal RSV disease on pregnancy and neonatal outcomes | |
• Assess impact on frailty in older adults | |
Correlates of protection | • Assess durability of respiratory mucosal antibodies and role in protection |
• Study correlation of neutralization and viral protein– or epitope-specific antibodies with disease protection | |
• Investigate role of cellular immunity in RSV disease outcome | |
Cost-effectiveness | • Costs and benefits of vaccine introduction in target populations, which will need up-to-date burden estimates, indirect and out-of-pocket costs associated with RSV- associated MAARI, hospitalizations, and deaths |
Assessing RSV diagnostic practices | • Needed to document potential underestimation of disease burden due to testing behaviors |
Surveillance once vaccine is introduced | • Adverse events |
• Genomic sequencing of breakthrough infections to document changes in the virus |
Abbreviation: RSV, respiratory syncytial virus.
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