Role of non-human primate models in accelerating research and developing countermeasures against Zika virus infection

Zika virus, a mosquito-transmitted orthoflavivirus, has become a pathogen of global health concern ever since the virus caused an epidemic in Brazil in 2015 associated with approximately 700 000 laboratory-confirmed cases of congenital microcephaly. The subsequent spread of the epidemic in 2016 resu...

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Published inThe Lancet. Microbe Vol. 6; no. 6; p. 101030
Main Authors Li, Amanda, Coffey, Lark L, Mohr, Emma L, Raper, Jessica, Chahroudi, Ann, Ausderau, Karla K, Aliota, Matthew T, Friedrich, Thomas C, Mitzey, Ann M, Koenig, Michelle R, Golos, Thaddeus G, Jaeger, Hannah K, Roberts, Victoria H J, Lo, Jamie O, Smith, Jessica L, Hirsch, Alec J, Streblow, Daniel N, Newman, Christina M, O’Connor, David H, Lackritz, Eve M, Van Rompay, Koen K A, Adams Waldorf, Kristina M, Adams Waldorf, Kristina M., Barrett, Alan D.T., Beasley, David W.C., Bennie, JosephY. B., Bourne, Nigel, Brault, Aaron C., Cehovin, Ana, Coelho, Christiane, Diamond, Michael S., Emperador, Devy, Faria, Nuno R., Fay, Petra C., Golding, Josephine P., Harris, Eva, Hasanin, Nagwa, Jaenisch, Thomas, Ko, Albert I., Lackritz, Eve M., Leighton, Tabitha, Leo, Yee-Sin, Mehr, Angela J., Memish, Ziad A., Méndez-Rico, Jairo A., Moore, Kristine A., Mura, Manuela, Ng, Lee-Ching, Osterholm, Michael T., Ostrowsky, Julia T., Peeling, Rosanna W., Rabe, Ingrid B., Salje, Henrik, Staples, J Erin, Thomas, Stephen J., Ulrich, Angela K., Vanhomwegen, Jessica, Wongsawat, Jurai
Format Journal Article
LanguageEnglish
Published England Elsevier Ltd 01.06.2025
Subjects
Animals
Disease Models, Animal
Female
Humans
Infectious Disease
Microcephaly - virology
Pregnancy
Primates - virology
Zika Virus - pathogenicity
Zika Virus - physiology
Zika Virus Infection - epidemiology
Zika Virus Infection - prevention & control
Zika Virus Infection - virology
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Abstract Zika virus, a mosquito-transmitted orthoflavivirus, has become a pathogen of global health concern ever since the virus caused an epidemic in Brazil in 2015 associated with approximately 700 000 laboratory-confirmed cases of congenital microcephaly. The subsequent spread of the epidemic in 2016 resulted in a wide spectrum of congenital neurological, ophthalmological, and developmental abnormalities across the Americas, Africa, and Asia. In this context, non-human primate models have become essential tools for Zika virus research to understand the pathogenesis of congenital brain injury and perinatal complications and for developing and testing medical countermeasures such as vaccines, diagnostics, and therapeutics. Fetal brain injury has been observed across various non-human primate species and is influenced by factors such as the Zika virus strain, gestational age at inoculation, and inoculation dose and route. Miscarriages are also seen as common outcomes of first trimester Zika virus infections. This Series paper reviews the diverse non-human primate models currently used for Zika virus research to mitigate the public health effects of future Zika virus epidemics.
AbstractList Zika virus, a mosquito-transmitted orthoflavivirus, has become a pathogen of global health concern ever since the virus caused an epidemic in Brazil in 2015 associated with approximately 700 000 laboratory-confirmed cases of congenital microcephaly. The subsequent spread of the epidemic in 2016 resulted in a wide spectrum of congenital neurological, ophthalmological, and developmental abnormalities across the Americas, Africa, and Asia. In this context, non-human primate models have become essential tools for Zika virus research to understand the pathogenesis of congenital brain injury and perinatal complications and for developing and testing medical countermeasures such as vaccines, diagnostics, and therapeutics. Fetal brain injury has been observed across various non-human primate species and is influenced by factors such as the Zika virus strain, gestational age at inoculation, and inoculation dose and route. Miscarriages are also seen as common outcomes of first trimester Zika virus infections. This Series paper reviews the diverse non-human primate models currently used for Zika virus research to mitigate the public health effects of future Zika virus epidemics.
Zika virus, a mosquito-transmitted orthoflavivirus, has become a pathogen of global health concern ever since the virus caused an epidemic in Brazil in 2015 associated with approximately 700 000 laboratory-confirmed cases of congenital microcephaly. The subsequent spread of the epidemic in 2016 resulted in a wide spectrum of congenital neurological, ophthalmological, and developmental abnormalities across the Americas, Africa, and Asia. In this context, non-human primate models have become essential tools for Zika virus research to understand the pathogenesis of congenital brain injury and perinatal complications and for developing and testing medical countermeasures such as vaccines, diagnostics, and therapeutics. Fetal brain injury has been observed across various non-human primate species and is influenced by factors such as the Zika virus strain, gestational age at inoculation, and inoculation dose and route. Miscarriages are also seen as common outcomes of first trimester Zika virus infections. This Series paper reviews the diverse non-human primate models currently used for Zika virus research to mitigate the public health effects of future Zika virus epidemics.Zika virus, a mosquito-transmitted orthoflavivirus, has become a pathogen of global health concern ever since the virus caused an epidemic in Brazil in 2015 associated with approximately 700 000 laboratory-confirmed cases of congenital microcephaly. The subsequent spread of the epidemic in 2016 resulted in a wide spectrum of congenital neurological, ophthalmological, and developmental abnormalities across the Americas, Africa, and Asia. In this context, non-human primate models have become essential tools for Zika virus research to understand the pathogenesis of congenital brain injury and perinatal complications and for developing and testing medical countermeasures such as vaccines, diagnostics, and therapeutics. Fetal brain injury has been observed across various non-human primate species and is influenced by factors such as the Zika virus strain, gestational age at inoculation, and inoculation dose and route. Miscarriages are also seen as common outcomes of first trimester Zika virus infections. This Series paper reviews the diverse non-human primate models currently used for Zika virus research to mitigate the public health effects of future Zika virus epidemics.
SummaryZika virus, a mosquito-transmitted orthoflavivirus, has become a pathogen of global health concern ever since the virus caused an epidemic in Brazil in 2015 associated with approximately 700 000 laboratory-confirmed cases of congenital microcephaly. The subsequent spread of the epidemic in 2016 resulted in a wide spectrum of congenital neurological, ophthalmological, and developmental abnormalities across the Americas, Africa, and Asia. In this context, non-human primate models have become essential tools for Zika virus research to understand the pathogenesis of congenital brain injury and perinatal complications and for developing and testing medical countermeasures such as vaccines, diagnostics, and therapeutics. Fetal brain injury has been observed across various non-human primate species and is influenced by factors such as the Zika virus strain, gestational age at inoculation, and inoculation dose and route. Miscarriages are also seen as common outcomes of first trimester Zika virus infections. This Series paper reviews the diverse non-human primate models currently used for Zika virus research to mitigate the public health effects of future Zika virus epidemics.
ArticleNumber 101030
Author Bennie, JosephY. B.
Roberts, Victoria H J
O’Connor, David H
Mura, Manuela
Bourne, Nigel
Faria, Nuno R.
Wongsawat, Jurai
Adams Waldorf, Kristina M.
Harris, Eva
Peeling, Rosanna W.
Beasley, David W.C.
Mohr, Emma L
Chahroudi, Ann
Coelho, Christiane
Aliota, Matthew T
Barrett, Alan D.T.
Ko, Albert I.
Mehr, Angela J.
Ng, Lee-Ching
Cehovin, Ana
Rabe, Ingrid B.
Newman, Christina M
Fay, Petra C.
Adams Waldorf, Kristina M
Li, Amanda
Lackritz, Eve M.
Salje, Henrik
Raper, Jessica
Friedrich, Thomas C
Koenig, Michelle R
Leo, Yee-Sin
Thomas, Stephen J.
Hasanin, Nagwa
Moore, Kristine A.
Hirsch, Alec J
Staples, J Erin
Jaenisch, Thomas
Ausderau, Karla K
Diamond, Michael S.
Mitzey, Ann M
Smith, Jessica L
Osterholm, Michael T.
Golos, Thaddeus G
Méndez-Rico, Jairo A.
Lo, Jamie O
Brault, Aaron C.
Coffey, Lark L
Lackritz, Eve M
Jaeger, Hannah K
Vanhomwegen, Jessica
Van Rompay, Koen K A
Golding, Josephine P.
Emperador, Devy
Ulrich, Angela K.
Streblow, Daniel N
Leighton, Tabitha
Ostrowsky, Julia T.
Memish, Ziad A.
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Bourne, Nigel
Wongsawat, Jurai
Bennie, JosephY B
Barrett, Alan D T
Moore, Kristine A
Harris, Eva
Memish, Ziad A
Brault, Aaron C
Coelho, Christiane
Ko, Albert I
Faria, Nuno R
Thomas, Stephen J
Fay, Petra C
Lackritz, Eve M
Beasley, David W C
Ng, Lee-Ching
Méndez-Rico, Jairo A
Vanhomwegen, Jessica
Cehovin, Ana
Ostrowsky, Julia T
Emperador, Devy
Adams Waldorf, Kristina M
Leighton, Tabitha
Mehr, Angela J
Osterholm, Michael T
Salje, Henrik
Ulrich, Angela K
Leo, Yee-Sin
Diamond, Michael S
Hasanin, Nagwa
Staples, J Erin
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Snippet Zika virus, a mosquito-transmitted orthoflavivirus, has become a pathogen of global health concern ever since the virus caused an epidemic in Brazil in 2015...
SummaryZika virus, a mosquito-transmitted orthoflavivirus, has become a pathogen of global health concern ever since the virus caused an epidemic in Brazil in...
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SubjectTerms Animals
Disease Models, Animal
Female
Humans
Infectious Disease
Microcephaly - virology
Pregnancy
Primates - virology
Zika Virus - pathogenicity
Zika Virus - physiology
Zika Virus Infection - epidemiology
Zika Virus Infection - prevention & control
Zika Virus Infection - virology
Title Role of non-human primate models in accelerating research and developing countermeasures against Zika virus infection
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https://www.clinicalkey.es/playcontent/1-s2.0-S2666524724002982
https://dx.doi.org/10.1016/j.lanmic.2024.101030
https://www.ncbi.nlm.nih.gov/pubmed/40024258
https://www.proquest.com/docview/3173024422
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