Cargando…

A Phase III open-label, randomized, active controlled clinical study to assess safety, immunogenicity and lot-to-lot consistency of a bovine-human reassortant pentavalent rotavirus vaccine in Indian infants

BACKGROUND: A heat-stable bovine-human rotavirus reassortant pentavalent vaccine (BRV-PV, ROTASIIL®) was developed in India. In this study, the vaccine was tested for safety, immunogenicity and clinical lot-to-lot consistency. METHODS: This was a Phase III, open label, randomized, equivalence design...

Descripción completa

Detalles Bibliográficos
Autores principales: Rathi, Niraj, Desai, Sajjad, Kawade, Anand, Venkatramanan, Padmasani, Kundu, Ritabrata, Lalwani, Sanjay K., Dubey, A.P., Venkateswara Rao, J., Narayanappa, D., Ghildiyal, Radha, Gogtay, Nithya, Venugopal, P., Palkar, Sonali, Munshi, Renuka, Kang, Gagandeep, Babji, Sudhir, Bavdekar, Ashish, Juvekar, Sanjay, Ganguly, Nupur, Niyogi, Prabal, Ghosh Uttam, Kheya, Rajani, H.S., Kondekar, Alpana, Kumbhar, Dipti, Mohanlal, Smilu, Agarwal, Mukesh C, Shetty, Parvan, Antony, Kalpana, Gunale, Bhagwat, Dharmadhikari, Abhijeet, Tang, Yuxiao, Kulkarni, Prasad S., Flores, Jorge
Formato: Online Artículo Texto
Lenguaje:English
Publicado: Elsevier Science 2018
Materias:
Acceso en línea:https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6288065/
https://www.ncbi.nlm.nih.gov/pubmed/30420116
http://dx.doi.org/10.1016/j.vaccine.2018.11.006
_version_ 1783379725807255552
author Rathi, Niraj
Desai, Sajjad
Kawade, Anand
Venkatramanan, Padmasani
Kundu, Ritabrata
Lalwani, Sanjay K.
Dubey, A.P.
Venkateswara Rao, J.
Narayanappa, D.
Ghildiyal, Radha
Gogtay, Nithya
Venugopal, P.
Palkar, Sonali
Munshi, Renuka
Kang, Gagandeep
Babji, Sudhir
Bavdekar, Ashish
Juvekar, Sanjay
Ganguly, Nupur
Niyogi, Prabal
Ghosh Uttam, Kheya
Rajani, H.S.
Kondekar, Alpana
Kumbhar, Dipti
Mohanlal, Smilu
Agarwal, Mukesh C
Shetty, Parvan
Antony, Kalpana
Gunale, Bhagwat
Dharmadhikari, Abhijeet
Tang, Yuxiao
Kulkarni, Prasad S.
Flores, Jorge
author_facet Rathi, Niraj
Desai, Sajjad
Kawade, Anand
Venkatramanan, Padmasani
Kundu, Ritabrata
Lalwani, Sanjay K.
Dubey, A.P.
Venkateswara Rao, J.
Narayanappa, D.
Ghildiyal, Radha
Gogtay, Nithya
Venugopal, P.
Palkar, Sonali
Munshi, Renuka
Kang, Gagandeep
Babji, Sudhir
Bavdekar, Ashish
Juvekar, Sanjay
Ganguly, Nupur
Niyogi, Prabal
Ghosh Uttam, Kheya
Rajani, H.S.
Kondekar, Alpana
Kumbhar, Dipti
Mohanlal, Smilu
Agarwal, Mukesh C
Shetty, Parvan
Antony, Kalpana
Gunale, Bhagwat
Dharmadhikari, Abhijeet
Tang, Yuxiao
Kulkarni, Prasad S.
Flores, Jorge
author_sort Rathi, Niraj
collection PubMed
description BACKGROUND: A heat-stable bovine-human rotavirus reassortant pentavalent vaccine (BRV-PV, ROTASIIL®) was developed in India. In this study, the vaccine was tested for safety, immunogenicity and clinical lot-to-lot consistency. METHODS: This was a Phase III, open label, randomized, equivalence design study. The primary objective was to demonstrate lot-to-lot consistency of BRV-PV. Subjects were randomized into four arms, three arms received Lots A, B, and C of BRV-PV and the control arm, received Rotarix®. Three doses of BRV-PV or two doses of Rotarix® and one dose of placebo were given at 6, 10, and 14 weeks of age. Blood samples were collected four weeks after the third dose to assess rotavirus IgA antibody levels. The three lots of BRV-PV were equivalent if the 95% Confidence Intervals (CIs) of the geometric mean concentration (GMC) ratios were between 0.5 and 2. Solicited reactions were collected by using diary cards. RESULTS: The study was conducted in 1500 randomized infants, of which 1341 infants completed the study. The IgA GMC ratios among the three lots were around 1 (Lot A versus Lot B: 1.07; Lot A versus Lot C: 1.06; and Lot B versus Lot C: 0.99). The 95% CIs for the GMC ratios were between 0.78 and 1.36. The IgA GMCs were: BRV-PV group 19.16 (95% CI 17.37–21.14) and Rotarix® group 10.92 (95% CI 9.36–12.74) (GMC ratio 1.75; 90% CI 1.51–2.04). Seropositivity rates were 46.98% (95% CI 43.86–50.11) and 31.12% (95% CI 26.17–36.41). The incidence of solicited reactions was comparable across the four arms. No serious adverse events were associated with the study vaccines, except two gastroenteritis events in the BRV-PV groups. CONCLUSION: Lot-to-lot consistency of BRV-PV was demonstrated in terms of GMC ratios of IgA antibodies. The vaccine safety and immunogenicity profiles were similar to those of Rotarix®. Clinical Trials.Gov [NCT02584816] and Clinical Trial Registry of India [CTRI/2015/07/006034].
format Online
Article
Text
id pubmed-6288065
institution National Center for Biotechnology Information
language English
publishDate 2018
publisher Elsevier Science
record_format MEDLINE/PubMed
spelling pubmed-62880652018-12-19 A Phase III open-label, randomized, active controlled clinical study to assess safety, immunogenicity and lot-to-lot consistency of a bovine-human reassortant pentavalent rotavirus vaccine in Indian infants Rathi, Niraj Desai, Sajjad Kawade, Anand Venkatramanan, Padmasani Kundu, Ritabrata Lalwani, Sanjay K. Dubey, A.P. Venkateswara Rao, J. Narayanappa, D. Ghildiyal, Radha Gogtay, Nithya Venugopal, P. Palkar, Sonali Munshi, Renuka Kang, Gagandeep Babji, Sudhir Bavdekar, Ashish Juvekar, Sanjay Ganguly, Nupur Niyogi, Prabal Ghosh Uttam, Kheya Rajani, H.S. Kondekar, Alpana Kumbhar, Dipti Mohanlal, Smilu Agarwal, Mukesh C Shetty, Parvan Antony, Kalpana Gunale, Bhagwat Dharmadhikari, Abhijeet Tang, Yuxiao Kulkarni, Prasad S. Flores, Jorge Vaccine Article BACKGROUND: A heat-stable bovine-human rotavirus reassortant pentavalent vaccine (BRV-PV, ROTASIIL®) was developed in India. In this study, the vaccine was tested for safety, immunogenicity and clinical lot-to-lot consistency. METHODS: This was a Phase III, open label, randomized, equivalence design study. The primary objective was to demonstrate lot-to-lot consistency of BRV-PV. Subjects were randomized into four arms, three arms received Lots A, B, and C of BRV-PV and the control arm, received Rotarix®. Three doses of BRV-PV or two doses of Rotarix® and one dose of placebo were given at 6, 10, and 14 weeks of age. Blood samples were collected four weeks after the third dose to assess rotavirus IgA antibody levels. The three lots of BRV-PV were equivalent if the 95% Confidence Intervals (CIs) of the geometric mean concentration (GMC) ratios were between 0.5 and 2. Solicited reactions were collected by using diary cards. RESULTS: The study was conducted in 1500 randomized infants, of which 1341 infants completed the study. The IgA GMC ratios among the three lots were around 1 (Lot A versus Lot B: 1.07; Lot A versus Lot C: 1.06; and Lot B versus Lot C: 0.99). The 95% CIs for the GMC ratios were between 0.78 and 1.36. The IgA GMCs were: BRV-PV group 19.16 (95% CI 17.37–21.14) and Rotarix® group 10.92 (95% CI 9.36–12.74) (GMC ratio 1.75; 90% CI 1.51–2.04). Seropositivity rates were 46.98% (95% CI 43.86–50.11) and 31.12% (95% CI 26.17–36.41). The incidence of solicited reactions was comparable across the four arms. No serious adverse events were associated with the study vaccines, except two gastroenteritis events in the BRV-PV groups. CONCLUSION: Lot-to-lot consistency of BRV-PV was demonstrated in terms of GMC ratios of IgA antibodies. The vaccine safety and immunogenicity profiles were similar to those of Rotarix®. Clinical Trials.Gov [NCT02584816] and Clinical Trial Registry of India [CTRI/2015/07/006034]. Elsevier Science 2018-12-18 /pmc/articles/PMC6288065/ /pubmed/30420116 http://dx.doi.org/10.1016/j.vaccine.2018.11.006 Text en © 2018 The Author(s) http://creativecommons.org/licenses/by/4.0/ This is an open access article under the CC BY license (http://creativecommons.org/licenses/by/4.0/).
spellingShingle Article
Rathi, Niraj
Desai, Sajjad
Kawade, Anand
Venkatramanan, Padmasani
Kundu, Ritabrata
Lalwani, Sanjay K.
Dubey, A.P.
Venkateswara Rao, J.
Narayanappa, D.
Ghildiyal, Radha
Gogtay, Nithya
Venugopal, P.
Palkar, Sonali
Munshi, Renuka
Kang, Gagandeep
Babji, Sudhir
Bavdekar, Ashish
Juvekar, Sanjay
Ganguly, Nupur
Niyogi, Prabal
Ghosh Uttam, Kheya
Rajani, H.S.
Kondekar, Alpana
Kumbhar, Dipti
Mohanlal, Smilu
Agarwal, Mukesh C
Shetty, Parvan
Antony, Kalpana
Gunale, Bhagwat
Dharmadhikari, Abhijeet
Tang, Yuxiao
Kulkarni, Prasad S.
Flores, Jorge
A Phase III open-label, randomized, active controlled clinical study to assess safety, immunogenicity and lot-to-lot consistency of a bovine-human reassortant pentavalent rotavirus vaccine in Indian infants
title A Phase III open-label, randomized, active controlled clinical study to assess safety, immunogenicity and lot-to-lot consistency of a bovine-human reassortant pentavalent rotavirus vaccine in Indian infants
title_full A Phase III open-label, randomized, active controlled clinical study to assess safety, immunogenicity and lot-to-lot consistency of a bovine-human reassortant pentavalent rotavirus vaccine in Indian infants
title_fullStr A Phase III open-label, randomized, active controlled clinical study to assess safety, immunogenicity and lot-to-lot consistency of a bovine-human reassortant pentavalent rotavirus vaccine in Indian infants
title_full_unstemmed A Phase III open-label, randomized, active controlled clinical study to assess safety, immunogenicity and lot-to-lot consistency of a bovine-human reassortant pentavalent rotavirus vaccine in Indian infants
title_short A Phase III open-label, randomized, active controlled clinical study to assess safety, immunogenicity and lot-to-lot consistency of a bovine-human reassortant pentavalent rotavirus vaccine in Indian infants
title_sort phase iii open-label, randomized, active controlled clinical study to assess safety, immunogenicity and lot-to-lot consistency of a bovine-human reassortant pentavalent rotavirus vaccine in indian infants
topic Article
url https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6288065/
https://www.ncbi.nlm.nih.gov/pubmed/30420116
http://dx.doi.org/10.1016/j.vaccine.2018.11.006
work_keys_str_mv AT rathiniraj aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT desaisajjad aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT kawadeanand aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT venkatramananpadmasani aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT kunduritabrata aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT lalwanisanjayk aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT dubeyap aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT venkateswararaoj aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT narayanappad aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT ghildiyalradha aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT gogtaynithya aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT venugopalp aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT palkarsonali aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT munshirenuka aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT kanggagandeep aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT babjisudhir aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT bavdekarashish aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT juvekarsanjay aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT gangulynupur aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT niyogiprabal aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT ghoshuttamkheya aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT rajanihs aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT kondekaralpana aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT kumbhardipti aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT mohanlalsmilu aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT agarwalmukeshc aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT shettyparvan aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT antonykalpana aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT gunalebhagwat aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT dharmadhikariabhijeet aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT tangyuxiao aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT kulkarniprasads aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT floresjorge aphaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT rathiniraj phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT desaisajjad phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT kawadeanand phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT venkatramananpadmasani phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT kunduritabrata phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT lalwanisanjayk phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT dubeyap phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT venkateswararaoj phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT narayanappad phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT ghildiyalradha phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT gogtaynithya phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT venugopalp phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT palkarsonali phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT munshirenuka phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT kanggagandeep phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT babjisudhir phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT bavdekarashish phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT juvekarsanjay phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT gangulynupur phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT niyogiprabal phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT ghoshuttamkheya phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT rajanihs phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT kondekaralpana phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT kumbhardipti phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT mohanlalsmilu phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT agarwalmukeshc phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT shettyparvan phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT antonykalpana phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT gunalebhagwat phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT dharmadhikariabhijeet phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT tangyuxiao phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT kulkarniprasads phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants
AT floresjorge phaseiiiopenlabelrandomizedactivecontrolledclinicalstudytoassesssafetyimmunogenicityandlottolotconsistencyofabovinehumanreassortantpentavalentrotavirusvaccineinindianinfants