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Route and Antigen Shape Immunity to dmLT-Adjuvanted Vaccines to a Greater Extent than Biochemical Stress or Formulation Excipients

Number of pages: 43 Posted: 13 Aug 2022

Addison E. Stone, Ivy V. Trinh, Saraswatie Rambara, Marcus estrada, Curtis W. Jarand, William S. Blake, Amelie E. Murrell, Chelsea M. Huerter, Yukihiro Nakanishi, Renee M. Laird, Wayne F. Reed, Jessica A. White and Elizabeth B. Norton

Tulane University - School of Medicine, Tulane University - School of Medicine, Tulane University - School of Medicine, PATH, Tulane University, Tulane University - School of Medicine, Tulane University - School of Medicine, Tulane University - School of Medicine, H. Lee Moffitt Cancer Center and Research Institute, Government of the United States of America - Henry M. Jackson Foundation for the Advancement of Military Medicine, Tulane University, PATH and Tulane University - School of Medicine

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Curtis W. Jarand

Tulane University

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Scholarly Papers (1)

Route and Antigen Shape Immunity to dmLT-Adjuvanted Vaccines to a Greater Extent than Biochemical Stress or Formulation Excipients

Abstract:

Curtis W. Jarand

Tulane University

1

47

0

Scholarly Papers (1)

­Route and Antigen Shape Immunity to dmLT-Adjuvanted Vaccines to a Greater Extent than Biochemical Stress or Formulation Excipients

Abstract:

Route and Antigen Shape Immunity to dmLT-Adjuvanted Vaccines to a Greater Extent than Biochemical Stress or Formulation Excipients