The review covers the development of synthetic peptides as vaccine candidates for Plasmodium falciparum- and Plasmodium vivax-induced malaria from its beginning up to date and the concomitant progress of solid phase peptide synthesis (SPPS) that enables the production of long peptides in a routine fashion. The review also stresses the development of other complementary tools and actions in order to achieve the long sought goal of an efficacious malaria vaccine
Three long synthetic peptides corresponding to amino (N), repeat (R) and carboxyl (C) regions of the...
Malaria continues being a high-impact disease regarding public health worldwide; the WHO report for ...
This review critically examines the development of malaria vaccine candidates and the results obtain...
This review describes the advances in malaria antigen discovery and vaccine development using the lo...
A brief historical account of synthetic peptide approach to malaria vaccine discovery and developmen...
Long synthetic peptides (LSPs) have a variety of important clinical uses as synthetic vaccines and d...
Synthetic peptides are potential vaccine candidates because they may be able to induce high antibody...
Background: Malaria, caused by the protozoan parasite Plasmodium, is one of the main causes of morbi...
Development of an effective malaria vaccine poses a major scientific challenge both in the laborator...
Abstract Background Clinical profiling of two components for a synthetic peptide-based virosomal mal...
Introduction: Obtaining an effective antimalarial vaccine has represented one of the biggest public ...
The demonstration of the i) acquired protective immunity in adults living in endemic areas, ii) cure...
Two synthetic polypeptides containing multiple B- and T-cell epitopes derived from the conserved reg...
Three long synthetic peptides corresponding to amino (N), repeat (R) and carboxyl (C) regions of the...
Rational strategies for obtaining malaria vaccine candidates should include not only a proper select...
Three long synthetic peptides corresponding to amino (N), repeat (R) and carboxyl (C) regions of the...
Malaria continues being a high-impact disease regarding public health worldwide; the WHO report for ...
This review critically examines the development of malaria vaccine candidates and the results obtain...
This review describes the advances in malaria antigen discovery and vaccine development using the lo...
A brief historical account of synthetic peptide approach to malaria vaccine discovery and developmen...
Long synthetic peptides (LSPs) have a variety of important clinical uses as synthetic vaccines and d...
Synthetic peptides are potential vaccine candidates because they may be able to induce high antibody...
Background: Malaria, caused by the protozoan parasite Plasmodium, is one of the main causes of morbi...
Development of an effective malaria vaccine poses a major scientific challenge both in the laborator...
Abstract Background Clinical profiling of two components for a synthetic peptide-based virosomal mal...
Introduction: Obtaining an effective antimalarial vaccine has represented one of the biggest public ...
The demonstration of the i) acquired protective immunity in adults living in endemic areas, ii) cure...
Two synthetic polypeptides containing multiple B- and T-cell epitopes derived from the conserved reg...
Three long synthetic peptides corresponding to amino (N), repeat (R) and carboxyl (C) regions of the...
Rational strategies for obtaining malaria vaccine candidates should include not only a proper select...
Three long synthetic peptides corresponding to amino (N), repeat (R) and carboxyl (C) regions of the...
Malaria continues being a high-impact disease regarding public health worldwide; the WHO report for ...
This review critically examines the development of malaria vaccine candidates and the results obtain...