The immunogenicity and antibody cross-reactivity of two chemically different but structurally equivalent molecular mimics were analyzed by presenting them to the immune system in different modes. The observed differences in IgM and IgG responses in terms of cross-reactivity with the mimicking antigen could reflect the differential proliferative abilities of the corresponding B-cells. Modification of the T-cell help, either by using a promiscuous T-cell epitope or by prepriming, led to the shift in the antibody response towards the mimicking epitope. Also, the anti-sugar antibodies could be boosted using a carbohydrate mimicking peptide on cross-immunization. Thus, the carbohydrate-peptide mimicry appears to be a topological quasi-equivalenc...
AbstractStructural similarity between viral T cell epitopes and self-peptides could lead to the indu...
We investigated whether and how molecular mimicry affects the shaping of the helper T cell repertoir...
Mechanisms of broad cross-protection, as seen in viral infection and also applied to vaccines, empha...
AbstractMolecular mimicry is a recurrent theme in host defense processes. The correlation of functio...
Introduction: The existence of specific carbohydrates on the surface of a wide range of cells provid...
Mimicry of host antigens by infectious agents may induce cross-reactive autoimmune responses to epit...
Abstract: The immunogenicity of a peptide-protein conjugate developed by linking a peptide mimic DRP...
The immune response against methyl-α -D-mannopyranoside mimicking 12-mer peptide (DVFYPYPYASGS) was ...
One of the most pressing global issues in human health today includes the need to develop new, safer...
The shared surface topology of two chemically dissimilar but functionally equivalent molecular struc...
The functional consequences of peptide-carbohydrate mimicry were analyzed on the basis of the crysta...
The notion that mimicry between a self and a microbial peptide antigen can trigger or aggravate auto...
International audienceThe use of carbohydrate-mimicking peptides to induce immune responses against ...
We investigated whether and how molecular mimicry affects the shaping of the helper T cell repertoir...
International audienceProtein conjugates of oligosaccharides or peptides that mimic complex bacteria...
AbstractStructural similarity between viral T cell epitopes and self-peptides could lead to the indu...
We investigated whether and how molecular mimicry affects the shaping of the helper T cell repertoir...
Mechanisms of broad cross-protection, as seen in viral infection and also applied to vaccines, empha...
AbstractMolecular mimicry is a recurrent theme in host defense processes. The correlation of functio...
Introduction: The existence of specific carbohydrates on the surface of a wide range of cells provid...
Mimicry of host antigens by infectious agents may induce cross-reactive autoimmune responses to epit...
Abstract: The immunogenicity of a peptide-protein conjugate developed by linking a peptide mimic DRP...
The immune response against methyl-α -D-mannopyranoside mimicking 12-mer peptide (DVFYPYPYASGS) was ...
One of the most pressing global issues in human health today includes the need to develop new, safer...
The shared surface topology of two chemically dissimilar but functionally equivalent molecular struc...
The functional consequences of peptide-carbohydrate mimicry were analyzed on the basis of the crysta...
The notion that mimicry between a self and a microbial peptide antigen can trigger or aggravate auto...
International audienceThe use of carbohydrate-mimicking peptides to induce immune responses against ...
We investigated whether and how molecular mimicry affects the shaping of the helper T cell repertoir...
International audienceProtein conjugates of oligosaccharides or peptides that mimic complex bacteria...
AbstractStructural similarity between viral T cell epitopes and self-peptides could lead to the indu...
We investigated whether and how molecular mimicry affects the shaping of the helper T cell repertoir...
Mechanisms of broad cross-protection, as seen in viral infection and also applied to vaccines, empha...