We gratefully thank Ikuo Yamaguchi of Toyohashi Municipal Hospital, Masaaki Sasano and Mitsuhiro Hori of Okazaki City Hospital, Kouji Ikezaki, Seiichi Shimizu and Yasunobu Nishiyama of Meijo Hospital, and Nobuko Sato and Hiroko Tsuchiya of Ichinomiya Municipal Hospital for providing S. pyogenes strains.

We thank Slawomir Lukomski for providing LY2157299 molecular weight pFW12 and pSL60-2 plasmids. This study was partially supported by a grant from the Ministry of Health, Labor and Welfare of Japan. “
“In transplantation, harnessing the immune system is essential for allograft survival and function. This session explores different aspects of the immune system during transplantation, including the effect of donor-specific anti-human leucocyte antigen (HLA) antibodies (DSAs), antibody-mediated rejection (AMR), B cell modulation and the role of immunoglobulin

(Ig) therapy. It is well known that DSAs play a key role in the failure of allografts. Identifying and characterizing DSAs provides information that can aid in risk stratification of transplant recipients. The ability to bind complement provides PD-0332991 supplier additional information regarding the cytotoxic potential of these antibodies and can therefore potentially guide individualized treatment strategies. AMR presents as several phenotypes, which vary in severity. As such, potentially different treatment strategies are required, emphasizing the importance of accurate diagnosis. In patients with elevated anti-HLA antibodies, waiting times for a compatible organ are often prolonged. Desensitization protocols

using intravenous immunoglobulin (IVIg), in combination with other therapies, have been developed to enhance the availability of compatible donors. Another important aspect of transplantation is the role of B cells. While B cells may be involved in AMR and forms of cellular rejection, there is evidence to suggest that regulatory B cells may also have a positive impact upon long-term graft survival. Hypogammaglobulinaemia (HGG) has been reported after solid organ transplantation and is associated with an increased risk of infections. Monitoring immunoglobulin G (IgG) levels post-transplantation may identify patients at risk for infections who could potentially benefit from pre-emptive treatment with IVIg. Allograft rejection has always been the chief obstacle to GABA Receptor transplantation success. Advances in the field of transplantation have highlighted the harmful effects of donor-specific anti-human leucocyte antigen (HLA) antibodies (DSAs) on allografts, and that chronic graft loss is part of the antibody-mediated rejection (AMR) spectrum. In this paper, a variety of important factors in transplantation are discussed, particularly immune-related features that can be detected or modified to identify high-risk patients and improve allograft survival. Potential applications of intravenous immunoglobulin (IVIg) are also presented. DSAs are known to promote various types of AMR.