iReceptor Plus team in the desert of Eilat, Israel.
452M annotated sequences added Data from Zvyagin et. al. "Tracking T-cell immune reconstitution after TCRαβ/CD19-depleted hematopoietic cells transplantation in children" added to the iReceptor Public Archive. Over 1 Billion annotated sequences now available on the iReceptor Scientific Gateway
The European Commission and the Canadian Institutes of Health Research have announced more than $12 million in funding to expand SFU’s iReceptor initiative. iReceptor is a newly developed platform for managing massive repositories of worldwide distributed data that researchers can securely access in their quest to develop new therapies for autoimmune and infectious disease
Problems on our provider have been resolved, the iReceptor Gateway and Repositories are back up. Apologies for any inconvenience.
Our infrastructure provider is having issues and as a result the iReceptor Gateway and its repositories are currently off line.We apologize for any inconvenience, please check back here for updates.
iReceptor congratulates Prof. George P. Smith, who received the 2018 Nobel Prize in Chemistry this week for his invention of phage display, and pioneering work on phage-library technology. As a postdoc with Prof. Smith, iReceptor Co-PI Dr. Jamie K. Scott helped produce the proof of concept for phage-displayed peptide libraries (details). Both Dr. Scott and iReceptor Co-PI Dr. Felix Breden attended the Nobel award ceremony last week as colleagues of Prof. Smith.
The iReceptor Gateway and other iReceptor services are now back on line, sorry for the inconvenience.
Our service provide for the iReceptor Scientific Gateway is experiencing technical difficulties, and as a result, the gateway is down temporarily. Please check back here for updates.
iReceptor congratulates Prof. George P. Smith, who will receive a 2018 Nobel Prize in Chemistry this December for his invention of phage display, and pioneering work on phage-library technology.
A new data T-cell cancer study has been added to the iReceptor Public Archive (IPA) repository, bringing the total number of annotated sequences that can be searched to over 700 million. The study, performed by Wang et. al., entitled "The Different T-cell Receptor Repertoires in Breast Cancer Tumors, Draining Lymph Nodes, and Adjacent Tissues" is the largest single study in the iReceptor Public Archive at over 310 million annotated sequences.
