摘要:
Disclosed are methods for determining the metastatic potential of mammalian tumors and other cancers. Also disclosed are methods for altering the metastatic potential of mammalian cancers, by a) directly or indirectly increasing the level of Regnase peptide or polypeptide; b) selectively increasing the activity or specificity of Regnase peptide or polypeptide; c) selectively increasing the amount or stability of Regnase-specific mRNA; or d) selectively inhibiting one or more negative effectors of Regnase within a cancer cell in an amount and for a time effective to reduce, delay, retard, or prevent subsequent metastasis of the cancer within the body of a mammal. Also disclosed are methods for predicting cancer cell metastasis, and methods for determining the likelihood of patient outcomes by quantitating Regnase-specific expression or activity thereby providing a biomarker for determining the metastatic potential of a given cancer.
摘要:
Disclosed are methods and compositions for inhibiting IRF4 in T-cells, thereby improving transplant outcomes or treating an autoimmune disease such as a myelination disorder. Thus, disclosed are methods to improve a transplant outcome in a recipient of a transplant comprising inhibiting IRF4 in T-cells of the recipient, thereby improving the transplant outcome. In some embodiments, IRF4 can be inhibited by administering an IRF4 inhibitor (e.g., trametinib or anti-IRF4 siRNA), and/or by adoptive transfer of T-cells having IRF4 inhibition. In some embodiments, the T-cells are CD4+ Tcells, and the infiltration thereof into a transplant can be reduced. Also disclosed are methods of treating a subject with a myelination disorder (e.g., multiple sclerosis or encephalomyelitis) comprising inhibiting IRF4.
摘要:
Methods to treat cancer in a subject comprising administering to the subject a therapeutically effective amount of T-cells of the subject having increased IRF4 polypeptide expression compared to a control are disclosed. Also disclosed are methods of increasing tumor reactivity of a T-cell by increasing IRF4 polypeptide expression, and methods to predict the likelihood that a subject having cancer will respond therapeutically to administered T-cells having increased IRF4 polypeptide expression. Also disclosed are compositions comprising a T-cell and a viral vector encoding an IRF4 polypeptide. The compositions are methods are useful for treating numerous cancers in which higher level expression of IRF4 in T-cells would be beneficial. In some embodiments, activated tumorspecific T-cells having increased IRF4 expression have greater infiltration in tumors and enhanced local immunological responses.
摘要:
Disclosed herein are methods for scoring a patient on a liver transplant list, methods of performing a liver transplant, methods of determining expected post-transplant mortality in a subject, and methods of determining expected sepsis. The disclosed methods can be used to avoid futile transplantation, avoid wasting organs, and promote efficient management of organ placement. These methods involve assaying a sample from the subject for T cell receptor (TCR) repertoire.