Sure. Jim, this is Ali, again. Just to reiterate, at least from a target perspective, the drug certainly targets, on the PI3 kinase side, a PI3 kinase isoform alpha and delta most potently, to some extent targets PI3 kinase beta and spares PI3 kinase gamma. On the HDAC side, the drug targets, biochemically, is HDAC Class 1, which are 1, 2 and 3 enzymes, and also Class 2b, which includes HDAC6 and HDAC10. In all cases, the drug is very potent against this. Both in vitro, in cell-based and in vivo models, we've seen ample modification of acidulation, modifications of turbulent, which is the primary target that is looked at for HDAC6 in that case. So we can show that the drug is certainly active against HDAC6. We don't have at the moment clinical data. Biomarker data is not mature enough for us to discuss the events that are happening there. One thing I can point to, as I indicated from an adverse side effect perspective, we have seen thrombocytopenia, drop in platelet counts, which is based on published results, usually -- with the HDACs, is usually due to HDAC6 modifications and inhibition as well. In terms of the question that you asked with regards to Revlimid, we do have some preclinical data and testings conducted an ongoing with looking at the potential for the drug with REVLIMID. As I mentioned, the 2 patients that we've seen some benefit in, including a multiple myeloma patient, as well as a DLBCL, diffuse large B-cell lymphoma patient. We had predicted, based on our preclinical studies, that those 2 -- specifically those 2 cancer types would be cancer types of interest and things that we may want to expand more into. In the case of the multiple myeloma, where they are at this point is a monotherapy or combination with other treatments, including REVLIMID, is yet be seen. We do need to allow more patients to be enrolled and mature. But those are all of interest for us. I hope that answered your question, Jim.