Table 2

Published trials using transplant donor-derived expanded single VSTs

VirusPatient numberVST activatorAcute GVHDAntiviral effectsReference
EBV 113 LCL Eight had a recurrence of previous acute GVHD post-CTLs Prophylaxis: none of 101 developed PTLD; treatment: induced CR in 11/13 patients 9, 21, 31, 41 
EBV 14 LCL None CRs in 10 patients; 4 with progressive disease 10 
EBV LCL None reported Decreased EBV DNA levels in 5 patients; 1 patient died of PTLD 42 
EBV LCL One patient reactivated acute skin GVHD Patient attained CR 43 
EBV LCL None Patient failed to respond 44 
EBV LCL None CRs in 3 patients with recurrent PTLD post-rituximab; decrease in EBV DNA in patient without overt PTLD 39 
CMV 14 CMV virion proteins; CD8 clones administered Three patients developed grade 1 or 2 GVHD post- infusion; responded to steroids in all cases Reconstitution of CMV-specific immunity in all patients 12 
CMV CMV lysate None Five cleared after 1st dose of CTL; 1 cleared after a 2nd dose; 1 did not clear; 1 not evaluable 40 
CMV 16 DCs pulsed with CMV antigens derived from a CMV-infected human lung fibroblast cell line Three developed grade 1 skin GVHD, which responded to topical steroids in all cases Massive in vivo expansions of CMV-specific CTLs resulting in reconstitution of viral immunity. In 8 cases, antiviral drugs were not required, and subsequent episodes of reactivation occurred in only 2 patients 11 
CMV 25 CMV antigen; clones administered One case Seven patients underwent CMV reactivation and 5 patients developed CMV disease, which was fatal in 2 patients 45 
CMV DCs pulsed with the immunodominant CD8+ HLA-A2 restricted epitope NLVPMVATV derived from pp65 Three developed grade 3 GVHD, which was fatal in 1 patient Increase in NLV-tetramer binding T cells in 6 recipients; 2 patients developed reactivation, which cleared without pharmacotherapy; no patients developed CMV disease 26 
CMV Peptide mixes derived from full-length pp65 and IE1 None Five of 7 patients had increase in CMV activity in peripheral blood 46 
CMV 16 15-mer peptides spanning the sequence of CMV-pp65 None Fourteen of 16 patients cleared CMV viremia 27 
JCV Stimulation with peptides derived from VP1 and large T-viral proteins None JCV-DNA was cleared in the cerebrospinal fluid 47 
VirusPatient numberVST activatorAcute GVHDAntiviral effectsReference
EBV 113 LCL Eight had a recurrence of previous acute GVHD post-CTLs Prophylaxis: none of 101 developed PTLD; treatment: induced CR in 11/13 patients 9, 21, 31, 41 
EBV 14 LCL None CRs in 10 patients; 4 with progressive disease 10 
EBV LCL None reported Decreased EBV DNA levels in 5 patients; 1 patient died of PTLD 42 
EBV LCL One patient reactivated acute skin GVHD Patient attained CR 43 
EBV LCL None Patient failed to respond 44 
EBV LCL None CRs in 3 patients with recurrent PTLD post-rituximab; decrease in EBV DNA in patient without overt PTLD 39 
CMV 14 CMV virion proteins; CD8 clones administered Three patients developed grade 1 or 2 GVHD post- infusion; responded to steroids in all cases Reconstitution of CMV-specific immunity in all patients 12 
CMV CMV lysate None Five cleared after 1st dose of CTL; 1 cleared after a 2nd dose; 1 did not clear; 1 not evaluable 40 
CMV 16 DCs pulsed with CMV antigens derived from a CMV-infected human lung fibroblast cell line Three developed grade 1 skin GVHD, which responded to topical steroids in all cases Massive in vivo expansions of CMV-specific CTLs resulting in reconstitution of viral immunity. In 8 cases, antiviral drugs were not required, and subsequent episodes of reactivation occurred in only 2 patients 11 
CMV 25 CMV antigen; clones administered One case Seven patients underwent CMV reactivation and 5 patients developed CMV disease, which was fatal in 2 patients 45 
CMV DCs pulsed with the immunodominant CD8+ HLA-A2 restricted epitope NLVPMVATV derived from pp65 Three developed grade 3 GVHD, which was fatal in 1 patient Increase in NLV-tetramer binding T cells in 6 recipients; 2 patients developed reactivation, which cleared without pharmacotherapy; no patients developed CMV disease 26 
CMV Peptide mixes derived from full-length pp65 and IE1 None Five of 7 patients had increase in CMV activity in peripheral blood 46 
CMV 16 15-mer peptides spanning the sequence of CMV-pp65 None Fourteen of 16 patients cleared CMV viremia 27 
JCV Stimulation with peptides derived from VP1 and large T-viral proteins None JCV-DNA was cleared in the cerebrospinal fluid 47 

JCV, polyomavirus JC.

or Create an Account

Close Modal
Close Modal