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. Author manuscript; available in PMC: 2016 Dec 1.
Published in final edited form as: Tuberculosis (Edinb). 2015 Aug 28;95(6):722–735. doi: 10.1016/j.tube.2015.07.005

Table 3.

Epitopes detected in 2 or more animals.*

Antigen Position Sequence Magnitude Frequency #Animals
Rv0125 306–320 AVDGAPINSATAMAD 83.3 14% 2
Rv3619c 76–90 QAAGNNMAQTDSAVG 183.3 14% 2
Rv3620c 16–30 AGRFEVHAQTVEDEA 103.3 14% 2
Rv3620c 61–75 NQAFRNIVNMLHGVR 80.0 14% 2
Rv3620c 76–90 DGLVRDANNYEQQEQ 75.0 14% 2
Rv3874 31–45 QVESTAGSLQGQWRG 83.3 14% 2
Rv3874 51–65 AQAAVVRFQEAANKQ 1146.6 21% 3
Rv3874 71–85 EISTNIRQAGVQYSR 745.0 36% 5
Rv0288 61–75 AMEDLVRAYHAMSST 265.0 21% 3
Rv3620c 6–20 MTDPHAMRDMAGRFE 81.7 21% 3
Rv3620c 51–65 ATSLDTMTQMNQAFR 106.7 21% 3
Rv3875 1–15 MTEQQWNFAGIEAAA 2836.7 57% 8
Rv3875 51–65 YQGVQQKWDATATEL 375.0 29% 4
*

Epitope responses detected in at least two animals are listed, with specific information including antigen source, position, as well as specific information about the response elicited, including total magnitude as measured by SFCs in ELISPOT, frequency of positive animals and specific numbers of animals responding to epitope.