Skip to main content
. 2017 May 16;13(5):e1006081. doi: 10.1371/journal.ppat.1006081

Table 2. Other immune-related proteins from NMRI and BS-90 Biomphalaria glabrata plasma eluted from Schistosoma mansoni sporocyst membrane-enriched (Mem) and larval transformation protein (LTP) affinity columns.

Protein Identification Scaffold No. NMRI BS90
PREDICTED: Lipopolysaccharide-binding protein-like [Biomphalaria glabrata] (100%); Sequence ID: XP_013070669.1 LGUN_random_Scaffold1023 IVGNVAQFR
ALDDGMNMVVIPQLNAVGDTGIALPVLK
DLTFQNPR
QIPLESDIADKFVIDYR
IVGNVAQFR
ALDDGMNMVVIPQLNAVGDTGIALPVLK
DLTFQNPR
LLSPVLFTDSYLETQHK
Thioester-containing protein (TEP) [Biomphalaria glabrata] (100%); Sequence ID: ACL00841.1 LGUN_random_Scaffold4524;
LGUN_random_Scaffold10725;
LGUN_random_Scaffold9700; LGUN_random_Scaffold8482; LGUN_random_Scaffold2300;
LGUN_random_Scaffold76986;
LGUN_random_Scaffold7766; LGUN_random_Scaffold45951; LGUN_random_Scaffold53075; LGUN_random_Scaffold6063; LGUN_random_Scaffold7260
FTPNIHIGR
IIDLLNDGYQR
NIAFTLPDSLVPESQR
TYDYYEPANQATVFYQPR
HDTGMVVQELSIPSGFVPDLSTLGQVAGVK
ITSTEAIDSLAYEIR
QNIDGSFNEFGK
SFFPESWLWTSVK
SNMAADAIVR
SQLAQSTFEK
SYSMSNNYLQLSLLSK
TETVSGAESQFFEVAEYDLPR
VFRPFFVSLTYPR
VGPSWAPIAQLLMYYIR
DSTVCDVCPNCCP
TLRDSTVCDVCPNCCP
QNLDGSFNEFGK
IIDLLNDGYQR
ITSTEAIDSLAYEIR
NIAFTLPDSLVPESQR
NIAFTLPDSLVPESHR
SFFPESWLWTSVK
TYDYYEPANQATVFYQPR
ATNQLSEELNKK
FTPNIHIGR
LDEALPSVR
QNIDGSFNEFGK
SQLAQSTFEK
SYSMSNNYLQLSLLSK
VFRPFFVSLTYPR
VRSFFPESWLWTSVK ENPFLTPVTPGPGNQASNIQVR
QNLDGSFNEFGK
PREDICTED: CD109 antigen-like [Biomphalaria glabrata] (100%)
Sequence ID: XP_013071291.1
LGUN_random_Scaffold108 SVNQLSGDIQTK
VTQPDGLPMTSTAEQVK
IYNVPVLIDLTEGK
SVYFPIVPADLGK
TTNTWDYPNPTK
ALPVTTLQVPLNGEAK
IYNVPVLIDLTEGK
NQVTAFYQSQILK
SVYFPIVPADLGK
TVDLTLPSNTVK
VTQPDGLPMTSTAEQVK
PREDICTED: Heat shock protein 70 kDa cognate 4 [Biomphalaria glabrata] (100%)
Sequence ID: XP_013082115.1
LGUN_random_Scaffold253: BGLB007783 ARFEELNADLFR
IINEPTAAAIAYGLDK
IINEPTAAAIAYGLDKK
FEELNADLFR
IINEPTAAAIAYGLDK
IINEPTAAAIAYGLDKK
LLQDFFNGK
QTQTFTTYSDNQPGVLIQVYEGER
Heat shock protein 60 [Biomphalaria glabrata] (100%); Sequence ID: ACL00842 LGUN_random_Scaffold791: BGLB013300 ALMLQGVDLLADAVAVTMGPK ALMLQGVDLLADAVAVTMGPK
KPLLIVAEDVDGEALSTLVLNR
Biomphalysin [Biomphalaria glabrata] (100%); Sequence ID: AGG38744.1 LGUN_random_Scaffold10: BGLB000137 ASSPVTESIER
FGDSSVPFYK
FKGYLFNLESAR
ADGDDLYFLK
ADGDDLYFLKK
GYLFNLESAR
NGFTWAADTR
SVIEDLQAESVDSGVLYNR
TNSGRPTFNYR
TTVPYTAIITTK
VGYFLQGLYR
WEDGNGNFHQDYR
FGDSSVPFYK
FKGYLFNLESAR
SVIEDLQAESVDSGVLYNR
Dermatopontin 2 [Biomphalaria glabrata] (100%); Sequence ID: AAZ80786 LGUN_random_Scaffold8114:1204:2972: BGLB013420 LTLVVPEGTAVK
CPDGQVVSYVSSIHNNRR
FGFYCCDVQGSTPR
QTHSCTDSGYVNDFDGPLVYTCPGNK
WQFQICTL
CPDGQVVSYVSSIHNNRR
FGFYCCDVQGSTPR
LTLVVPEGTAVK
QTHSCTDSGYVNDFDGPLVYTCPGNK
PREDICTED: Millepora cytotoxin-1-like [Biomphalaria glabrata] (100%); Sequence ID: XP_013061974.1 LG24_random_Scaffold7889 FYCCTNKDYLVHACQHTLTINNAK
GLFSSYDSTAGDR
GLFSSYDSTAGDRLYR
VPEAMYVR
GFISFRVPEAMYVR
GLFSSYDSTAGDR
GLFSSYDSTAGDRLYR
PREDICTED: Uncharacterized protein LOC106068784 [Biomphalaria glabrata] (100%);
Sequence ID: XP_013083707.1

Uncharacterized protein containing a Zn-dependent metalloprotease ADAM/reprolysin-like subgroup domain
LGUN_random_Scaffold286 SLPQIYNNLLPK
AIGNLLGASNDGALSTSIMAIINAPGDVNR
CSLGQCSSYSTPVVDTNCVFGDQK
GNAVCGQIFCR
IPNTMTCTPVYTSDGLVCDNQKR
AIGNLLGASNDGALSTSIMAIINAPGDVNR
SLPQIYNNLLPK
CSLGQCSSYSTPVVDTNCVFGDQK
PREDICTED: A disintegrin and metalloproteinase (ADAM) with thrombospondin motifs [Biomphalaria glabrata] (100%);
Sequence ID: XP_013075983.1
LGUN_random_Scaffold16032 TYHTALLTAQQISELLGSQHDGVLSSITNR
WFFSSAVAGDIK
YAVSMSEFDR
YAVSMSEFDRTYHTALLTAQQISELLGSQHDGVLSSITNR
No peptides
PREDICTED: Serpin B6-like [Biomphalaria glabrata] (100%); Sequence ID: XP_013077880.1 LGUN_random_Scaffold1827 IQSDVIDLVPALK
SNLNQLLQNMK
VDRPFLYVIR
No peptides
PREDICTED: 14-3-3 protein epsilon-like [Biomphalaria glabrata] (100%);
Sequence ID: XP_013082420.1
LGUN_random_Scaffold260: BGLB007883 DSTLIMQLLR AAFDDAIAELDTLSEESYK
AAFDDAIAELDTLSEESYKDSTLIMQLLR
DSTLIMQLLR
YLAEFATGNDR
PREDICTED: Transforming growth factor-beta-induced protein [Biomphalaria glabrata] (100%);
Sequence ID: XP_013079848.1
LGUN_random_Scaffold209 FTTFYQLLK
LPAGSLDALK
LSAETLDYLNNHISDLTDVLR
SDISTFESLLVK
No peptides
PREDICTED: Neo-calmodulin-like [Biomphalaria glabrata] (100%); Sequence ID: XP_013067017.1 LG27_random_Scaffold161:BGLB001498 SLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMAR
VFDKDGNGFISAAELR EAFSLFDKDGDGTITTK
VFDKDGNGFISAAELR EAFSLFDKDGDGTITTK
PREDICTED: Uncharacterized protein LOC106079481 [Biomphalaria glabrata] (100%); Sequence ID: XP_013096101

Ca-binding protein 1-like (100%); Sequence ID: AAV91525.1
LGUN_random_Scaffold6449 ADYTAAIDENFPNETHDPIITNAYR
FFQTYDANHDNR
ADYTAAIDENFPNETHDPIITNAYR
FFQTYDANHDNR
PREDICTED: GATA zinc finger domain-containing protein [Biomphalaria glabrata] (100%); Sequence ID: XP_013076718.1

Superoxide dismutase (Cu-Zn) [Megathura crenulata] (40%); XP_013083707.1, CAF22060.1
LGUN_random_Scaffold1689 DLTAKNEIPIFAR
EGLLEKDLTAK
HLNEQYKPNLK
HNPIQIHIYKGEK
NEIPIFAR
QFLNLSSNDISLNK
YNHIHSLNNQDLR
YNHIHSLNNQDLRR
GCHSMGGHFNPEGVHHGYR
HNPIQIHIYK
MSVEQIKK
NDDDNLQDHVHVHSK
QLHGFHVHEFGDSSK
QLNKNDDDNLQDHVHVHSK
DLTAKNEIPIFAR
EGLLEKDLTAK
HLNEQYKPNLK
HNPIQIHIYKGEK
NEIPIFAR
QFLNLSSNDISLNK HNPIQIHIYK
MSVEQIKK
QLHGFHVHEFGDSSK
PREDICTED: Uncharacterized protein LOC106059379 [Biomphalaria glabrata] (100%);
Sequence ID: XP_013072448.1

Uncharacterized protein containing Cu-type II ascorbate-dependent monooxygenase, C-terminal domain
LGUN_random_Scaffold1196: 16772–16869; 15959–16119; 14884–15048; 11587–12745 QHVQILPGDEIITR
SQSIPVDGCDWK
TFLSYGDLELIDMYCQLR
QHVQILPGDEIITR
GLVSTIR
SQSIPVDGCDWK

Protein identifications (Sequence ID) were determined using Mascot and Sequest against the current Biomphalaria glabrata annotated NCBInr database. Letters highlighted in light gray = peptides recovered from S. mansoni Mem affinity columns; Letters highlighted in dark gray = peptides recovered from LTP affinity columns. Non-highlighted black lettering = peptides common to both Mem and LTP columns. See S5 and S6 Tables for predicted protein sequences and locations of coding regions within the B. glabrata assemblage (VectorBase) for each identified protein.