Dextramer® Controls
Depending on your experimental setup, you can order Dextramer® Negative Controls carrying:
a non-sense peptide sequences for Human MHC I allele
a peptide sequence unrelated to your experiment
a CLIP peptide for Human MHC II allele
Depending on your experimental setup, you can order Dextramer® Positive Controls that:
recognize epitopes derived from widespread human viruses (CMV, EBV, and Flu)
carry three viral epitopes from CMV, EBV and Flu and are then pooled
*H2-Kb/SIYRYYGL (SIY) can be used as a positive and negative control depending on the mouse model. For example, in OVA mouse models, it can serve as a negative control reagent, while H-2KB/SIINFEKL is the positive control reagent [1,2].
*H2-Kb/SIYRYYGL (SIY) can be used as a positive and negative control depending on the mouse model. For example, this peptide is expressed in certain mouse models for tumors and recognized by CD8+ T cells expressing 2C TCR. Thus, it can be used as a positive control [4,5].
Can’t find what you’re looking for?
Our webshop does not include all products. Contact us or email [email protected] and we will search our larger internal database of products for you. We also provide custom alleles and specificities.
Add a custom product - MHC I
Add a custom product - MHC II
ALLELE
-- All alleles --
H-2 Db
H-2 Dd
H-2 Dk
H-2 Kb
H-2 Kd
H-2 Kk
H-2 Ld
hCD1d
HLA-A*0101
HLA-A*0201
HLA-A*0201mut
HLA-A*0301
HLA-A*1101
HLA-A*2301
HLA-A*2402
HLA-A*2902
HLA-A*6801
HLA-B*0702
HLA-B*0801
HLA-B*2705
HLA-B*3501
HLA-B*4201
HLA-B*4403
HLA-B*5101
HLA-B*5701
HLA-B*5703
HLA-Cw*0304
HLA-Cw*0602
HLA-DPB1*0401
HLA-DQ2.5
HLA-DRB1*0101
HLA-DRB1*0301
HLA-DRB1*0401
HLA-DRB1*0701
HLA-DRB1*1101
HLA-DRB1*1501
hMR1
Mamu-A*01
Mamu-A*08
mCD1d
PEPTIDE
-- All peptides --
AAFKRSCLK
AAKGRGAAL
AALLNKLYA
AALLNSAVL
AAPEPVARR
AASAAIANR
AAVILRDAL
AAVKNWMTQTL
AAVSNMVQKI
ABUABULABULTVFL
AEQASQDVKNW
AEQATQDVKNW
AFAKYLWEW
AFLPWHRLF
AGFKGEQGPKGEP
AGLAYYSM
AGPHNDMEI
AGPPRYSRI
AGVDNRECI
AIDAALTFV
AIFQCSMTK
AIFQSSMTK
AIIRILQQL
AIISGDSPV
AIKTSPKANK
AILALLPAL
AIQDLCVAV
AIQGNVTSI
AITEVECFL
ALADGVQKV
ALADLPVTV
ALARWLPPV
ALDGGNKHFL
ALDPHSGHFV
ALDQTDIRV
ALDVYNGLL
ALFDGDPHL
ALFDIESKV
ALFSKLASA
ALFSVLNYER
ALGALTVWL
ALGSSLHTA
ALHGGWTTK
ALIAPVHAV
ALIHHNTHL
ALIHHNTYL
ALIVFWKYR
ALKDVEERV
ALLAVGATK
ALLEDPVGT
ALLNIKVKL
ALLPAVPSL
ALLPSLSHC
ALLSGVRQV
ALMEWLKTRPILSPL
ALMPLYACI
ALNFPGSQK
ALNSEALSVV
ALNTLVKQL
ALPHIIDEV
ALPLKMLNIPSINVH
ALREEEEGV
ALRNLRVFL
ALSDETWGL
ALSKGVHFV
ALSVMGVYV
ALWALPHAA
ALWDRVVDL
ALWEIQQVV
ALWGPDPAAA
ALWKAPSTA
ALWMRLLPL
ALYDATYET
ALYDVVTKL
ALYLVCGER
ALYVDSLFFL
ALYYPSARI
AMASTEGNV
AMFWSVPTV
AMIEFIQGL
AMIPKDWPL
AMLDHAGDM
AMLDLQPET
AMLERQFTV
AMLGTHTMEV
AMLVLLAEI
AMPFATPMEA
AMPFSIFYPM
AMQMLKETI
AMSPRTLNAW
AMSTTDLEA
AMVGAVLTA
ANYKFTLV
APAPTAVVL
APHGVVFL
APIQGTNLL
APIQGTNSL
APIYGTTKF
APKKPKEPV
APLLRWVL
APLPRPGAVL
APNCYGNIPL
APPAEKAPV
APPLPVPGVL
APRAVFPSI
APREPFAHSL
APRESAQAI
APRGPHGGA
APRGPHGGAA
APRGPHGGAAS
APRGPHGGAASGL
APRGVRMAV
APRPFGSVF
APRRPPPPP
APSASAFFGM
APSPGKKL
APTKRKGEC
APTRVVAAEM
AQLANDVVL
AQLPNDVVL
ARHGGWTTK
ARHGGWTTKM
ARMFPNAPYL
ARMILMTHF
ASAFFGMSR
ASFRNLTHL
ASGNLLLDK
ASIIVFNLL
ASMTNMELM
ASMTNRELM
ASNAPSAAK
ASNASSAAK
ASNENMDAM
ASNENMETM
ASNENVETM
ASSGTRGLK
ASYAQMTTY
ASYNGFLPV
ATDALMTGF
ATDALMTGY
ATDSLNNEY
ATEGALNTPK
ATIGTAMYK
ATLTYRML
ATLVFHNL
ATQQFQQL
ATSRTLSYYK
ATVQGQNLK
AVASVPIMY
AVDEFLLLL
AVDLSHFLK
AVDTVLAKK
AVEEVSLRK
AVFDRKSDAK
AVIDAYTEI
AVLDGLLSL
AVMAGIVRAAK
AVNGVMWTV
AVYNFATC
AVYNFATCGI
AYACNTSTL
AYAGSAGSI
AYAQKIFKI
AYAQKIFKIL
AYIDFEMKI
AYLPRPVEF
AYLSLLTQT
AYQGDYKLF
AYQVCGSPL
AYSIVIRQI
AYVNAIEKI
CGIQNSVSA
CGYEHTAVL
CINGVCWTV
CISGVCWTV
CLAVEEVSL
CLFKDWEEL
CLGGLLTMV
CLLGTYTQDV
CLLPKMDSV
CLLWSFQTSA
CLNEYHLFL
CMTWNQMNL
CSANNSHHYI
CTDDNALAY
CTDDNALAYY
CTELKLSDY
CTLQFEAAL
CTPYDINQM
CVNFNFNGL
CVNGSCFTV
CVNGVCWTV
CVNRNLTEV
CVYEHTAVL
CVYNMMGKR
CYASGWGSI
CYGLGMEHL
CYGVSPTKL
CYTWNQMNL
CYVTYKGEI
CYYASRTKL
DAPIYTNV
DFHFEVFNFVPCSI
DFKSKYLTL
DIYKRWII
DLKGKYVQI
DLMGYIPAV
DLMGYIPLV
DLMGYIPVV
DLNALLPAV
DPRRRSRNL
DSDSEEPSKY
DSLSSTASALGKLQDVV
DTDFVNEFY
DVSKINRTEM
DYCNVLNKEF
DYGMIDESI
DYITVSNNL
DYLNEWGSRF
DYLQYVLQI
DYNFVKQLF
DYSYLQDSDPDSFQD
DYWGQGTEL
EAAGIGILTY
EADPTGHSY
EAFEKMVSLLSVLLS
EARPALLTSRLRFIPK
EARRRLAEM
ECTGLAWEWWRTV
EEADGNKQWW
EEALGLYHW
EEEPVKKI
EEFGRAFSF
EEIPVSSHYF
EEKRGSLHVW
EEKRGSLYVW
EELLAVSKF
EEMNLPGRW
EESAVPERSW
EESAVPKRSW
EFKSKFSTL
EFKSKYLTL
EGANASYILIRDTHSLRTTA
EGRDRILTV
EGRERILTV
EHPTFTSQYRIQGKL
EIKKRFRQF
EISTNIRQAGVQYSR
EIYIFTNI
EIYKRWII
EKLLRAVETYLLAHSAEYN
ELAGIGILTV
ELANKAIGK
ELDEISTNI
ELFPQLISV
ELKRKMIYM
ELMTLATWV
ELNRKMIYM
ELQEKFLSL
ELRRKMMYM
ELRSRYWAI
ELTLGEFLKL
EMRLRMIL
ENPVVHFFKNIVTPR
ENPVVHFFKNIVTPRTP
EPLARLEL
EPLPQGQLTAY
EPLSQSQITAY
EPLVWIDCY
ESKIRVLL
ESPFVMMSAPPAQYE
ETLLRAVESYLLAHS
EVDPASNTY
EVDPIGHLY
EVIGPDGLITV
EVKEKHEFL
EVYDFAFRDL
EWWRSGGFSF
EYILSLEEL
EYKLVVVGAVGVGKS
EYLVSFGVW
EYYELFVNI
FAFKDLFVV
FAFRDLCIV
FAFRDLCIVY
FAINNTKSF
FALMNLKAL
FALMNRKAL
FANNPGPM
FAPGNYPAL
FARGNYPAL
FATPMEAEL
FEELTLGEF
FEKERFLFL
FETFEAKI
FFQFCPLIF
FIADLVVGL
FIAGLIAIV
FIDSYICQV
FIVFLQTHI
FIYAGSLSA
FIYAGSLSAL
FLAEDALNTV
FLAELAYDL
FLALSILVL
FLAMLKNTV
FLCLLIPGL
FLCMKALLL
FLDEFMEGV
FLDETLRSLA
FLDKGTYTL
FLDLPEPLL
FLDRFLSCM
FLFLRNFSL
FLGGTPVCL
FLGGTTVCL
FLGKIWPS
FLGMESCGI
FLGPWPAAS
FLGPWPAAV
FLGYLILGV
FLHCIVFNV
FLHVTYVPA
FLIGCNYL
FLIIWQNTM
FLIYLDVSV
FLKEKGGL
FLLAQFTSA
FLLDEAIGL
FLLDGSANV
FLLDSCTKL
FLLGLLFFV
FLLLADARV
FLLNKEMYL
FLLPSLATV
FLLPTGAEA
FLLQLNETI
FLLSLFSLWL
FLLSLGIHL
FLLTRILTI
FLMIHLQRV
FLNGSCGSV
FLPEFGISSA
FLPRHRDTGI
FLPSDFFPAV
FLPSDFFPSI
FLPSDFFPSV
FLPSPLFFFL
FLQFKTWWI
FLQRTDLSY
FLRGRAYGL
FLRNFSLML
FLRNFSLMV
FLSDHLYLV
FLSELTQQL
FLSFASLFL
FLSFHISNL
FLSIFTQGYT
FLTPKKLQCV
FLTSELPQWL
FLTYLDVSV
FLVNYEMKL
FLVREDFVL
FLWEDQTLL
FLWGPRALA
FLWGPRALV
FLYALALLL
FLYAPTILL
FLYDDNQRV
FLYDRLAST
FLYELIWNV
FLYNLLTRV
FLYNPLTRV
FLYTLLREV
FLYTYIAKV
FMFQEALKL
FMFVNSLLL
FMNKFIYEI
FMPDFDLHL
FMVFLQTHI
FMYMSLLGV
FMYSDFHFI
FNNFTVSFWLRVPKVSASHL
FPNEVGARI
FPQLSAIAL
FPQSAPHGV
FPRGQGVPI
FPRIWLHGL
FPSDLHQFL
FPSLREAAL
FPWDILFPA
FPWDILFPS
FPWDLLFPA
FPWDMLFPA
FQPQNGQFI
FRLMRTNFL
FRYQSLLTRARARGL
FSFGKAYEY
FSHPNVLSL
FSLLNIYRI
FTDALGIDEY
FTSDYYQLY
FVFLRNFSL
FVGALSFSI
FVGEFFTDV
FVIDFKPL
FVMDYIPV
FVRTVSLPV
FVSCCGELTV
FVYGEPREL
FYIQMCTEL
FYTPLADQF
FYVYSRVKNLNSSRV
GAALQIPFAMQMAYRF
GAATKMAAV
GACGVGKSAL
GADGVGKSAL
GAGSLQPLALEGSLQKRG
GARGVGKSAL
GAVQNEVTL
GCRLFINVAPHARIA
GELMTLATW
GFQSMYTFV
GFVFTLTVPSERGLQ
GIAGFKGEQGPKGET
GIFEDRAPV
GIIYIIYKL
GILGFVFTL
GILGFVTTL
GILTVSVAV
GINTIPIAL
GLADQLIHL
GLALYYPSA
GLAPPQHLI
GLAPPQHLIRV
GLCPHCINV
GLCTLVAML
GLDDMKANL
GLDPNTATA
GLEALVPLAV
GLFGAGAFK
GLFGAIAGFI
GLFGDIYLAI
GLFPTQIQV
GLKMFPDLTKVYSTD
GLLDFALEL
GLLNSIWPL
GLLSLEEEL
GLMHNQDGL
GLMWLSYFV
GLQDCTMLV
GLQHWVPEL
GLSNLTHVL
GLSPNLNRFL
GLSPTVWLSV
GLSRYVARL
GLYDGMEHL
GLYSSTVPV
GMATPLLMQALPMGA
GMGPSLIGL
GMLPVCPLI
GMSRIGMEV
GMVTTSTTL
GNWQYFFPVIFSKAS
GPAESAAGL
GPESRLLEF
GPGHKARVL
GPHGGAASGL
GPLCKADSL
GPRGAGAARA
GPRLGVRAT
GPRMQLCTQL
GPRPSPTRSV
GPSLIGLAM
GPSPTIVAM
GQTYHLIVDTDSLGNPSLSV
GRAAICGKY
GRAFVTIGK
GRFGLATEK
GRFGLATVK
GRLIWWNQY
GRWFNTYLY
GSLPQEHIVQK
GSSAMILAAY
GTDLEGNFY
GTEEIKSLY
GTHWFVTQR
GTIGIFWFV
GTITSGWTF
GTLEEVPTA
GTLGIVCPI
GTLMSLPTK
GTLPQEHIVHK
GTLPQEHIVQK
GTSGSPIIDK
GTSGSPIVNR
GTTKFKEWW
GTTLEQQYNK
GVAGALVAFK
GVDPNIRTGV
GVLVGVALI
GVNKEYLLY
GVYAGREHFV
GVYDGEEHSV
GVYDGREHTV
GVYFASTEK
GVYYHKNNK
GWVKPIIIGHHAYGDQYRAT
GYAGTLQSL
GYETVITQL
GYFEVTHDI
GYISTRVEM
GYKDGNEYI
HAFENLEII
HAVGIFRAA
HCIRNKSVI
HFLPMLQTV
HGIRNASFI
HIAGSLAVV
HIAKSLFEV
HILIYSDV
HIYEFPQL
HLADRKLSL
HLEEQIAKV
HLFGYSWYK
HLIPGLNLA
HLSLRGLPV
HLSTAFARV
HLVDFQVTI
HLVEALYLV
HLYASLSRV
HLYSHPIIL
HNTQYCNL
HPNIEEVAL
HPQKVTKFM
HPRLAQRIL
HPVAEADYFEY
HPVGDADYFEY
HPVGEADYFEY
HPVGQADYFEY
HPVTKYIM
HRVYLVRKL
HSCVMASLR
HSFKHEDPM
HSKKKCDEL
HTMGFWLTK
HTQGYFPDW
HTTDPSFLGRY
HVDGFIANV
HWFVTQRNFYEPQII
HYCYSLYGTTLEQQY
HYFQTRHYL
HYLNDGDAI
HYLSTQSAL
HYNIVTFCCK
IAFTSEHSHFSLK
IALNFPGSQK
IAPVNGYFI
ICPMYARV
ICWGNQLFV
IEGGWTGMI
IFLARSALI
IGFKLPNL
IGISNYPESTI
IGPGRAFYA
IGPGRAFYT
IGPGRAFYTT
IGPGRAFYV
IGPGRAFYVV
IGRFYIQM
IGVSNRDFV
IIFTACCHL
IIITFNDL
IILECVYCK
IIQAFEAGV
IKHIIIVPIPGDSSITTRSR
ILAKFLHEL
ILAKFLHWL
ILCWGELMTL
ILDDIGHGV
ILDTAGHEEY
ILDTAGKEEY
ILDTAGLEEY
ILDTAGQEEY
ILDTAGREEY
ILEDIVLTL
ILFQRTFSI
ILFTRFFYV
ILGFVFTLTV
ILGKFLHWL
ILHDGAYSL
ILIDWLVQV
ILIEGIFFA
ILIEGIFFV
ILKDFSILL
ILKEPVHGV
ILLAELEQL
ILLARLFLY
ILLDNITTL
ILLDWLMEV
ILLLCLIFL
ILLNKHIDA
ILLWQPIPV
ILMNDQEVGV
ILMWEAVTL
ILPGQDLQYV
ILQDGQFLV
ILRGSVAHK
ILRGTSFVYV
ILSLELMKL
ILSPFLPLL
ILSTLPETTV
ILTGLNYEA
ILTGLNYEV
ILWIFSIYL
ILYGPLTRI
ILYPGGNKV
IMAHCILDL
IMDQVPFSV
IMNDMPIYM
IMPKAGLLI
IMQLMPFGC
IMQLMPFGCLL
IMYNYPAM
IMYNYPAML
INFDFPKL
INFSLQFAL
INHKFCNL
IPAAAGRFF
IPFAMQMAY
IPFYGKAI
IPMGVGLSPF
IPNARANL
IPQQHTQVL
IPRRNVATL
IPSINVHHY
IPTNFTISV
ISGVNRYYV
ISHNFCNL
ISPRTLNAW
ITDQVPFSV
ITQCFLPV
ITVTKLSQK
ITYTWTRL
IVCPICSQK
IVDCLTEMY
IVLPEKDSW
IVTDFSVIK
IVYRDGNPY
IVYSYYRPF
IYAAKLNTSL
IYAGSLSAL
IYEVVRSLV
IYKAPCENW
IYLDLPWYL
IYNEYIYDL
IYNVGQVSI
IYPDITYSL
IYPQVLHSL
IYQAGSTPC
IYSTVASSL
IYTWIEDHF
IYYVDANASI
KAFEYPSRL
KAFSPEVIPMF
KAPLRLVSL
KASEKIFYV
KAVYNFATC
KAVYNFATM
KCDICTDEY
KCLKFYSKI
KCSRNRQYL
KCYGVSPTK
KEFEDGIINW
KEKYIDQEEL
KESTLHLVL
KFKASRASI
KFYSKISEY
KGIFVIQSESLKKCI
KIFEMLEGV
KIFGSLAFL
KIITYRNL
KIKSPAKMAEK
KILEKEIRV
KILTFDQL
KILTFDRL
KIQEILTQV
KIRLRPGGK
KITDFGRAK
KIYQWINEL
KIYSKHTPI
KIYSYFPSVISKV
KKYFAATQFEPLA
KLAEAIFKL
KLANPLPYT
KLCPVQLWV
KLDVGNAEV
KLEDDNPWL
KLEDENPWL
KLEEENPWL
KLFGVLRLK
KLFPGSPAI
KLGAAEASA
KLGEFYNQMM
KLGGALQAK
KLHLYSHPI
KLIAGVNYI
KLIDCYTFL
KLKDVLLQV
KLLEIAPNC
KLLEQWNLV
KLLEYIEEI
KLLPYIVGV
KLMDPGSLPPL
KLMNIQQKL
KLMNIQQQL
KLPDDFTGCV
KLPDLCTEL
KLPQLCTEL
KLQCVDLHV
KLQERLAKL
KLQVFLIVL
KLSAALQAK
KLSALGLNAV
KLSALGVNAV
KLSEGDLLA
KLSGLGLNAV
KLSHQLVLL
KLSHQPVLL
KLSPSPSSRV
KLSSLGLNAV
KLSYGIATV
KLTGLGLNAV
KLTPLCVTL
KLVALGINAV
KLVALGVNAV
KLVAMGINAV
KLVANNTRL
KLVEFDFLGA
KLVELEHTL
KLVELEHTLL
KLVFFAEDV
KLVVVGAAGV
KLVVVGACGV
KLVVVGADGV
KLVVVGAGDV
KLVVVGAGGV
KLVVVGAVGV
KLWAQCVQL
KLWESPQEI
KLYSEAKTK
KMIGNHLWV
KMILKMVQL
KMLKEMGEV
KMLPTFVRA
KMNTQFTAV
KMRMRRMRR
KMRRKMSPA
KMYQYARL
KNIVFVTV
KPCVKLTP
KPFCVLISL
KPRPDVTNEL
KPRQKRTAT
KPRTSTPVTEF
KPSDTPRPVM
KPTLKEYVL
KQIDQFLVV
KQRFHNIRGRWTGRC
KRIAKAVNEKSCNCL
KRLAETLAL
KRWIILGL
KRWIILGLNK
KRWIILGLNKI
KRWIILGLNKINR
KRWIILGLNKIVR
KRWIILGLNKIVRM
KRWIIMGLHK
KRWIIMGLNK
KRWQNEKLGL
KSAAEASKK
KSFHFYCPL
KSFLWTQSL
KSFTVEKGIYQTSNFRVQ
KSKRTPMGF
KSPWFTTL
KSVLVFAAL
KTAYSHLSTSK
KTEVHGRLK
KTFPPTEPK
KTIQPRVEK
KTSERSQPR
KTWGQYWQV
KVAELVHFL
KVDELAHFL
KVDPVVFVTL
KVFAGIPTV
KVFRSSVLH
KVLEHVVRV
KVLEYVIKV
KVPRNQDWL
KVQWKVDNALQSGNS
KVVRFDKL
KWCANPDWIHIDTTPFAGLV
KWLISPVKI
KWPWYIWLGF
KWVESIFLIF
KYGRLFNEI
KYGVSVQDI
KYIFPGGLL
KYKLKHIVW
KYKNAVTEL
KYLGPFNGL
KYLPLDKGI
KYLSVQSQL
KYLSVQSQLF
KYMTAVVKL
KYMTAVVKLF
KYNDTPQSL
KYNKANVFL
KYQLKHIVW
KYSEVFEAI
KYTAFPWLL
KYTSFPWLL
KYWNDFYKI
KYYAVNFM
KYYSIIPHSI
LALENYITA
LALLLLDRL
LAMPFATPM
LCPGNKYEM
LEASFNYLKSPNFSK
LGFGAYMSK
LGLRYKKL
LGYDYSYL
LIAHNQVRQV
LIDQYLYYL
LIMQLMPFGCL
LITGRLQSL
LIWIPALL
LIYDSSLCDL
LIYRRRLMK
LKREITFHGAKEIALSY
LLAGIGTVPI
LLCGNLLIL
LLCLIFLLV
LLDEGKQSL
LLDFVRFMGV
LLDGTATLRL
LLDPRVRGL
LLDQLIEEV
LLDSSTTRV
LLDTASALY
LLDTRTLEV
LLDYQGMLPV
LLFGLALIEV
LLFGYPVYV
LLFNILGGWV
LLFNKVTLA
LLGATCMFV
LLGDLFGV
LLGKDVLFL
LLGLITANEL
LLGRNSFEV
LLGTFTWTL
LLHETDSAV
LLHGFSFYL
LLIGGFAGL
LLLASIAAGL
LLLDDLLVSI
LLLDRLNQL
LLLFSIIPV
LLLGIGILV
LLLGMYLEF
LLLGPLGPL
LLLIWFRPV
LLLLDRLNQL
LLLLDRLNQLESKMS
LLLLTVLTV
LLLNCLWSV
LLLPLLPPLSP
LLMDWVNAV
LLMGTLGIV
LLMWEAVTV
LLNAFTVTV
LLNATIAEV
LLNGWRWRL
LLNKHIDAYK
LLPHFSIL
LLQDSVDFSL
LLRSFFYV
LLVDLAEEL
LLVPFVQWFV
LLVPTCVFLV
LLWGHPRVALA
LLWNGPIAV
LLWNGPMAV
LLWNTVWNM
LLWTLVVLL
LLYDANYFL
LLYKLADLI
LLYNCCYHV
LMIERFVSL
LMIGTAAAV
LMISRTPEV
LMLGEFLKL
LMVGGVVIA
LMWYELSKI
LMYRFEEEL
LNIDLLWSV
LPALTSQEI
LPAVKKMTF
LPFDKTTVM
LPFNDGVYF
LPHNHTDL
LPKEITVAT
LPLGHRLWL
LPLKMLNIPSINVH
LPLLALLAL
LPLMRKAYL
LPLNVGLPIIGVM
LPPHDITPY
LPPVVAKEI
LPQFATAAT
LPRACWREA
LPRVCGTTL
LPSDFFPSV
LPSSADVEF
LPVPGVLLKEFTVSGNILTI
LPVSCPEDL
LPVSMTKTSV
LPVSPRLQL
LPWHRLFLL
LPYLGWLVF
LRTKVYAEL
LRVMMLAPF
LSELETPGKY
LSGRYNDL
LSHIHASSY
LSIQNYHVFL
LSPRTLNAW
LSRFSWGAEGQRPGFGYGG
LSYFIASFR
LSYHFGIV
LTDEMIAQY
LTFGWCFKL
LTFNYRNL
LTLGEFLKL
LTPRPIIHAV
LVGPTPVNI
LVLLDYQGML
LVWMACHSA
LVYGDVIMR
LWFHISCLTF
LWMRLLPLL
LYAPTILLW
LYAPYSTHF
LYLVCGERL
LYNTVATLY
LYPEFIASI
LYSHPIILGF
LYVDSLFFL
MAMMARDTA
MAPIDHTTM
MAREKNDL
MAYRFNGIGVTQNVLY
MEVDPIGHLY
MEVGWYRPPFSRVVHLYRNGK
MGLKFRQL
MIAQYTSAL
MIAVFLPIV
MLAVFLPIV
MLAVISCAV
MLDHAGDMA
MLDLQPETT
MLGERLFPL
MLGHAGDMA
MLGTHTMEV
MLIGIPVYV
MLLAVLYCL
MLMAQEALAFL
MLPEELFEL
MMARDTAEA
MMNDQLMFL
MMRKLAILSV
MMRTKMRMRRMRRTR
MPFATPMEA
MPFATPMEAEL
MPMQDIKMIL
MPVGGQSSF
MPYLIDFGL
MQLMPFGCLL
MTSCCSCLK
MVIGIPVYV
MVWESGCTV
MWITQCFLPVF
MYNYPTMLD
NA
NANMTWYAAIKTCLM
NAVGNPEYL
NEGCGWAGW
NFIRMVISNPAAT
NIQTAINQV
NISPWILAV
NITCCYSDL
NLARTISEA
NLDKNLIKY
NLDTLMTYV
NLFETPVEA
NLIALSLGL
NLMEQPIKV
NLNESLIDL
NLPGCSFSI
NLSSAEVVV
NLTHVLYPV
NLVGMVATV
NLVPMIIHL
NLVPMVATV
NLVPMVGTV
NLVPPVATV
NMLSTVLGV
NPATPTSKL
NPKASLLSL
NPRYPNYMF
NPTAQSQVM
NPYDSVKKI
NSASFSTFK
NSEEHSARY
NSKRTPMGF
NSYLYGAL
NVKHKKNPL
NVWATHACV
NYARTEDFF
NYKHCFPEI
NYKRCFPVI
NYMPYFFTL
NYNYLYRLF
PEQWMFQGAPPSQGT
PFLPLLPIF
PGPGRVAKI
PGVLLKEFTVSGNIL
PGVLLKEFTVSGNILTIRLT
PKYVKQNTLKLAT
PLFQVPEPV
PPSGLRLLPL
PQYSEHPTFTSQYRI
PQYSEHPTFTSQYRIQ
PTDNYITTY
PVDLHAFLSQAVFS
PVSKMRMATPLLMQA
PYLFWLAAI
PYVSRLLGI
PYYVVDLSVRGM
QAKWRLQTL
QALNTLVKQLSSNFGAI
QASQDVKNW
QASQEVKNW
QEATLLHAV
QEIYMQHTYPISA
QELIGKKEY
QFAPSASAF
QFAPSASAFF
QFIDSSWYL
QGFPWDILF
QIKVRVDMV
QIYAFLQGF
QIYAGIKVK
QIYKTPPIK
QLCDVMFYL
QLCPICRAPV
QLFEELQEL
QLFLNTLSFV
QLFNHTMFI
QLFTFSPRR
QLIRAAEIRASANLAATK
QLLALLPSL
QLLDGFMITL
QLLNSVLTL
QLQPFPQPELPY
QLSCISTYV
QLSGLGINAV
QLSRELLPV
QLYHFLQIPTHEEHLFYVLS
QLYKDLVKL
QMAEIAVNA
QMARLAWEA
QMFFCFKEL
QMWQARLTV
QPEWFRNVL
QPRAPIRPI
QPTESIVRF
QQFAVGSYV
QQYSKTFYV
QQYSVPPPV
QRNAPRITF
QSIIAYTMSLGAENSVAY
QSLLTRARARGLVCT
QSSFYSDWY
QTFDFGRL
QTRQKFHL
QVATEGLAK
QVDYYGLYY
QVPLRPMTYK
QVYRFLGV
QYDPVAALF
QYIHSANVL
QYIKANSKFIGITE
QYIKWPWYI
QYMAGVAWL
QYNPIRTTF
QYSPVQATF
RAEAQLHAW
RAHYNIVTF
RAKFKQLL
RALINLIYC
RANLRATKL
RAQAPPPSW
RARSVSPKL
RAWGRRLMI
RAYLFNSV
RGPESRLL
RGPGRAFVTI
RGYVYQGL
RIAAWMATY
RIAGHHLGR
RIFGFRLWK
RIKEHMLKK
RILGVLVHL
RIVINREHL
RIYSLFNL
RLAEYQAYI
RLAKLTEAI
RLANECAQV
RLARLALVL
RLDAVLMEV
RLDKVEAEV
RLFARTRSM
RLFFYRKSV
RLFPDFFTRV
RLFRKSNLK
RLGLQVRKNK
RLGPVQNEI
RLGPVQNEV
RLIPYDWEI
RLITGRLQSL
RLLDLAQEGL
RLLDSVSRL
RLLEFYLAM
RLLPLLALL
RLLQETELV
RLMKQDFSV
RLMNDMTAV
RLMRLEDEM
RLNAALREK
RLNEVAKNL
RLQESLKKV
RLQGISPKI
RLQSLQTYV
RLRAEAQVK
RLRPGGKKK
RLSEGDVMHL
RLSSCVPVA
RLVDDFLLV
RLVELAGQSLLK
RLWGSIQSRY
RLWHYPCTV
RLWKPQEPK
RLYKTLGQL
RMFPNAPYL
RMILMTHFF
RMLENYEEI
RMLGDVMAV
RMMRFKMRM
RMPEAAPPV
RMSAPSTGGV
RMWASAQNI
RNGYRALMDKSLHVG
RPDTRYVL
RPGLPVEYL
RPHERNGFTVL
RPHHDQRSL
RPIDDRFGL
RPILTIITL
RPKHLYVSM
RPLTDNHRSL
RPMTYKAAL
RPPGGSGPL
RPPGGSGPLL
RPPIFIRRL
RPPPPPAWL
RPQASGVYM
RPQGGSRPEFVKL
RPQVPLRPM
RPRGPRTAP
RPRLGNRPSL
RPRTSCREA
RPWSGPSSV
RQFDHPHIV
RQFGPDWIVA
RQLEVPWPYI
RREDVVLGR
RRFCRTSRM
RRIYDLIEL
RRKALENKK
RRLGRTLLL
RRMRRTRRK
RRSGAAGAAVK
RRTRRKMRR
RRWIQLGLQK
RRYQKSTEL
RSGGFSFGK
RSKPRHMCV
RSYRYKLL
RTAGHPLTR
RTIKVFTTV
RTLDKVLEV
RTLNAWVKV
RTRRKMRRK
RTRRMMRTKMRMRRM
RTSSQTLRK
RTYTYEKL
RVAGSMSSL
RVKEPVKEL
RVLGLVLLRGENLVS
RVLHSPPAV
RVLSFIKGTK
RVRAYTYSK
RVRFFFPSL
RVSKSHSSK
RVSLPKLGYK
RVWDLPGVLK
RWMCLRRFII
RYCNLEGPPI
RYLKDQQLL
RYLRDQQLL
RYPLCFGW
RYPLTFGW
RYPLTFGWCF
RYSIFFDYM
RYWTGIGVL
RYYVGHKAKF
RYYVGHKGKF
SADNNNSEY
SADSFLLML
SAFAMMFVK
SAFRCFIVY
SAIRSYQYV
SALDFHKV
SALGPFVGK
SALLNVDNL
SALPTNADLY
SAMAMFGYM
SAMTNLAAL
SASFSTFKCYGVSPTKL
SAVKNFTEI
SAVRLRSSV
SAYQFRVC
SAYQNTVHA
SCILNNMYF
SCLEFWQRV
SCLENFRAYV
SCLRNEHEM
SDYEGRLI
SEFSSLPSY
SEIEQKIKEY
SEIWRDIDF
SENHTAPIL
SESGQFHAF
SFHSLHLLF
SFIEDLLFNKVTLAD
SFQSLEESI
SFYDVKGDL
SGPIHVLLI
SGPSRGRII
SGPSYATYL
SGVENPGGYCL
SIIAYTMSL
SIIIPTLNV
SIINFEKL
SIIPSGPLK
SIIQFEKL
SIITFEKL
SIIVFEKL
SIIVFNLL
SIIVFNLV
SISGVLWTV
SITEVECFL
SIVSPFIPLL
SIYRYYGL
SKYVFENV
SLADEAEVYL
SLADTNSLAV
SLASPLQSWYL
SLDALITHV
SLDDYNHLVTL
SLDGKAIKV
SLFEGIDIYT
SLFFSAQPFEITAST
SLFLGILSV
SLFNTVATL
SLFNTVATLY
SLFRAVITK
SLFWNEPAI
SLGDWGAEA
SLGEQQYSV
SLHAYIIAK
SLLDEGKQSL
SLLKKYLTKEVFDKL
SLLMWITQC
SLLMWITQCFLPVF
SLLMWITQV
SLLQHLIGL
SLLTRARARGLVCTV
SLMAFTAAV
SLMEQIPHL
SLNFLGGTTV
SLNQTVHSL
SLPITVYYA
SLPPPGTRV
SLPRGTSTPK
SLQDIEITCV
SLQEEIAFL
SLQEKVAKA
SLSGVMLTDV
SLSKILDTV
SLTALVFHV
SLTDRELLL
SLVKHHMYI
SLVKPSFYV
SLYADSPSV
SLYKGLLSV
SLYNLVATL
SLYNTIAVL
SLYNTVAFL
SLYNTVATL
SLYNTVATLY
SLYSFPEPEA
SLYSYFQKV
SMPDFDLHL
SMWALVISV
SMWSFNPET
SMYPSCCCTK
SMYRVFEVGV
SNFHFMCAL
SNPARYEFL
SNYLFTKL
SPARLASAI
SPARPRTSC
SPDSSTPKL
SPERKMLPC
SPILTIITL
SPIVPSFDM
SPMNGGYYM
SPREFRERAL
SPRRARSVA
SPRRLVELAGQSL
SPRSRLQQL
SPRWYFYYL
SPSVDKARAEL
SPSVSQLSVL
SPSYAYHQF
SPSYVYHQF
SPVTEIRTDL
SPYLGQMINL
SQADALKYV
SQDHFHVFV
SQFNDTLNV
SQLLNAKYL
SRARPRWFM
SRVLQNVAF
SSCSSCPLSK
SSDYVIPIGTY
SSELNKDSY
SSGHNECPV
SSIEFARL
SSISNFQAV
SSLENFRAYV
SSLQDGCFI
SSMHNALHI
SSPPMFRV
SSPYSLHYL
SSVLFEYM
SSYELPYVM
SSYRRPVGI
SSYSYSSL
SSYTFPKM
SSYTGFANK
STATKTLDK
STEGGGLAY
STFNVPMEK
STHVNHLHC
STIYNNEVL
STLMSLPTK
STLPETAVVRR
STLPETTVVRR
STNPKPQK
STPPPGTRV
STSMFILGK
STYPAQNGQVK
STYPAQNGQVKK
STYTFVRT
STYVIPRL
SVASTITGV
SVFAGVVGV
SVGGVFTSV
SVKKQFEEL
SVKTHFSM
SVLAFRRL
SVLKPGNSK
SVMGVYVGK
SVSKLSTPK
SVTVFVNNL
SVVRRAFPH
SVYDFFVWL
SVYGDTLEK
SVYNTVATL
SVYPYDEFV
SVYVYKVL
SWLSLLVPF
SYETLKKSL
SYFPEITHI
SYFTNMFATWSPSKA
SYGVTVWEL
SYIETLPKAI
SYIGSINNI
SYIPSAEKI
SYLPTAERL
SYMAPSTVL
SYMLQALCI
SYNPLWLRI
SYQKVIELF
SYSSAGASI
SYTSYIMAI
SYVKVLEYV
SYVKVLHHM
SYVKVLHHMV
SYYDVKGDL
TAKQKLDPA
TAPDNLGYA
TAPDNLGYM
TARPQSSAL
TAYRYHLL
TDLGQNLLY
TELRTFSI
TENSGKDI
TEQESKPV
TEWETGQI
TFEYVSQPFLMDLE
TFTSQYRIQGKLEYR
TGAARFDEF
TGPKHSDCL
TIDDGIFEV
TIDDIVLTI
TIGGVMWTV
TIHDIILECV
TINYTIFK
TLACFVLAAV
TLADFDPRV
TLAKFSPYL
TLDEKVAEL
TLDSKTQSL
TLDYKPLSV
TLEEFSAKL
TLFVIVPVL
TLFWLLLTL
TLGIVCPI
TLGSDVEEDLTMTRN
TLKSFTVEK
TLLALHRSY
TLLELVVSV
TLLVDVEPKVKSKKR
TLMSAMTNL
TLNAWVKVV
TLNDECWPA
TLPPAWQPFL
TLQDIVYKL
TLQDVSLEVYL
TLRLCVQSTHVDIRT
TLTEYCSTL
TLVPQEHYV
TLWCSPIKV
TLWKAGILYK
TLYNPERTITV
TLYSVGVTL
TNKIKEQL
TNLKYSPL
TNQDFIQRL
TPGPGVRYPL
TPHPARIGL
TPIQGTNSL
TPMEAELARRSL
TPNQRQNVC
TPQDLNTML
TPRNTYKMTSL
TPRPIQSSL
TPRVTGGGAM
TPSGTWLTY
TPVDDRISL
TQHFVQENYLEY
TQNVNQAKM
TRATKMQVI
TRLALIAPK
TSALPIIQK
TSFAETWMK
TSINFVKI
TSLARFANI
TSLYNLRRGTALA
TSNLQEQIGW
TSRTLSYYK
TSTLQEQIGW
TSYKFESV
TTDLEAYFK
TTDPSFLGRY
TTLEQQYNK
TTLITNLSSV
TTSTRTWAL
TVFDASRSTV
TVIGELTSV
TVLKPGNSK
TVLVNAQRL
TVNENRRLK
TVYGFCLL
TVYHSPVSR
TVYNFSAL
TVYYGVPVWK
TWHRYHLL
TYACFVSNL
TYACWHHSI
TYDKGILTV
TYFSLNNKF
TYGPVFMCL
TYLPTNASL
TYLQPAQAQ
TYMLTNSELL
TYPVLEEMF
TYQAWQAQW
TYQRTRALV
TYQWIIRNW
TYSPALNKMF
TYVPANASL
TYWPVVSDI
VAANIVLTV
VAFDFTKV
VAITFGGPL
VASQSIIAY
VAYGRQVYL
VESPGQLI
VESTAGSL
VFFRAGVL
VFSTAAFRF
VGFNFRTL
VGPEILSSL
VGPRYTNL
VGPSNSPIF
VGPSNSPTF
VGRNFTNL
VIAMFFWLL
VIDAFSRL
VIFDFLHCI
VINPYKNL
VISNDVCAQV
VIVMLTPLV
VIVRFLTV
VIWEVLNAV
VIYIFTVRL
VIYQYMDDL
VKQIYKTPPIKDFGGFNF
VLAELVKQI
VLAGGFFLL
VLAGSVDEL
VLAGWLFHV
VLAWLYAAV
VLAWTRAFV
VLDFAPPGA
VLDGLDVLL
VLEETSVML
VLEYLVSFGV
VLHDDLLEA
VLHKRTLGL
VLLGVKLFGV
VLLNAPSEA
VLLRALPVL
VLMIKALEL
VLNDILSRL
VLPLTVAEV
VLQAGFFLL
VLQELNVTV
VLQNVAFSV
VLRDDLLEA
VLRENTSPK
VLSDFKSWL
VLSDFKTWL
VLTDFKTWL
VLWAHGFEL
VLWDYVYQL
VLWDYVYQLL
VLYDEFVTI
VLYRYGSFSV
VMAGDIYSV
VMAGVGSPYV
VMCGGSLYV
VMNILLQYVV
VMNQVIHGV
VNFNFNGL
VNIRNCCYI
VNQVYSTL
VNSIHALL
VPGSETMCY
VPHHLLSSV
VPLDEDFRKY
VPQYGYLTL
VPVARVWLV
VPVTASAIL
VPYAFKSL
VPYEKGFAL
VPYPVTTTV
VQLEEEYEV
VQYAFGLPF
VRHDGGNVL
VRMVMMTHF
VSAAFYHL
VSAAFYHLPL
VSDGGPNLY
VSFAPLVQL
VSFTYRYL
VSPVYPHGL
VSYVNVNM
VTDSNLIY
VTEHDTLLY
VTEPGTAQY
VTKYLPLDK
VTLLCLIPTV
VTLTCAFRY
VTLTHPITK
VTPSGTWLTY
VTQRVKMIMSLGLVL
VTYVPAQEK
VVAAHLAGA
VVFLHVTYV
VVGACGVGK
VVGADGVGK
VVGAGDVGK
VVGAGGVGK
VVGARGVGK
VVGAVGVGK
VVHPFFLAQK
VVKGKVLSI
VVPCEPPEV
VVPYEPPEV
VVTGVLVYL
VVVGACGVGK
VVVGADGVGK
VVVGAGGVGK
VVVGARGVGK
VVVGAVGVGK
VVYDFLKL
VVYRGTTTYK
VWLSVIWM
VYALPLKML
VYDFAFRDL
VYFFLPDHL
VYFLQSINF
VYGIRLEHF
VYIGDPAQL
VYLKTNVFL
VYLRVRPLL
VYLTAHNAL
VYLYMATYA
VYPEGPSSL
WEDLFCDESLSSPEPPSSSE
WGDEFEKL
WLGNIIMFA
WLGNIIMYA
WLSLKTLLSL
WLSLLVPFV
WMHHNMDLI
WMNRLIAFA
WNRQLYPEWTEAQRLD
WPALPAGGL
WPTTPPRPI
WTAGAAAYY
WVFEHPETL
WYYQSGLSI
YAASNGVLM
YAIGEHLSV
YALDLQPET
YAMSNLFSI
YAQKIFKI
YAYDGKDYIA
YENDIEKKI
YGFRNVVHI
YIFAFRDL
YIGEVLVSM
YIGEVLVSV
YILEETSVM
YISPWILAV
YKRWIILGLNK
YLANGGFLI
YLDPAQRGV
YLEPGPVTA
YLEPGPVTV
YLFDESGEFKL
YLGSYGFRL
YLGTGPEAGL
YLHARLREL
YLIELIDRV
YLISGDSPV
YLKDQQLL
YLLEMLWRL
YLLPRRGPRL
YLMPGFIHL
YLNDHLEPWI
YLNKIQNSL
YLNSGIHSGA
YLNTLTLAV
YLNTVQPTCV
YLQLVFGIEV
YLQPRTFLL
YLQQNTHTL
YLQQNWWTL
YLRNISAEV
YLSELLQTV
YLSFIKILL
YLSGADLNL
YLSGANLNL
YLSKIIPAL
YLSNIIPAL
YLTDKDFEF
YLVSIFLHL
YLVYQMLKV
YLYDRLLRI
YLYDRLLRV
YLYHRVDVI
YMADLQPET
YMCSFLFNL
YMDDVVLGAK
YMDGTMSQV
YMFPNAPYL
YMLALQPET
YMLDAQPET
YMLDLAPET
YMLDLQAET
YMLDLQPAT
YMLDLQPEA
YMLDLQPET
YMLDLQPETT
YMNGTMSQV
YMREHDIGA
YMSDIEFEL
YMVPFIPLYR
YMVQLPIFGV
YNLRRGTAL
YPDKVFRSSV
YPHFMPTNL
YPLHEQHGM
YPQHPGLNA
YQVNNLEEI
YSDKYGLGY
YSDPNNHEVY
YSEHPTFTSQY
YTAFTIPSI
YTCPLCRAPV
YTDSSSILNY
YTDVSNMSH
YTNSFTRGVY
YTVKFPNM
YTVKYPNL
YTVSCLPFT
YVDILPYDY
YVDPVITSI
YVDRFFKAL
YVDRFFKTL
YVDRFFKVL
YVLDHLIVV
YVLFEVFDV
YVLFEVFDVV
YVNVNMGLK
YVSDTVTFV
YVYQNEHEV
YYLAAPTGT
YYLQNAFLV
YYMRDVIAI
YYPEHAVNHYF
YYPEYVVNHYF
YYQSGLSIV
YYVDANASI
YYYDYDKI
ANTIGEN
-- All antigens --
21-OH
53BP1
5-OP-RU
6-FP (Neg. Control)
A1
AATF
ABC transporter
Abl interactor 2
ACR
Actin
ADAM17
ADAMTS13
ADH1B
Adpgk
ADRB1
AFP
Ag85A
Ag85A/B
Ag85B
a-GalCer
AGPS.P559L
AHNAK
AKAP13
ALDH1A1
ALG6
ALK
Amyloid Precursor Protein
Androgen receptor
AP2 Domain Transcription Factor
Aplha-enolase
ApoB
APOL1
Apolipoprotein B-100
Apoptosis regulator BHRF1
APP
ARK1B10
ASP-2
ASPM
B8R
BALF4
BAP31
B-cell receptor CD22
BCL-2
BCL2A1
BCL-2A1
BCL-2L1
BCL-X
Bet v 1 (Pollen Allergen)
Beta arrestin 2
Beta-catenin
Beta-gal
BIRC5
BLM
BMI1
BMLF1
BMRF1
BRAF 27
BRLF1
BST2
bZIP
BZLF
BZLF1
C protein
C18orf21
C7A2
CA9
Cadherin-3
CALR9P2
Calreticulin
CAMEL
Cancer/testis antigen 1
Cand1
Capsid
Capsid protein
Car b 1 (Pollen Allergen)
Cas9/Csn1
Caspase-5
Catalase
Cathepsin G
CATSPER4
CCT4.S115F
CCT5
CCT6A
CD20
CD33
CD36
CD66e.N610D
CD79a
CDC37L1
CDCA7
CDK11B
CDK4
CDKN2A
CEA
CEACAM
CEACAM5
CEACAM5/CD66e
CENPF
CENPM
CFP10
CHRNA3
CILP-2
Circumsporozoite protein
CKAP2
CLIP
CLIP2
c-MET
CNOT9
COASY
Cofilin-1
COL18A1
COL2
COL2A1
COL6A3
Copg1
CP
Cpne1
CPOX
CRTAM
CSNK1A1
Csnk2a1
CSP
CT45A10
CT55
CT589
CTAG2
Cullin-7
Cyclin A1
Cyclin B1
Cyclin D1
CYP21A2
Cytochrome P450
DBP
DCAF4L2
DCT
DDI2
DDR1
DDX20
DDX53
DEAD box protein 6
DEPDC1
DKK1
DNA polymerase
DNAJC8
DNMT1
DNMT3A R882H
DOP1B
DPY19L4
DsRed
E
E1A
E1B-55kDa
E2
E2F5
E2F8
E3L
E4
E5
E6
E7
E7.D14A
E7.E18A
E7.L13A
E7.P17A
E7.Q16A
E7.T12A
E7.T19A
E7.V15A
E7.Y11A
EBNA 1
EBNA 3A
EBNA 3B
EBNA 6
EBNA1
EBNA-1
EBNA1 Raji variant
EBNA2
EBNA3A
EBNA3C
EBNA6
EBOV GP
ECI2
EGFR
EGFR.T790M
ELF1
EMNA 3A
Endophilin-B2
Endosialin
Enolase
Envelope glycoprotein
Envelope glycoprotein B
Envelope protein
Epas1
EphA2
ERBB-2
Erk1
ESAT-6
ESAT-6 like protein EsxG
ESAT-6-like protein EsxH
EspC
EsxH
ETV4
ETV6
EZH2
F glycoprotein
Factor VIII
Falstatin
FBXO7
Firefly Luciferase
FLNA
Folate Receptor Alpha
FOXM1
FP-2
Fusion glycoprotein F0
Fv4
G glycoprotein
G1/S-specific cyclin-E1
G6PD agonist
GAD65
Gag
Gag polyprotein
Gag-pol
Gag-Pol polyprotein
Gag-pro-pol-env
Gal d 2 (Allergen)
Gal-3BP
GAP50
GARC-1
GAS7
GC-C
gD
GDH
Genome polyprotein
GFP
GFRA2
GINS1
GlcNAc-1-P transferase
Glucose-6-phosphatase 2
Glycoprotein
Glycoprotein B
Glycoprotein D
Glycoprotein polyprotein
gp
gp100
gp120
gp160
gp33
gp62
gp70
GPC
GPC3
GPRC5A
GRA7
GRB7
GR-LCL
GTP-binding protein GEM
GTSE1
Guanylyl cyclase C
GUCY1A1
H1.2
H250
H3
H3.3K27M
H60b
HA-1
HA-2
HA-3 peptide
HA-8
HAUS2
HB-1
HBc 18-27 alanine
HBcAg
HBsAg
HBZ
HCLS1
HCV polyprotein
HCVcAg
HDAg
Hemagglutinin
Heparanase
HER2
HER2p
HER3
HERC1
HERC6
HERV-K-MEL
Hexon protein
HGFR
Hist1h2bp
HJURP
HKDC1
HLA-A2
HLA-DPA1
HMGCR
HMHA1
HMMR
HMOX1
HN
HO-1
hPSMA
Hras
HROB
Hrp1
HSF5
HSP105
Hsp65
Hsp70
Hsp-70
Hsp90
HspX
Human IgG Subdominant Peptide kII
HUWE1
H-Y
IA-2
IAPP
ICAM-1
IDH1
IE1
IE-1
IE2
IE62
Ifi203a
IGF2BP3
IGFBP-1
IGRP
IL-24
Immunoglobulin (A20 epitope)
IMP3
Insulin
INT11
Irgq
JAK1
JL2
Junction plakoglobin
Kallikrein-4
Kanamycin B dioxygenase
Kaposin
Kd37
KDM6B
Keratin 18
Ki-67
KIF20A
KIF20B
KIF26B
KK-LC-1
KMP-11
KMT2C
KRAS
KRAS G12C
KRAS G12D
KRAS G12V
KRAS.G12C
KRAS.G12V
KRAS.Q61L
L protein
L1
Lactadherin
Lama4
LAMC2
Lamin-B1
LANA
Large envelope protein
Large T antigen
LARP7
Lats1
Lengsin
Leucyl-cystinyl aminopeptidase
L-HDAg
LILRB4
Listeriolysin O
Lit v 2 (Shrimp Allergen)
LIVIN
LMP1
LMP2
LMP-2
LMP2A
LOXHD1
LRPAP1
LRRC27
LTA
LTA4H
LY6K
M
M protein
M1
m139
m141
m145
M164
M18
M2-1
M27
M38
M45
M57
MACF1
MAGE-1
MAGE-10
MAGE-3
MAGE-4
MAGE-A1
MAGE-A2
MAGE-A3
MAGE-A4
MAGE-A6
MAGE-A9
MAGE-B2
MAGE-C1
MAGE-C2
MAGE-D1
MAGE-n
MAGOHB
Major capsid protein L1
MALT1
Mammaglobin-A
Mammarenavirus caliense protein
MAP
MAPK1
MAPK13.G137V
MART-1
MATP
Matrix protein 1
Matrix protein I
MBP
MCPyV T-antigen
MDM2
ME-1
Med12
MELOE-1
Membrane Protein
mERK2
Mesothelin
Metalloproteinase inhibitor 3
METTL21A
METTL26
METTL2B
mHag UTA2-1
Middle T antigen
MIF
miHAg SMCY
MIIP
MIS18BP1
MM25
MM38
MOG
Moloney murine sarcoma virus
MOMP
MP
Mpt63
MSLN
MTA1
Mtb dervied protein
MTBP
MUC1
Mucin
MXRA5
Myb
MYB-NFIB
MyBP-C
MYBPC2
MYLIP.P8L
Myosin light polypeptide 6
Myosin-9
Myosin-Ig
N
NADH dehydrogenase
NCF1
NCF1B
Ncf1c
NDC80
Ndufs1-V491A
Neantigen
NEF
Negative Control
Neoantigen
Neo-epitope
Neuraminidase
Nischarin
NLGN4X
Non-structural polyprotein pORF1
NP
NP396
NP52
NPC1
NPM1
NRAS
NRAS.Q61K
NRAS/HRAS.Q61R
NS1
NS2
NS3
NS4B
NS5
NSDHL
Nucleophosmin
Nucleoprotein
Nuf2
NUSAP1
NY-BR-1
NY-ESO-1
OATP2A1
ODC
OR8B3
ORF1ab
ORF2
ORF3a
ORF6
ORF62
ORF7a
ORF8
OspC
OTOP1
OVA
p15E
p16INK4a
p17 gag
p21
p22phox
p24
P2X5a
p53
p56
p60
P79
PABP
PALB2
PAP
PASD1
PAX5
PB1
PB2
Pbk
PCMTD1
PDC-E2
PD-L1
PDLIM5
PDXDC1
Peptidase family S41
Perilipin-2
PGK1
PGM5.H469Y
Phage tail length tape-measure protein
Phosphoprotein
PHOX2b
PICALM
PIK3CA
PLA2R
PLK1
PMEL
Pneumolysin
Pol
PolA
Polymerase
Polymerase acidic protein
Polymerase PB1
Polymerase subunit
Polyprotein
PORCN
POTEF
POTN
POU2AF1
pp50 (UL44)
pp65
ppCT
PPE
Pr1
PRAME
PRC1
PRDX5
Preproinsulin
PRF2
PRF3
Prostate-specific antigen
Protein P
Protein A52
Protein E6
Protein E7
Protein Nef
Protein P
Protein X
Proteinase 3
Prp3
PRUNE2
PSA
PSCA
PSF1
PSMA
PTPN7
PTPRC
PTPRZ1
Purcell_all
PV9
PXK
R1
RAC GTPase-activating protein 1
RAD54B
RAS(Q61)
RASSF1
RBMXL2
RdRp
Receptor-type tyrosine-protein phosphatase C
Replication factor C subunit 1
Replication protein A1
Reps1
RETSAT
RFC5
RGPD2
RGPD8
RGS5
RHAMM
RhoC
RhoGAP45
RhOGDI2
Rhot2
Ribonucleoside-diphosphate reductase
Ribonucleotide reductase
RIN3
RNA polymerase
RNA-binding protein E3
RNA-directed RNA polymerase catalytic subunit
RNA-directed RNA polzymerase L
RNF19B.V372L
RNF213
RNF43
RNR2
ROBO3
ROP7
Ropporin-1A
Ropporin-1B
ROR1
Rpl18
RPS15A
RSV fusion protein
RT
RTA
Rta/BRLF1
Rv0288
Rv1490
Rv1614
Rv2626
Rv2626c
Rv2628
Rv2957
Rv2958c
Rv2958c protein
S
S protein
SAA
S-Arrestin
SART3
SEC24A
Self-antigen
S-HDAg
SIY
SKI protein
SLC17A5
Small T antigen
SMCY
SMOX
snRNP polypeptide B
SNRPD1
SNX24
SNX24.P165L
SOX-2
SP110
SPIKE
Spike GP
Spire1
SPOP
Squamous cell carcinoma antigen
SRP9
SRPX
SSX2
STAT3
STEAP
STEAP1
Survivin
SUV39H2
SV40T antigen
Synaptotagmin-12
T antigen
TAA 5T4
TACC3
TARP
TARP 2M
Tax
Tax-1
TAX1BP1
TB10.3-4
TB10.4
TcCA-2
TCL1A
Telomerase
Telomerase reverse transcriptase
TERT
Tetanus toxin
TFIIB
TGFB
TGFβ
TGS1
TH
Thyroglobulin
Thyroid peroxidase
TIA1
TLR1
Tmem135
TMEM48
TMP
TMP1
TNPO3
TOP2B
Toxoplasma gondii protein
TPBG
TPO
Transmembrane protein
Trans-sialidase
TRAP
Trap1a
TRB-3
TRM1
Trophoblast glycoprotein
TRP1
TRP2
TRX1
TSA56
TSHR
TTBK2
TUBA1A
Tuberculostearic acid methyltransferase UfaA1
TYR
Tyrosinase
Tyrosine Hydroxylase
TYRP1
U26
U3
U31
U53
U54
U7
U79
U90
Ubiquitin B
Ubiquitin D
Ubr5
UfaA1
UHRF1BP1L
UL105
UL13
UL138
UL25
UL37
UL83
UNC119
UNC45A
Unidentified
Unidentified protein
unloaded
UQCRC2
URLC10
USP7
USP9Y
UTY
VACCL3_100
VCX
VEGFR1
VEGFR2
VGLL1
vICA
Vif
Vimentin
Virion morphogenesis protein
VP1
VP1 p108
VP1 p44
VP11/12
VP16
VP2
VP30
VpR
VPS16
VSV-GP
WDR46
WDR75
WHAMM
WIPF1
WT1
WT-1
XBP1
YeiH
YPEL1
ZBTB1
ZC3H12D
ZnT8
α-I, Gliadin (Gluten)
CATEGORY
-- All peptides --
Addison's Disease
Adenovirus
Adenovirus C
Allergy
Alphapapillomavirus 9
Autoimmunity
B19V
Bacterial Infection
Bacterial infection/E. Coli
Bacterial Infection/Enterococcus hirae
Bacterial infection/Streptoccocus pneumoniae
Behçet's disease
BKV
BoDV-1
Cancer
Cancer/B16
Cancer/CT26
Cancer/CT2A
Cancer/MC38
Celiac Disease
CGD
Chagas Disease/Trypanosoma cruzi
Chickenpox/VZV
Chlamydia trachomatis
CMV
COVID-19/SARS-CoV-2 Virus
Coxsackievirus B3
Dengue Virus
Diabetes
Ebola Virus
EBV
ECTV
Endogenous Ag
Enterovirus B
Erythroparvovirus primate1
Graft vs Host
HAV
HBV
HCV
HDV
Hemophilia
HERV-K
HEV
HHV-1
HHV-6
HHV-6B
HIV
HMPV
HPV
HSV
HTLV
Human Mastadenovirus C
Influenza
JC Polyomavirus
Kidney Disease
LASV
LCMV
Listeriosis/Listeria monocytogenes
Lyme disease/Borrelia burgdorferi
Malaria/Plasmodium berghei
Malaria/Plasmodium falciparum
Mammarenavirus caliense
Mastadenovirus C
MCMV
Measles Virus
Melanoma
Merkel Cell Polyomavirus
MERS Coronavirus
MmuPV1
Model Antigen
MuLV
Mumps Virus
Murine Hepatitis Virus
Murine Pneumonia Virus
Myocardial Infarction
Negative control
Nephropathy/PUUV
Neurological disease
Non-Conventional T cells
Other
Ovarian Cancer
Papillomavirus
PML/JC Polyomavirus
Prostate Cancer
PUUV
RSV
Sendai Virus
SIV
Streptococcus pyogenes
SV40
TB/Mycobacterium tuberculosis
TBEV
Tetanus/Clostridium tetani
Toxoplasmosis/Toxoplasma gondii
Vaccinia Virus
Varicella-zoster Virus
Vesicular stomatitis Indiana Virus
Virus
VSV
WNV
Yellow Fever Virus
Zika Virus
For custom MHC-peptide combinations, a one-time entry fee will be required to evaluate each unique peptide's ability to bind to the requested MHC allele using standardized peptide binding assays. If the refolding process is unsuccessful, only the entry fee will be charged as we will not be able to deliver a product to you. The entry fee for custom MHC I Dextramer® reagents is 385 EUR / 445 USD and the entry fee for custom MHC II Dextramer® reagents is 605 EUR / 710 USD.