LiteFold/IEDB huggingface dataset:
Reference: Barbara Couturaud; Bastien Doix; Laura Carretero-Iglesia; Mathilde Allard; Sylvain Pradervand; Michael Hebeisen; Nathalie Rufer. "Overall avidity declines in TCR repertoires during latent CMV but not EBV infection." Frontiers in immunology (2023).

Epitope: CMV/IE-1<sub>316-324</sub>
Chemical type: Peptide from protein
Sequence: VLEETSVML
Position: 316-324
Source molecule (GenBank): YP_081562
Assay category: TCell
Result: Positive
Cell type: T cell CD8+
Tissue: blood
Culture conditions: Direct Ex Vivo
Reference: Hye-Jung Kim; Hidetoshi Nakagawa; John Y Choi; Xuchun Che; Andrew Divris; Qingshi Liu; Andrew E Wight; Hengcheng Zhang; Anis Saad; Zhabiz Solhjou; Christa Deban; Jamil R Azzi; Harvey Cantor. "A narrow T cell receptor repertoire instructs thymic differentiation of MHC class Ib-restricted CD8+ regulatory T cells." The Journal of clinical investigation (2024).

Epitope: Hsp60<sub>p216</sub>
Chemical type: Peptide from protein
Sequence: GMKFDRGYI
Position: 216-224
Source molecule (GenBank): P63038.1
Assay category: TCell
Result: Positive
Cell type: T cell CD8+
Tissue: blood
Culture conditions: Direct Ex Vivo
Reference: Yuu Okura; Yuri Ikawa-Teranishi; Akihiko Mizoroki; Noriyuki Takahashi; Takashi Tsushima; Machiko Irie; Zulkarnain Harfuddin; Momoko Miura-Okuda; Shunsuke Ito; Genki Nakamura; Hiroaki Takesue; Yui Ozono; Masamichi Nishihara; Kenta Yamada; Siok Wan Gan; Akira Hayasaka; Shinya Ishii; Tetsuya Wakabayashi; Masaru Muraoka; Nishiki Nagaya; Hiroshi Hino; Takayuki Nemoto; Taichi Kuramochi; Takuya Torizawa; Hideaki Shimada; Takehisa Kitazawa; Makoto Okazaki; Junichi Nezu; Ludvig M Sollid; Tomoyuki Igawa. "Characterizations of a neutralizing antibody broadly reactive to multiple gluten peptide:HLA-DQ2.5 complexes in the context of celiac disease." Nature communications (2023).

Epitope: Epitope of DQN0385AE02 on HLA-DQ2.5 in complex with hordein 3a peptide
Chemical type: Region on multi-chain protein
Discontinuous residues: C: Y39, P44, S45, G46, L62, G63, K65, D80, Q82, F83, L85, T86, N87, A89, V90, K92, H93, N96; D: Y92, D98, I99, R102
Source molecule (GenBank): P01909.1
Assay category: BCell
Result: Positive
Quantitative measurement: 2.236
Host:  12-16 weeks

Epitope: omega 1/2 gliadin
Chemical type: Peptide from protein
Sequence: QQPFPQPQQPFPWQP
Position: 104-118
Source molecule (GenBank): Q9FUW7.1
Assay category: TCell
Result: Positive
Cell type: Jurkat cell (T cell)
Tissue: blood
Culture conditions: Engineered

Epitope: γ2 gliadin
Chemical type: Peptide from protein
Sequence: GQGIIQPQQPAQLIR
Assay category: TCell
Result: Positive
Cell type: Jurkat cell (T cell)
Tissue: blood
Culture conditions: Engineered
Reference: Fatemeh Shafieichaharberoud; Shuyao Lang; Connor Whalen; Cristina Rivera Quiles; Lillie Purcell; Cameron Talbot; Pengfei Wang; Elizabeth B Norton; Michelle Mazei-Robison; Agnieszka Sulima; Arthur E Jacobson; Kenner C Rice; Gary R Matyas; Xuefei Huang. "Enhancing Protective Antibodies against Opioids through Antigen Display on Virus-like Particles." Bioconjugate chemistry (2024).

Epitope: meperidine
Chemical type: Other Non-Sequence
Assay category: BCell
Result: Positive
Reference: Metin Aksu; Priya Kumar; Thomas Güttler; Waltraud Taxer; Kathrin Gregor; Bianka Mußil; Oleh Rymarenko; Kim M Stegmann; Antje Dickmanns; Sabrina Gerber; Wencke Reineking; Claudia Schulz; Timo Henneck; Ahmed Mohamed; Gerhard Pohlmann; Mehmet Ramazanoglu; Kemal Mese; Uwe Groß; Tamar Ben-Yedidia; Oded Ovadia; Dalit Weinstein Fischer; Merav Kamensky; Amir Reichman; Wolfgang Baumgärtner; Maren von Köckritz-Blickwede; Matthias Dobbelstein; Dirk Görlich. "Nanobodies to multiple spike variants and inhalation of nanobody-containing aerosols neutralize SARS-CoV-2 in cell culture and hamsters." Antiviral research (2024).

Epitope: Epitope of nanobody Re21D01 on SARS-CoV-2 WT RBD
Chemical type: Discontinuous protein residues
Discontinuous residues: Y369, N370, A372, F374, S375, T376, F377, K378, C379, Y380, V382, P384, G404, V407, R408, G502, V503, Y508
Source molecule (GenBank): QHD43416.1
Assay category: BCell
Result: Positive
Quantitative measurement: 3.1
Host: F
Reference: Lorenzo Federico; Brandon Malone; Simen Tennøe; Viktoriia Chaban; Julie Røkke Osen; Murat Gainullin; Eva Smorodina; Hassen Kared; Rahmad Akbar; Victor Greiff; Richard Stratford; Trevor Clancy; Ludvig Andre Munthe. "Experimental validation of immunogenic SARS-CoV-2 T cell epitopes identified by artificial intelligence." Frontiers in immunology (2023).

Epitope: Peptide 16
Chemical type: Peptide from protein
Sequence: ILTALRLCAY
Position: 33-42
Source molecule (GenBank): QHD43418.1
Assay category: TCell
Result: Positive
Cell type: T cell CD8+
Tissue: blood
Culture conditions: Direct Ex Vivo

Epitope: Peptide 22
Chemical type: Peptide from protein
Sequence: MGIIAMSAF
Position: 3616-3624
Source molecule (GenBank): QHD43415.1
Assay category: TCell
Result: Positive
Cell type: T cell CD8+
Tissue: blood
Culture conditions: Direct Ex Vivo
Reference: Elena Rita Simula; Ignazio Roberto Zarbo; Giannina Arru; Elia Sechi; Rossella Meloni; Giovanni Andrea Deiana; Paolo Solla; Leonardo Antonio Sechi. "Antibody Response to HERV-K and HERV-W Envelope Epitopes in Patients with Myasthenia Gravis." International journal of molecular sciences (2023).

Epitope: HERV-W-env (161–180)
Chemical type: Peptide from protein
Sequence: HTRLVSLFNTTLTGLHEVSA
Assay category: BCell
Result: Positive-Low

Epitope: HERV-W-env (161–180)
Chemical type: Peptide from protein
Sequence: HTRLVSLFNTTLTGLHEVSA
Assay category: BCell
Result: Positive-Low
Reference: Jason Gorman; Crystal Sao-Fong Cheung; Zhijian Duan; Li Ou; Maple Wang; Xuejun Chen; Cheng Cheng; Andrea Biju; Yaping Sun; Pengfei Wang; Yongping Yang; Baoshan Zhang; Jeffrey C Boyington; Tatsiana Bylund; Sam Charaf; Steven J Chen; Haijuan Du; Amy R Henry; Tracy Liu; Edward K Sarfo; Chaim A Schramm; Chen-Hsiang Shen; Tyler Stephens; I-Ting Teng; John-Paul Todd; Yaroslav Tsybovsky; Raffaello Verardi; Danyi Wang; Shuishu Wang; Zhantong Wang; Cheng-Yan Zheng; Tongqing Zhou; Daniel C Douek; John R Mascola; David D Ho; Mitchell Ho; Peter D Kwong. "Cleavage-intermediate Lassa virus trimer elicits neutralizing responses, identifies neutralizing nanobodies, and reveals an apex-situated site-of-vulnerability." Nature communications (2024).

Epitope: Epitope of mAb 12.1F on Lassa GPC
Chemical type: Discontinuous protein residues
Discontinuous residues: S91, H92, L107, T108, N109, T110, S111, I112, I113, N114, D156, Y217, Y219
Source molecule (GenBank): P08669.1
Assay category: BCell
Result: Positive
Quantitative measurement: 36.4

Epitope: Epitope of mAb 12.1F on Lassa GPC
Chemical type: Discontinuous protein residues
Discontinuous residues: S91, H92, L107, T108, N109, T110, S111, I112, I113, N114, D156, Y217, Y219
Source molecule (GenBank): P08669.1
Assay category: BCell
Result: Positive
Quantitative measurement: 0.00102

Epitope: Epitope of mAb 12.1F on Lassa GPC
Chemical type: Discontinuous protein residues
Discontinuous residues: S91, H92, L107, T108, N109, T110, S111, I112, I113, N114, D156, Y217, Y219
Source molecule (GenBank): P08669.1
Assay category: BCell
Result: Positive
Quantitative measurement: 28100.0

Epitope: Epitope of mAb 12.1F on Lassa GPC
Chemical type: Discontinuous protein residues
Discontinuous residues: S91, H92, L107, T108, N109, T110, S111, I112, I113, N114, D156, Y217, Y219
Source molecule (GenBank): P08669.1
Assay category: BCell
Result: Positive
Reference: J Bae; T Hideshima; G L Zhang; J Zhou; D B Keskin; N C Munshi; K C Anderson. "Identification and characterization of HLA-A24-specific XBP1, CD138 (Syndecan-1) and CS1 (SLAMF7) peptides inducing antigens-specific memory cytotoxic T lymphocytes targeting multiple myeloma." Leukemia (2018).

Epitope: CD138 4/CD138 13-21
Chemical type: Peptide from protein
Sequence: LALSLQPAL
Position: 13-21
Source molecule (GenBank): NP_001006947.2
Assay category: MhcBinding
Result: Positive

Epitope: CD138 5
Chemical type: Peptide from protein
Sequence: GLLDRKEVL
Position: 245-253
Source molecule (GenBank): NP_001006947.2
Assay category: MhcBinding
Result: Negative
Reference: Steffen Dettling; Slava Stamova; Rolf Warta; Martina Schnölzer; Carmen Rapp; Anchana Rathinasamy; David Reuss; Kolja Pocha; Saskia Roesch; Christine Jungk; Uwe Warnken; Volker Eckstein; Niels Grabe; Christoph Schramm; Markus A Weigand; Andreas von Deimling; Andreas Unterberg; Philipp Beckhove; Christel Herold-Mende. "Identification of CRKII, CFL1, CNTN1, NME2, and TKT as Novel and Frequent T-Cell Targets in Human IDH-Mutant Glioma." Clinical cancer research : an official journal of the American Association for Cancer Research (2018).

Epitope: CTSB
Chemical type: Peptide from protein
Sequence: FLGGPKPPQRVMFTEDLKLPASFDAREQWP
Position: 62-91
Source molecule (GenBank): P07858.3
Assay category: TCell
Result: Negative
Cell type: T cell
Tissue: blood
Culture conditions: Direct Ex Vivo

Epitope: DSG1
Chemical type: Peptide from protein
Sequence: EAMQSLQLSIGVRNKAEFHHSIMSQYKLKASAISVTVLNVIEGPVFRPGS
Position: 340-389
Source molecule (GenBank): Q02413.2
Assay category: TCell
Result: Negative
Cell type: T cell
Tissue: blood
Culture conditions: Direct Ex Vivo

Epitope: HSPA5
Chemical type: Peptide from protein
Sequence: FSETLTRAKFEELNMDLFRSTMKPVQKVLEDSDLKKSDIDEIVLVGGSTR
Position: 318-367
Source molecule (GenBank): P11021.2
Assay category: TCell
Result: Negative
Cell type: T cell
Tissue: blood
Culture conditions: Direct Ex Vivo

Epitope: PPP1CA
Chemical type: Peptide from protein
Sequence: GLCLKSREIFLSQPILLELEAPLKICGDIHGQYYDLLRLFEYGGFPPESN
Position: 37-86
Source molecule (GenBank): P36873.1
Assay category: TCell
Result: Negative
Cell type: T cell
Tissue: blood
Culture conditions: Direct Ex Vivo

Epitope: CFL1 97-105
Chemical type: Peptide from protein
Sequence: FIFWAPESA
Position: 101-109
Source molecule (GenBank): P23528.3
Assay category: TCell
Result: Negative
Cell type: T cell
Tissue: blood
Culture conditions: Direct Ex Vivo
Reference: Caroline E Harrer; Leonie Mayer; Anahita Fathi; Susan Lassen; My L Ly; Madeleine E Zinser; Timo Wolf; Stephan Becker; Gerd Sutter; Christine Dahlke; Marylyn M Addo. "Identification of a Spike-Specific CD8+ T-Cell Epitope Following Vaccination Against the Middle East Respiratory Syndrome Coronavirus in Humans." The Journal of infectious diseases (2024).

Epitope: Peptide 4
Chemical type: Peptide from protein
Sequence: TPTESYVDVGPDSVK
Position: 13-27
Source molecule (GenBank): K9N5Q8.1
Assay category: TCell
Result: Negative
Cell type: PBMC
Tissue: blood
Culture conditions: Direct Ex Vivo

Epitope: Peptide 32
Chemical type: Peptide from protein
Sequence: NSTGTVIISPSTSAT
Position: 125-139
Source molecule (GenBank): K9N5Q8.1
Assay category: TCell
Result: Negative
Cell type: PBMC
Tissue: blood
Culture conditions: Direct Ex Vivo

Epitope: Peptide 36
Chemical type: Peptide from protein
Sequence: RKIYPAFMLGSSVGN
Position: 141-155
Source molecule (GenBank): K9N5Q8.1
Assay category: TCell
Result: Negative
Cell type: PBMC
Tissue: blood
Culture conditions: Direct Ex Vivo

Epitope: Peptide 61
Chemical type: Peptide from protein
Sequence: YTYNITEDEILEWFG
Position: 241-255
Source molecule (GenBank): K9N5Q8.1
Assay category: TCell
Result: Positive-Low
Cell type: PBMC
Tissue: blood
Culture conditions: Direct Ex Vivo

Epitope: Peptide 63
Chemical type: Peptide from protein
Sequence: EILEWFGITQTAQGV
Position: 249-263
Source molecule (GenBank): K9N5Q8.1
Assay category: TCell
Result: Negative
Cell type: PBMC
Tissue: blood
Culture conditions: Direct Ex Vivo
Reference: Tamar Ratishvili; Huy Quang Quach; Iana H Haralambieva; Yogesh R Suryawanshi; Inna G Ovsyannikova; Richard B Kennedy; Gregory A Poland. "A multifaceted approach for identification, validation, and immunogenicity of naturally processed and in silico-predicted highly conserved SARS-CoV-2 peptides." Vaccine (2024).

Epitope: M5
Chemical type: Peptide from protein
Sequence: SYFIASFRLFARTRS
Position: 94-108
Source molecule (GenBank): P0DTC5.1
Assay category: TCell
Result: Positive
Cell type: PBMC
Tissue: blood
Culture conditions: Direct Ex Vivo

Epitope: M11
Chemical type: Peptide from protein
Sequence: RTLSYYKLGASQRVA
Position: 174-188
Source molecule (GenBank): P0DTC5.1
Assay category: TCell
Result: Positive
Cell type: PBMC
Tissue: blood
Culture conditions: Direct Ex Vivo

Epitope: N3
Chemical type: Peptide from protein
Sequence: TGPEAGLPYGANKD
Position: 115-128
Source molecule (GenBank): P0DTC9.1
Assay category: TCell
Result: Positive
Cell type: PBMC
Tissue: blood
Culture conditions: Direct Ex Vivo
Reference: Bao Tuan Duong; Seon Ju Yeo; Hyun Park. "Identification of specific neutralizing antibodies for highly pathogenic avian influenza H5 2.3.4.4b clades to facilitate vaccine design and therapeutics." Emerging microbes & infections (2024).

Epitope: Epitope of mAb #23.3 on H5N6 HA
Chemical type: Discontinuous protein residues
Discontinuous residues: N199, T204, N205
Source molecule (GenBank): AVI14592.1
Assay category: BCell
Result: Positive
Quantitative measurement: 58.64
Host: F 8 weeks

Epitope: Epitope of mAb #23.3 on H5N6 HA
Chemical type: Discontinuous protein residues
Discontinuous residues: N199, T204, N205
Source molecule (GenBank): AVI14592.1
Assay category: BCell
Result: Positive
Host: F 8 weeks

Epitope: Epitope of mAb #23.3 on H5N6 HA
Chemical type: Discontinuous protein residues
Discontinuous residues: N199, T204, N205
Source molecule (GenBank): AVI14592.1
Assay category: BCell
Result: Positive
Host: F 8 weeks

Epitope: Epitope of mAb #23.3 on H5N6 HA
Chemical type: Discontinuous protein residues
Discontinuous residues: N199, T204, N205
Source molecule (GenBank): AVI14592.1
Assay category: BCell
Result: Positive
Quantitative measurement: 0.0003315
Host: F 8 weeks

Epitope: Epitope of mAb #23.3 on H5N6 HA
Chemical type: Discontinuous protein residues
Discontinuous residues: N199, T204, N205
Source molecule (GenBank): AVI14592.1
Assay category: BCell
Result: Positive
Host: F 8 weeks

Epitope: Epitope of mAb #23.3 on H5N6 HA
Chemical type: Discontinuous protein residues
Discontinuous residues: N199, T204, N205
Source molecule (GenBank): AVI14592.1
Assay category: BCell
Result: Positive
Quantitative measurement: 5653.0
Host: F 8 weeks
Reference: Iga Kucharska; Elaine Thai; Ananya Srivastava; John L Rubinstein; Régis Pomès; Jean-Philippe Julien. "Structural ordering of the  circumsporozoite protein repeats by inhibitory antibody 3D11." eLife (2020).

Epitope: PAPP peptide
Chemical type: Peptide from protein
Sequence: PAPPNANDPAPPNAND
Position: 149-164
Source molecule (GenBank): P23093.1
Assay category: BCell
Result: Positive

Epitope: PAPP peptide
Chemical type: Peptide from protein
Sequence: PAPPNANDPAPPNAND
Position: 149-164
Source molecule (GenBank): P23093.1
Assay category: BCell
Result: Positive
Quantitative measurement: 1.6

Epitope: PAPP peptide
Chemical type: Peptide from protein
Sequence: PAPPNANDPAPPNAND
Position: 149-164
Source molecule (GenBank): P23093.1
Assay category: BCell
Result: Positive
Quantitative measurement: 159.0

Epitope: PAPP peptide
Chemical type: Peptide from protein
Sequence: PAPPNANDPAPPNAND
Position: 149-164
Source molecule (GenBank): P23093.1
Assay category: BCell
Result: Positive

Epitope: PAPP peptide
Chemical type: Peptide from protein
Sequence: PAPPNANDPAPPNAND
Position: 149-164
Source molecule (GenBank): P23093.1
Assay category: BCell
Result: Positive
Quantitative measurement: 611.0
Reference: Linan Wang; Masahiro Matsumoto; Yasushi Akahori; Naohiro Seo; Kazuko Shirakura; Takuma Kato; Yoichi Katsumoto; Yoshihiro Miyahara; Hiroshi Shiku. "Preclinical evaluation of a novel CAR-T therapy utilizing a scFv antibody highly specific to MAGE-A4<sub>p230-239</sub>/HLA-A∗02:01 complex." Molecular therapy : the journal of the American Society of Gene Therapy (2024).

Epitope: R6A
Chemical type: Peptide, no natural source
Sequence: GVYDGAEHTV
Assay category: MhcBinding
Result: Positive

Epitope: RBBP5
Chemical type: Peptide from protein
Sequence: RVYDGREILT
Position: 223-232
Source molecule (GenBank): Q15291.2
Assay category: MhcBinding
Result: Positive-Intermediate

Epitope: RISK7
Chemical type: Peptide from protein
Sequence: GIYMGRPTHS
Position: 206-215
Source molecule (GenBank): Q13595.1
Assay category: MhcBinding
Result: Positive

Epitope: RISK14
Chemical type: Peptide from protein
Sequence: GVYCYRAA
Position: 730-737
Source molecule (GenBank): Q5H8A4.1
Assay category: MhcBinding
Result: Positive

Epitope: RISK18
Chemical type: Peptide from protein
Sequence: GVYCYRQH
Position: 353-360
Source molecule (GenBank): Q96S86.1
Assay category: MhcBinding
Result: Positive
Reference: Paul Shafer; Wingchi K Leung; Mae Woods; Jong Min Choi; Carlos M Rodriguez-Plata; Arushana Maknojia; Andres Mosquera; Lauren K Somes; Jarrett Joubert; Anthony Manliguez; Rashi Ranjan; Bryan Burt; Hyun-Sung Lee; Bing Zhang; Suzanne Fuqua; Cliona Rooney; Ann M Leen; Valentina Hoyos. "Incongruity between T cell receptor recognition of breast cancer hotspot mutations ESR1 Y537S and D538G following exogenous peptide loading versus endogenous antigen processing." Cytotherapy (2024).

Epitope: ESR1 371-379
Chemical type: Peptide from protein
Sequence: TLHDQVHLL
Position: 371-379
Source molecule (GenBank): AAA52399.1
Assay category: MhcLigandElution
Result: Positive

Epitope: Akt E17K Neo 4
Chemical type: Peptide, no natural source
Sequence: KYIKTWRPRYFLLKN
Assay category: TCell
Result: Positive
Cell type: T cell
Tissue: blood
Culture conditions: Short Term Restimulated

Epitope: Akt E17K Neo 4
Chemical type: Peptide, no natural source
Sequence: KYIKTWRPRYFLLKN
Assay category: TCell
Result: Positive
Cell type: T cell
Tissue: blood
Culture conditions: Short Term Restimulated

Epitope: Akt E17K Wt 3
Chemical type: Peptide, no natural source
Sequence: RGEYIKTWRPRYFLL
Assay category: TCell
Result: Positive
Cell type: T cell
Tissue: blood
Culture conditions: Short Term Restimulated

Epitope: Akt E17K Wt 3
Chemical type: Peptide, no natural source
Sequence: RGEYIKTWRPRYFLL
Assay category: TCell
Result: Positive
Cell type: T cell
Tissue: blood
Culture conditions: Short Term Restimulated

Epitope: Akt E17K Wt 4
Chemical type: Peptide, no natural source
Sequence: EYIKTWRPRYFLLKN
Assay category: TCell
Result: Positive
Cell type: T cell
Tissue: blood
Culture conditions: Short Term Restimulated

Epitope: PIK3CA E545K Wt 2
Chemical type: Peptide, no natural source
Sequence: STRDPLSEITEQEKD
Assay category: TCell
Result: Negative
Cell type: T cell
Tissue: blood
Culture conditions: Short Term Restimulated

Epitope: TP53 R175H Neo 4
Chemical type: Peptide, no natural source
Sequence: VRHCPHHERCSDSDG
Assay category: TCell
Result: Negative
Cell type: T cell
Tissue: blood
Culture conditions: Short Term Restimulated

Epitope: TP53 R248W Neo 2
Chemical type: Peptide, no natural source
Sequence: CNSSCMGGMNWRPIL
Assay category: TCell
Result: Negative
Cell type: T cell
Tissue: blood
Culture conditions: Short Term Restimulated
Reference: Aiko Murai; Terufumi Kubo; Takayuki Ohkuri; Junko Yanagawa; Yuki Yajima; Akemi Kosaka; Dongliang Li; Toshihiro Nagato; Kenji Murata; Takayuki Kanaseki; Tomohide Tsukahara; Takeshi Nagasaki; Yoshihiko Hirohashi; Hiroya Kobayashi; Toshihiko Torigoe. "NF9 peptide specific cytotoxic T lymphocyte clone cross react to Y453F mutation of SARS-CoV-2 virus spike protein." Immunological medicine (2024).

Epitope: A24-S11
Chemical type: Peptide from protein
Sequence: AYSNNSIAI
Position: 706-714
Source molecule (GenBank): P0DTC2.1
Assay category: TCell
Result: Negative
Cell type: PBMC
Tissue: blood
Culture conditions: Short Term Restimulated

Epitope: A24-S15
Chemical type: Peptide from protein
Sequence: QYIKWPWYI
Position: 1208-1216
Source molecule (GenBank): P0DTC2.1
Assay category: TCell
Result: Positive
Cell type: T cell CD8+
Tissue: blood
Culture conditions: Short Term Restimulated

Epitope: A24-S15
Chemical type: Peptide from protein
Sequence: QYIKWPWYI
Position: 1208-1216
Source molecule (GenBank): P0DTC2.1
Assay category: TCell
Result: Positive
Cell type: PBMC
Tissue: blood
Culture conditions: Short Term Restimulated
Reference: Gang Ye; Ruangang Pan; Fan Bu; Jian Zheng; Alise Mendoza; Wei Wen; Lanying Du; Benjamin Spiller; Brian E Wadzinski; Bin Liu; Stanley Perlman; Fang Li. "Discovery of Nanosota-2, -3, and -4 as super potent and broad-spectrum therapeutic nanobody candidates against COVID-19." Journal of virology (2023).

Epitope: Epitope of Nanosota-2A on SARS-CoV-2 S
Chemical type: Discontinuous protein residues
Discontinuous residues: D405, K417, L455, F456, N487, Y489, Y505
Source molecule (GenBank): QHD43416.1
Assay category: BCell
Result: Positive

Epitope: Epitope of Nanosota-2A on SARS-CoV-2 S
Chemical type: Discontinuous protein residues
Discontinuous residues: D405, K417, L455, F456, N487, Y489, Y505
Source molecule (GenBank): QHD43416.1
Assay category: BCell
Result: Positive

Epitope: Epitope of Nanosota-2A on SARS-CoV-2 S
Chemical type: Discontinuous protein residues
Discontinuous residues: D405, K417, L455, F456, N487, Y489, Y505
Source molecule (GenBank): QHD43416.1
Assay category: BCell
Result: Positive

Epitope: Epitope of Nanosota-2A on SARS-CoV-2 S
Chemical type: Discontinuous protein residues
Discontinuous residues: D405, K417, L455, F456, N487, Y489, Y505
Source molecule (GenBank): QHD43416.1
Assay category: BCell
Result: Positive

Epitope: Epitope of Nanosota-2A on SARS-CoV-2 S
Chemical type: Discontinuous protein residues
Discontinuous residues: D405, K417, L455, F456, N487, Y489, Y505
Source molecule (GenBank): QHD43416.1
Assay category: BCell
Result: Positive

Epitope: Epitope of Nanosota-2A on SARS-CoV-2 S
Chemical type: Discontinuous protein residues
Discontinuous residues: D405, K417, L455, F456, N487, Y489, Y505
Source molecule (GenBank): QHD43416.1
Assay category: BCell
Result: Positive

Epitope: Epitope of Nanosota-2A on SARS-CoV-2 S
Chemical type: Discontinuous protein residues
Discontinuous residues: D405, K417, L455, F456, N487, Y489, Y505
Source molecule (GenBank): QHD43416.1
Assay category: BCell
Result: Positive

Epitope: Epitope of Nanosota-2A on SARS-CoV-2 S
Chemical type: Discontinuous protein residues
Discontinuous residues: D405, K417, L455, F456, N487, Y489, Y505
Source molecule (GenBank): QHD43416.1
Assay category: BCell
Result: Positive

Epitope: Epitope of Nanosota-2A on SARS-CoV-2 S
Chemical type: Discontinuous protein residues
Discontinuous residues: D405, K417, L455, F456, N487, Y489, Y505
Source molecule (GenBank): QHD43416.1
Assay category: BCell
Result: Positive
Quantitative measurement: 4320000.0

Epitope: Epitope of Nanosota-2A on SARS-CoV-2 S
Chemical type: Discontinuous protein residues
Discontinuous residues: D405, K417, L455, F456, N487, Y489, Y505
Source molecule (GenBank): QHD43416.1
Assay category: BCell
Result: Positive
Quantitative measurement: 0.527

Epitope: Epitope of Nanosota-2A on SARS-CoV-2 S
Chemical type: Discontinuous protein residues
Discontinuous residues: D405, K417, L455, F456, N487, Y489, Y505
Source molecule (GenBank): QHD43416.1
Assay category: BCell
Result: Positive
Quantitative measurement: 0.00228
Reference: Yuling Wang; Lu Yang; Kang Tang; Yusi Zhang; Chunmei Zhang; Yun Zhang; Boquan Jin; Yuan Zhang; Ran Zhuang; Ying Ma. "Ad5-nCoV Vaccination Could Induce HLA-E Restricted CD8<sup>+</sup> T Cell Responses Specific for Epitopes on Severe Acute Respiratory Syndrome Coronavirus 2 Spike Protein." Viruses (2023).

Epitope: N2
Chemical type: Peptide from protein
Sequence: KAYNVTQAF
Position: 266-274
Source molecule (GenBank): P0DTC9.1
Assay category: MhcBinding
Result: Negative

Epitope: N2
Chemical type: Peptide from protein
Sequence: KAYNVTQAF
Position: 266-274
Source molecule (GenBank): P0DTC9.1
Assay category: MhcBinding
Result: Negative

Epitope: M3
Chemical type: Peptide from protein
Sequence: FNPETNILL
Position: 112-120
Source molecule (GenBank): P0DTC5.1
Assay category: MhcBinding
Result: Negative

Epitope: M3
Chemical type: Peptide from protein
Sequence: FNPETNILL
Position: 112-120
Source molecule (GenBank): P0DTC5.1
Assay category: MhcBinding
Result: Negative