What these images are
Every still in the image set on this site, with five exceptions, is an AI visualisation generated from a real reference image — a published protein structure, a public-domain scan or laboratory photograph, or an asset Epitorix already owned. The reference fixes what is in the picture; the generator sets the lighting and the optics. None of these images is a photograph, none shows a molecule designed by Epitorix, and none shows an Epitorix experiment or Epitorix data. Every file in the set therefore carries one disclosure: Visualisation generated from the referenced source; not a photograph. Each row below names the reference the file was generated from and repeats that disclosure in short form. The exceptions are Epitorix’s own PET/CT scan, reproduced from epitorix.com as published and never AI-edited; the four Therapeutic Pipeline tiles, which are Epitorix’s own renders of its AI-designed candidates in their predicted complexes, reproduced from epitorix.com/pipeline; and the protein structures below, rendered with PyMOL from deposited PDB coordinates and not AI-generated. Their rows say so. Interface residues coloured where any atom lies within 4.5 Å of the binder (a threshold on a continuum).
The protein structures show the pipeline’s target proteins in published complexes with approved antibodies (trastuzumab, sacituzumab, daratumumab) or with the PD-1 receptor. They illustrate the targets; they are not Epitorix candidates, and since 15 September 2026 they appear on no page — they are kept here so the registry stays complete. Captions on the site name the subject and, where one exists, the source entry (for example “PDB 1N8Z”).
Wherever a reference or a licence is still being confirmed, the row says so in square brackets. Those notes are working markers, not attributions.
Protein structures
Reference images are the assembly images published by the RCSB Protein Data Bank on each entry’s Structure Summary page. Data files in the PDB archive are released under CC0 1.0, and RCSB’s usage policy places those molecular images “under the same conditions”, encouraging — not requiring — attribution to the original authors of the structure data and to the RCSB PDB (RCSB PDB policies, usage policy). Each row below gives that credit in RCSB’s own form. Antibody names inside quoted entry titles are the property of their owners; the site’s own captions use non-proprietary names.
| Image | Reference | Licence |
|---|---|---|
HER2 ectodomain, chain C · trastuzumab Fab, heavy B / light A · contact residues within 4.5 Å in violet · PDB 1N8Zher2-1n8z-v2.webpVisualisation, not a photograph. | RCSB Protein Data Bank, entry 1N8Z — “Crystal structure of extracellular domain of human HER2 complexed with Herceptin Fab” Rendered with PyMOL from deposited coordinates (RCSB PDB 1N8Z); not AI-generated. Primary citation: Cho, H.-S., Mason, K., Ramyar, K.X. et al., Nature, 2003. | PDB coordinate data: CC0 1.0. Attribution is encouraged, not required. |
Imaging and laboratory scenes
Public-domain references from Wikimedia Commons and the United States National Institutes of Health, and photographs and renders from the Epitorix asset library. No scanner, tracer, isotope or instrument shown here is a claim about any Epitorix program.
| Image | Reference | Licence |
|---|---|---|
Whole-body PET maximum-intensity projection · daylit diagnostic reading roomdoor-derisk-reading-room-v2c.webpVisualisation, not a photograph. | Whole-body FDG PET maximum-intensity projection, Jens Maus — Wikimedia Commons [[GAP: confirm reference]] | Public domain (released by the author). |
Preclinical mouse PET/CT · focal uptake · fused display, AI visualizationpetct-mouse.webpVisualisation, not a photograph. | Epitorix asset library | [[GAP: confirm licence]] |
Epitorix PET/CT · “Our lead AI-designed candidates are now being tested in vivo” · epitorix.com/pipelinepet-scan-epitorix.webpReal scan, reproduced as published; not AI-generated or AI-edited. | Epitorix's own PET/CT, reproduced from epitorix.com/pipeline (Framer asset vgockZJJpXkIEIK2SnEUiw88vRA.png); cropped to 3:2, no other change. | Epitorix-owned. |
Imaging suite · scanner gantry, deep bore and patient tablechapter-pet-suite-v6c.webpVisualisation, not a photograph. | Epitorix asset library | [[GAP: confirm licence]] |
96-channel head over a 96-well plate · automated liquid handlerdoor-build-plate-v4.webpVisualisation, not a photograph. | BioMek FX P200 liquid-handling robot, NIAID/NIH — Wikimedia Commons; or Epitorix asset library [[GAP: confirm reference]] | Public domain (United States Government work); asset library [[GAP: confirm licence]] |
Automated liquid handling · multichannel head over a microplateliquid-handler-ad.webpVisualisation, not a photograph. | BioMek FX P200 liquid-handling robot, NIAID/NIH — Wikimedia Commons; or Epitorix asset library [[GAP: confirm reference]] | Public domain (United States Government work); asset library [[GAP: confirm licence]] |
Laboratory bench · liquid handler and assay platescontact-bench-wide-ad.webpVisualisation, not a photograph. | BioMek FX P200 liquid-handling robot, NIAID/NIH — Wikimedia Commons; or Epitorix asset library [[GAP: confirm reference]] | Public domain (United States Government work); asset library [[GAP: confirm licence]] |
Shielded vial and syringe shield · radiopharmacy benchdoor-invest-radiopharmacy-v5.webpVisualisation, not a photograph. | Epitorix asset library | [[GAP: confirm licence]] |
A single-vial shield, closed, beside a crimp-sealed vialvials-shielded-v7.webpVisualisation, not a photograph. | AI visualisation (GPT Image 2, 2026-09-15) generated from Epitorix's own reference photographs | Epitorix-owned. |
¹⁷⁷Lu–DOTA-peptide conjugate on the filing · tabbed binder · dosimeter badgedossier-v5.webpVisualisation, not a photograph. | Epitorix asset library | [[GAP: confirm licence]] |
Molecular renders
Generic molecular subjects — a DNA double helix, an IgG antibody, a helical peptide on a protein surface, candidate ligands around a pocket, a ball-and-stick model. They are illustrations of molecule classes, not renders of particular Epitorix designs, and the small molecules shown are not specific compounds.
| Image | Reference | Licence |
|---|---|---|
The Drew–Dickerson dodecamer, d(CGCGAATTCGCG)₂ — one full turn of right-handed B-DNA, space-filling, with the narrow minor groove and the wide major groove · PDB 1BNAdna-helix-wide-v2.webpVisualisation, not a photograph. | RCSB Protein Data Bank, entry 1BNA — “Structure of a B-DNA dodecamer. Conformation and dynamics” Rendered with PyMOL from deposited coordinates (RCSB PDB 1BNA); not AI-generated. Primary citation: Drew, H.R., Wing, R.M., Takano, T. et al., Proc. Natl. Acad. Sci. USA, 1981. | PDB coordinate data: CC0 1.0. Attribution is encouraged, not required. |
An intact IgG at atomic resolution with a single Lu-DOTA chelator modelled onto its most exposed hinge lysine, drawn at true relative scale — the chelate is about one nanometre across, the antibody fifteen times that; the inset shows the same chelate magnified two and a half times · PDB 1IGT, chelator built in RDKitantibody-v3-nolabel.webpVisualisation, not a photograph. | RCSB Protein Data Bank, entry 1IGT — “Structure of immunoglobulin” Rendered with PyMOL from deposited coordinates (RCSB PDB 1IGT); not AI-generated. Primary citation: Harris, L.J., Larson, S.B., Hasel, K.W., McPherson, A., Biochemistry, 1997. 1IGT contains no chelator; the Lu-DOTA is modelled (RDKit) at a hinge lysine at true scale; the inset is a second camera on the same chelate (2.5×). | PDB coordinate data: CC0 1.0. Attribution is encouraged, not required. |
IgG with one Lu-DOTA chelator on a hinge lysine, true relative scale; inset ×2.5 · PDB 1IGT, chelator built in RDKitantibody-1x1-v3-nolabel.webpVisualisation, not a photograph. | RCSB Protein Data Bank, entry 1IGT — “Structure of immunoglobulin” Rendered with PyMOL from deposited coordinates (RCSB PDB 1IGT); not AI-generated. Primary citation: Harris, L.J., Larson, S.B., Hasel, K.W., McPherson, A., Biochemistry, 1997. 1IGT contains no chelator; the Lu-DOTA is modelled (RDKit) at a hinge lysine at true scale; the inset is a second camera on the same chelate (2.5×). | PDB coordinate data: CC0 1.0. Attribution is encouraged, not required. |
Octreotide in the orthosteric pocket of somatostatin receptor 2, its D-Trp and Phe side chains making most of the contact and its disulfide closing the ring; the pocket is shown cut open — the darker faces are the cut — and the two hairlines mark the lipid bilayer · PDB 7T11peptide-receptor-v3-3x2.webpVisualisation, not a photograph. | RCSB Protein Data Bank, entry 7T11 — “CryoEM structure of somatostatin receptor 2 in complex with Octreotide and Gi3” Rendered with PyMOL from deposited coordinates (RCSB PDB 7T11); not AI-generated. Primary citation: Robertson, M.J., Meyerowitz, J.G., Panova, O. et al., Nat. Struct. Mol. Biol., 2022. Rim residues of the pocket roof were hidden to open the pocket to view; the two hairlines mark the lipid bilayer. | PDB coordinate data: CC0 1.0. Attribution is encouraged, not required. |
A urea-based inhibitor in the active site of PSMA, its urea oxygen on the catalytic zinc, ringed by twenty-three other ligands from deposited PSMA complexes; the pocket is shown cut open and the darker field is the cut protein interior · PDB 4NGMdocking-v4.webpVisualisation, not a photograph. | RCSB Protein Data Bank, entry 4NGM — “Crystal structure of glutamate carboxypeptidase II in a complex with urea-based inhibitor” Rendered with PyMOL from deposited coordinates (RCSB PDB 4NGM); not AI-generated. Primary citation: Tykvart, J., Schimer, J., Barinkova, J. et al., Bioorg. Med. Chem., 2014. The active-site panel is a clipped section of the pocket; the surrounding ligands are drawn from other deposited PSMA complexes. The ligand, zincs and the Zn–O coordination are drawn as an overlay pass over the cut surface so the buried urea end reads complete. The dark pit beside the zincs is a small water-filled internal cavity (three ordered waters in 4NGM, not shown) opened by the cut; the active-site Ca²⁺ and Cl⁻ lie deeper, under the surface. | PDB coordinate data: CC0 1.0. Attribution is encouraged, not required. |
A urea-based inhibitor in the active site of PSMA, its urea oxygen on the catalytic zinc, ringed by twenty-three other ligands from deposited PSMA complexes; the pocket is shown cut open and the darker field is the cut protein interior · PDB 4NGMxenoclea-band-v4.webpVisualisation, not a photograph. | RCSB Protein Data Bank, entry 4NGM — “Crystal structure of glutamate carboxypeptidase II in a complex with urea-based inhibitor” 21:9 crop of the same two panels, for the Xenoclea closing band. Rendered with PyMOL from deposited coordinates (RCSB PDB 4NGM); not AI-generated. Primary citation: Tykvart, J., Schimer, J., Barinkova, J. et al., Bioorg. Med. Chem., 2014. The active-site panel is a clipped section of the pocket; the surrounding ligands are drawn from other deposited PSMA complexes. The ligand, zincs and the Zn–O coordination are drawn as an overlay pass over the cut surface so the buried urea end reads complete. The dark pit beside the zincs is a small water-filled internal cavity (three ordered waters in 4NGM, not shown) opened by the cut; the active-site Ca²⁺ and Cl⁻ lie deeper, under the surface. | PDB coordinate data: CC0 1.0. Attribution is encouraged, not required. |
Physical molecular model kit · ball-and-stick, illustrative assembly, not a specific compoundmolecular-model-v2-ad.webpVisualisation, not a photograph. | Epitorix asset library | [[GAP: confirm licence]] |
Whole-body biodistribution schematic · physiological [¹⁸F]FDG SUV after Gutschmayer et al., Sci Data 2025 · not patient datapharmphax-body-4x3-v2.webpVisualisation, not a photograph. | Epitorix render of the site's own 3D body (components/epitorix/body) in its glass / uptake beat, from BodyParts3D 4.0, The Database Center for Life Science, Japan — 91 anatomical pieces; the organ colours follow published normal-organ [18F]FDG SUVmean values (Gutschmayer et al., Sci Data 2025 — see Data). Captured in Chrome at 2.5×, cropped to the torso, and the grey glass darkened one step for card size (neutral pixels only; the organ colours untouched); not AI-generated. A schematic, not patient data. Rendered with three.js from the site's scene at storyboard point 0.76 (body yawed ≈ 20° toward the viewer, bloom as on the page); labels, scale bar and text hidden; framed crown to upper thigh. | CC BY-SA 2.1 Japan (a derivative of BodyParts3D; share-alike). Attribution: BodyParts3D, (c) The Database Center for Life Science licensed under CC Attribution-Share Alike 2.1 Japan. |
Whole-body biodistribution schematic · physiological [¹⁸F]FDG SUV after Gutschmayer et al., Sci Data 2025 · not patient datapharmphax-body-1x1-v2.webpVisualisation, not a photograph. | Epitorix render of the site's own 3D body (components/epitorix/body) in its glass / uptake beat, from BodyParts3D 4.0, The Database Center for Life Science, Japan — 91 anatomical pieces; the organ colours follow published normal-organ [18F]FDG SUVmean values (Gutschmayer et al., Sci Data 2025 — see Data). Captured in Chrome at 2.5×, cropped to the torso, and the grey glass darkened one step for card size (neutral pixels only; the organ colours untouched); not AI-generated. A schematic, not patient data. 1:1 crop of the same frame. Rendered with three.js from the site's scene at storyboard point 0.76 (body yawed ≈ 20° toward the viewer, bloom as on the page); labels, scale bar and text hidden; framed crown to upper thigh. | CC BY-SA 2.1 Japan (a derivative of BodyParts3D; share-alike). Attribution: BodyParts3D, (c) The Database Center for Life Science licensed under CC Attribution-Share Alike 2.1 Japan. |
Whole-body biodistribution schematic · physiological [¹⁸F]FDG SUV after Gutschmayer et al., Sci Data 2025 · not patient datapharmphax-body-3x2-v2.webpVisualisation, not a photograph. | Epitorix render of the site's own 3D body (components/epitorix/body) in its glass / uptake beat, from BodyParts3D 4.0, The Database Center for Life Science, Japan — 91 anatomical pieces; the organ colours follow published normal-organ [18F]FDG SUVmean values (Gutschmayer et al., Sci Data 2025 — see Data). Captured in Chrome at 2.5×, cropped to the torso, and the grey glass darkened one step for card size (neutral pixels only; the organ colours untouched); not AI-generated. A schematic, not patient data. 3:2 crop of the same frame. Rendered with three.js from the site's scene at storyboard point 0.76 (body yawed ≈ 20° toward the viewer, bloom as on the page); labels, scale bar and text hidden; framed crown to upper thigh. | CC BY-SA 2.1 Japan (a derivative of BodyParts3D; share-alike). Attribution: BodyParts3D, (c) The Database Center for Life Science licensed under CC Attribution-Share Alike 2.1 Japan. |
Anatomical models
The three-dimensional body that assembles on the home and science pages is derived from an open anatomical dataset, not modelled by hand and not generated. Its licence requires the attribution below to travel with every copy, and the derived files carry the same licence.
| Where | Source | Licence |
|---|---|---|
| Home and Science, the assembling body (media/body/body.draco.glb, body.low.draco.glb, poster-1600.webp) | BodyParts3D 4.0, The Database Center for Life Science, Japan — polygon models of a whole adult body segmented per anatomical concept; 91 pieces selected, merged, decimated and Draco-compressed by scripts/build_body_assets.py. A schematic: the organ uptake shown is an illustration of a physiological FDG distribution coloured from published normal-organ SUVmean values (see Data), not patient data. BodyParts3D, (c) The Database Center for Life Science licensed under CC Attribution-Share Alike 2.1 Japan | CC BY-SA 2.1 Japan. The derived model files remain under the same licence (share-alike). |
Data
Where a figure encodes published measurements, the source is cited here and beside the figure. The values are reproduced as published — means with their spread, from the table named — and are never adjusted to taste.
| Where | Source | Licence |
|---|---|---|
| Home and Science, the assembling body — the SUV scale and organ glow of the uptake beat | Gutschmayer S, Yu J, Geist BK, Özer Ö, Reiterits B, Ferrara D, Pires M, Rausch I, Ibeschitz H, Karanikas G, Shiyam Sundar LK, Nics L, Chalampalakis Z, Muin D, Langsteger W, Hacker M, Beyer T. Whole-body [18F]FDG-PET/CT imaging of healthy controls: test/retest data for systemic, multi-organ analysis. Sci Data 2025;12:1707. doi:10.1038/s41597-025-05997-4 Table 2 (key organs) and Supplementary Table S2 (all 135 segmented regions); Test scan, n = 48 healthy adults (23 m / 25 f). 4 h fast, blood glucose < 150 mg/dL; static images 57–62 min post-injection; SUV normalised to body weight; mean ± SD across subjects of each organ's SUVmean. The figure is a schematic of these published means, not patient data; bladder activity is excreted tracer and is labelled so. | CC BY 4.0 (open access) |
Footage
Background clips play muted, loop, pause under reduced-motion settings and can be paused from the page. Poster frames are stills of the same clips.
| Where | Subject | Rights |
|---|---|---|
| Home, Science, Products and Pipeline heroes (hero-1080.mp4, hero-720.mp4, hero-poster.webp) | Translucent glass capsule holding a DNA double helix, turning slowly — Epitorix footage from epitorix.com, colour-graded for this site. A render, not a scientific model. | Epitorix asset library [[GAP: confirm licence]] |
| Science, EPiQ and Xenoclea film chapters, and the second half of the home hero reel (1n8z-glow-pingpong-1080.mp4, 1n8z-glow-pingpong-720.mp4, 1n8z-glow-pingpong-poster.webp; hero-reel-1080.mp4, hero-reel-720.mp4, hero-reel-poster.webp) | The HER2 extracellular domain (molecular surface) with the trastuzumab Fab bound to it (ribbon), turning forward and back with a soft violet glow on the contact residues — rendered from the deposited coordinates of PDB 1N8Z; glycans, sulfate and water excluded from the display, coordinates untouched. The home reel cross-fades into it from the DNA capsule footage above. | Structure data: RCSB PDB 1N8Z (Cho et al., Nature 2003); rendered with PyMOL; not AI-generated. |
| Science “Head to head” beat (media/science/h2h-orbit*.mp4 — 16:9 and a 4:5 phone cut — with their poster frames) | PSMA / glutamate carboxypeptidase II (molecular surface, PDB 4NGM chain A; its pocket residues within 4.5 Å of the deposited inhibitor JB7 tinted violet) turning at the centre while ten real ligands of ten modalities orbit it clockwise, each a rigid copy of its own deposited coordinates at true relative scale: trastuzumab Fab (PDB 1N8Z chains A + B), the inhibitor JB7 (4NGM), the malachite-green RNA aptamer (1F1T chain A), octreotide (7T11 chain P), the camel nanobody cAb-Lys3 (1MEL chain A), the PSMA inhibitor PSMA-1023 (5O5R ligand 9OQ), exendin-4(9–39) (3C59 chain B), the thrombin-binding DNA aptamer (148D chain A, NMR model 1), the de novo designed miniprotein LCB1 (7JZU chain A) and somatostatin-14 (7T10 chain P). Hydrogens hidden; waters, ions and glycans excluded from the display; no coordinates edited inside any molecule — only the whole ligands are moved onto the ring. Behind a cream scrim; a clip of molecule classes, not of any Epitorix design. | Structure data: RCSB PDB 4NGM (Tykvart et al., Bioorg. Med. Chem. 2014), 1N8Z (Cho et al., Nature 2003), 1F1T (Baugh et al., J. Mol. Biol. 2000), 7T11 and 7T10 (Robertson et al., Nat. Struct. Mol. Biol. 2022), 1MEL (Desmyter et al., Nat. Struct. Biol. 1996), 5O5R (Motlova et al., to be published), 3C59 (Runge et al., J. Biol. Chem. 2008), 148D (Schultze et al., J. Mol. Biol. 1994), 7JZU (Cao et al., Science 2020); ligand ideal coordinates from RCSB's chemical component dictionary (CC0 1.0). Rendered with PyMOL (scripts/pymol_orbit.py); not AI-generated. |
| EPiQ Epi-labs beat (epiq-workflow.mp4, epiq-workflow-poster.jpg) and, as a still, the EPiQ modules beat and the how-it-works carousel's Dashboard panel (epiq/epiq-dashboard-masked.webp) | Screen capture of the EPiQ workspace building a workflow of connected modules and wiring it to the EPI-Labs Service node — the clip epitorix.com/epiq plays in its Epi-labs section; the still is the workspace's Projects view — a screenshot supplied by Epitorix, 2026-09-15, with the two project tile names blurred (program names are held until the pipeline reveal). | Epitorix-owned; a recording and a screenshot of Epitorix's own software, reproduced as published. |
| EPiQ engines beat (epiq-engines-ribbon.mp4, epiq-engines-ribbon-poster.webp) | Ribbon model of a protein turning among glass bubbles — the clip epitorix.com/epiq plays in its engines section, pillarbox cropped and colour-graded for this site. A render, not a specific structure. | Epitorix asset library [[GAP: confirm licence]] |
| EPiQ “How EPiQ works” carousel — twelve panels (real/epiq-peptide-toxicity.webp, real/epiq-panel-analysis-v2.webp, -unibind-v2, -folding, -modular-platform, -platform-filtering, -md-trajectory, -molecular-dynamics, -protein-visualization-v2, -stability-optimization-v2, -stability-cleavage; the Dashboard panel is epiq/epiq-dashboard-masked.webp, the screenshot supplied by Epitorix, 2026-09-15, project names blurred) | Screenshots of twelve EPiQ workspace panels — Peptide Toxicity, Analysis, Binding Site Prediction (UniBind), Folding, Modular Platform, Platform Filtering, Molecular Dynamics Trajectory, Molecular Dynamics, Protein Visualization & Annotation, Stability Optimization, Stability — Cleavage Site, Dashboard — the set epitorix.com/epiq cycles in its “Live platform” frame. Resampled only; no colour change, no AI. | Epitorix-owned; a screenshot of Epitorix's own software, reproduced as published. |
| Xenoclea recorded demo on /xenoclea and /epiq (xenoclea-structure-loop.mp4, xenoclea-structure-loop-poster.webp; transcript in copy/xenoclea-demo.ts) | The conversation the epitorix.com/epiq chat widget plays, reproduced word for word as a recording, and the short structure clip it shows in that conversation (a ribbon render of the target), with its poster frame. | Epitorix-owned; Epitorix's own demo, reproduced as published and labelled a recording. |
Social-preview cards under /media/og/ are composites of the images above with the Epitorix wordmark; each inherits the credit of its source image.
People
Three people appear on this site. Dr. Eliot Siegel, MD, FACR, FSIIM, DABR, Co-Founder of United Theranostics, whose testimonial and portrait are reproduced from epitorix.com; the portrait is used as published and is never AI-edited or regenerated. Portrait and quotation are used with his permission [[GAP: written release and photograph licence on file]]. Pedram Heidari, MD, and Babak Saboury, MD, MPH, appear on the About page in two short video portraits supplied by Epitorix on 16 September 2026. For this site each clip was cropped to a square, converted to monochrome and trimmed at its head, and its poster frame is the clip’s own final frame; nothing else was changed and no AI was used. The clips are silent, play only when a visitor asks and stop on their last frame. They are the only people who appear on this site, and no image depicts a patient.
| Where | Subject | Rights |
|---|---|---|
| About, Team — Pedram Heidari, MD (pedram-heidari.e3765ea1.mp4, pedram-heidari-poster.148d6e49.webp) | Pedram Heidari in a dark suit, white shirt and glasses, arms crossed, smiling at the camera — a black-and-white studio portrait on a graphite backdrop. When played: He walks into the empty studio from the left, settles at the centre, crosses his arms and smiles; the clip holds on that frame. | Video portrait supplied by Epitorix, 2026-09-16; for this site cropped to 1:1, converted to monochrome and trimmed at the head. No other edit. Epitorix-supplied. [[GAP: written release for the portrait on file; record whether the footage was filmed or generated from a photograph]] |
| About, Team — Babak Saboury, MD, MPH (babak-saboury.a759752d.mp4, babak-saboury-poster.2d769d0a.webp) | Babak Saboury in a suit, white shirt, tie and rimless glasses, smiling at the camera — a black-and-white studio portrait on a graphite backdrop. When played: He walks into the empty studio from the left, settles at the centre close to the camera and smiles; the clip holds on that frame. | Video portrait supplied by Epitorix, 2026-09-16; for this site cropped to 1:1, converted to monochrome and trimmed at the head. No other edit. Epitorix-supplied. [[GAP: written release for the portrait on file; record whether the footage was filmed or generated from a photograph]] |
Brand and trademarks
Epitorix, EPiQ, Xenoclea, PharmPhax and PharmacoLaw are names and marks of Epitorix; the ™ symbol marks a trademark claimed by Epitorix, and ® is used only where a mark has been registered. The Epitorix logo and wordmark are Epitorix’s own.
Names of third-party tools, databases and organisations — including the published generator engines listed below, the RCSB Protein Data Bank, Wikimedia Commons, the National Institute of Allergy and Infectious Diseases, Cloudflare, and the typeface and software projects that follow — are the property of their respective owners. They are used only to identify those works; no affiliation, sponsorship or endorsement is implied.
Models and engines
The EPiQ™ page names fifteen generator engines. Twelve are third-party published methods, credited below; three — EpitorixRL, EpitorixDesignPeptide and EpitorixDesignPeptideSC — are Epitorix’s own, which is why the list carries a legend marking them. Each project’s own licence and citation terms govern its use, and several academic releases ask to be cited. The terms recorded so far:
| Engine | Terms recorded |
|---|---|
| BoltzGen | MIT licence. |
| CyclicMPNN | A ProteinMPNN derivative; the ProteinMPNN citation travels with it — Dauparas, J. et al., Science, 2022, 378(6615):49–56. |
| ColabDesign / AfDesign | Software released as a repository, licence stated as “Other”. [[GAP: confirm licence]] for commercial use. |
BoltzProt-1, RFpeptides, PepFlow, HYDRA, DiffPepBuilder, Boltzdesign1, PepHAR, EvoDiff and PepTune are published under their own projects’ terms, which are being recorded entry by entry [[GAP: confirm licence and citation obligation for each remaining engine]]. Two names are printed on the EPiQ page in a form that differs from the published one — BoltzProt-1 and Boltzdesign1 — and this page uses the published form.
Typefaces
All four typefaces are licensed under the SIL Open Font License 1.1 and are self-hosted with the site, so no request is made to a font service when a page loads.
| Typeface | Designer | Role |
|---|---|---|
| Inter | Rasmus Andersson | Body text |
| Manrope | Mikhail Sharanda | Display and headings |
| Instrument Serif | Rodrigo Fuenzalida and Jordan Egstad | Italic accent and pull-quote |
| Geist Mono | Vercel | Eyebrows, captions and figures |
Software and components
The site is a static export built with the open-source projects below and served from Cloudflare Pages; licence texts ship with each package. Two components a page shows on its own are listed with them: the structure viewer’s 3D library and the atom figure, a native port of a purchased Framer module.
| Project | Maker | Licence |
|---|---|---|
| Next.js 16 | Vercel | MIT |
| React 19 | Meta Open Source | MIT |
| Tailwind CSS 4 | Tailwind Labs | MIT |
| Motion | Motion | MIT |
| Lucide | Lucide contributors | ISC |
| clsx | Luke Edwards | MIT |
| tailwind-merge | Dany Castillo | MIT |
| TypeScript | Microsoft | Apache-2.0 |
| 3Dmol.js The OpenEPI structure viewer's WebGL canvas; loaded on that page only. Structures are fetched from the RCSB Protein Data Bank's file service (coordinate data CC0 1.0) and parsed in the browser. | Nicholas Rego and David Koes (Rego & Koes, Bioinformatics, 2015) | BSD-3-Clause |
| Atom Loader The atom figure — the home's spine head, the Science comparison beat, and OpenEPI's hero and “What's inside” frame — is a native port of the module's compiled source (components/epitorix/atom-head.tsx). | sbarah.com (a Framer module) | Purchased Framer module; ported natively under its licence — no Framer runtime ships. |
Corrections
If you hold rights in a work credited here and an attribution or licence statement is wrong, or you would like a work removed, tell us through the contact form. We correct credits as soon as a claim is verified.