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Image credits

Clinical photographs in AfterImage come from openly licensed publications. Each is credited below with its license and what was changed, such as cropping.

Lessons

Blau syndrome3 photos

  1. Figure 1F, Kumrah R et al. (2022), “Blau syndrome: Lessons learned in a tertiary care centre at Chandigarh, North India,” Frontiers in Immunology 13:932919. © 2022 the authors.

    CC BY 4.0ArticleDOI

    Cropped within panel F to the papular rash above the umbilicus; no other visual changes.

    Exact changes

    Rectangular crop inside panel F (original pixels 1020,1720 to 1550,2066) showing the papular rash above the umbilicus; the panel letter is outside the crop. Decoded to PNG. No retouching, recoloring, enhancement, added arrows or upscaling.

  2. Figure 1A, Kumrah R et al. (2022), “Blau syndrome: Lessons learned in a tertiary care centre at Chandigarh, North India,” Frontiers in Immunology 13:932919. © 2022 the authors.

    CC BY 4.0ArticleDOI

    Cropped within panel A to both hands and wrists; no other visual changes.

    Exact changes

    Rectangular crop inside panel A (original pixels 60,170 to 960,720) showing both hands and wrists; the panel letter is outside the crop. Decoded to PNG. No retouching, recoloring, enhancement, added arrows or upscaling.

  3. Figure 1G, Kumrah R et al. (2022), “Blau syndrome: Lessons learned in a tertiary care centre at Chandigarh, North India,” Frontiers in Immunology 13:932919. © 2022 the authors.

    CC BY 4.0ArticleDOI

    Cropped to panel G; no other visual changes.

    Exact changes

    Rectangular crop to the complete lower-right panel G, retaining white border and embedded G label; decoded to PNG. No retouching, recoloring, enhancement, added arrows, or upscaling.

BPES1 photo

  1. Lin Z-B et al. (2023). Expanded phenotypic spectrum of FOXL2 Variant c.672_701dup revealed by whole-exome sequencing in a rare blepharophimosis, ptosis, and epicanthus inversus syndrome family. BMC Ophthalmology 23:446. Figure 2a, upper eyelid photographs. © The Author(s) 2023.

    CC BY 4.0ArticleDOI

    Cropped to the upper photo row of panel a; no other visual changes.

    Exact changes

    Exact rectangular crop [0, 0, 672, 317] from the 1416 × 637 publisher original. Retains complete upper eyelid photograph pair of panel a, its original a. label and border; excludes lower fundus photos and all of panel b. Re-encoded losslessly as RGB PNG with decoded RGB pixels identical to original crop. No retouching, recoloring, enhancement, new arrows, or upscaling.

Goldenhar syndrome3 photos

  1. Figure 1, Fu et al. (2024). Goldenhar syndrome with limbal neoformation, microtia and skeletal deformities: a case report and literature review.

    CC BY 4.0Article

    Complete figure; decoded to PNG only.

    Exact changes

    Complete original figure decoded to RGB PNG; no crop, retouching, recoloring, added arrows or upscaling.

  2. Fu Y, Yu H, Zhang J, Zhou N (2024). Goldenhar syndrome with limbal neoformation, microtia and skeletal deformities: a case report and literature review. BMC Ophthalmology 24:81. Figure 3a. © The Author(s) 2024.

    CC BY 4.0Article

    Cropped to panel a; no other visual changes.

    Exact changes

    Exact rectangular crop [0, 0, 701, 527] from the 2008 × 527 publisher PNG. Retains the complete Figure 3a eye photograph, original a label, OS label and existing imaging annotation; excludes all of panel b. Re-encoded losslessly as RGB PNG with decoded RGB pixels identical to the original crop. No retouching, recoloring, enhancement, new arrows, or upscaling.

  3. Figure 2, Fu et al. (2024). Goldenhar syndrome with limbal neoformation, microtia and skeletal deformities: a case report and literature review.

    CC BY 4.0Article

    Complete figure; decoded to PNG only.

    Exact changes

    Complete original figure decoded to RGB PNG; no crop, retouching, recoloring, added arrows or upscaling.

Gyrate atrophy1 photo

  1. Palmer E, Stepien KM, Campbell C, Barton S, Iosifidis C, Ghosh A, Broomfield A, Woodall A, Wilcox G, Sergouniotis PI, Black GC (2023). Clinical, biochemical and molecular analysis in a cohort of individuals with gyrate atrophy. Orphanet Journal of Rare Diseases 18:265. Figure 1A, left colour fundus photograph.

    CC BY 4.0Article

    Cropped to the left colour panel; no other visual changes.

    Exact changes

    Exact rectangular crop [0, 0, 898, 545] from the 1770 × 1730 publisher JPEG. Retains the complete left colour fundus photograph from Figure 1A, its original A label and narrow original white margins. Excludes the right colour photograph and all Figure 1B and 1C panels. Losslessly encoded as RGB PNG with decoded RGB pixels identical to the corresponding original JPEG crop. No retouching, recoloring, enhancement, added annotations, arrows or upscaling.

Myotonic dystrophy2 photos

  1. Zahir F, Tahri H (2014). A Christmas tree cataract. Pan African Medical Journal 18:332. Figure 1, panels A and B. © Fadoua Zahir et al.

    CC BY 4.0ArticleDOI

    Original figure used unchanged; proportional display only.

    Exact changes

    Complete original Figure 1, both A and B clinical photographs and their original panel letters. Byte-identical publisher PNG; no crop, retouching, recoloring, enhancement, new annotations, arrows or upscaling.

  2. Leeuwenberg KE, Bruijnes JE, Karnebeek I, Smulders F, Altena-Rensen S, Gorissen-Brouwers CML, Klinkenberg S, Faber CG, Braakman H, Mul K (2025). The blind men and the elephant: recognising the multisystem symptoms of myotonic dystrophy type 1. Orphanet Journal of Rare Diseases 20:427. Figure 1.

    CC BY 4.0Article

    Complete original Figure 1 decoded to RGB PNG, preserving all pixels and framing. No crop, enhancement, retouching, new arrows or upscaling.

    Exact changes

    Complete original Figure 1 decoded to RGB PNG, preserving all pixels and framing. No crop, enhancement, retouching, new arrows or upscaling. Publisher source filename says Fig2 but the article and figure page label it Figure 1.

Stargardt disease3 photos

  1. Saket Y. Maheshwari; Swarupa Chakole. A Rare Occurrence of Stargardt Disease in a Quadragenarian Adult. Cureus 2022. Figure 3a.

    CC BY 4.0ArticleDOI

    Rectangular panel extraction only; no image retouching, recoloring, sharpening, generative processing, or clinical markers added. Original figure annotation and panel letters retained.

  2. José J. López-Fontanet; Gabriel Guardiola Dávila; Natalio Izquierdo; Armando Oliver. Strabismus in an Adolescent With Stargardt Disease: An Atypical Presentation. Cureus 2024. Figure 3, panels A and B.

    CC BY 4.0ArticleDOI

    Full original A/B image retained; decoded to PNG without pixel edits.

  3. Saket Y. Maheshwari; Swarupa Chakole. A Rare Occurrence of Stargardt Disease in a Quadragenarian Adult. Cureus 2022. Figure 3b.

    CC BY 4.0ArticleDOI

    Rectangular panel extraction only; no image retouching, recoloring, sharpening, generative processing, or clinical markers added. Original figure annotation and panel letters retained.

Weill-Marchesani syndrome2 photos

  1. Huang J, Nie K, Lv X, Liu Y, Yang G, Fu J, Liu L and Lv H (2023). Abnormal lens thickening in a child with Weill–Marchesani syndrome 4: A 3-year follow-up case report. Frontiers in Medicine 9:1021489. Figure 1A, upper slit-lamp photograph. © 2023 Huang, Nie, Lv, Liu, Yang, Fu, Liu and Lv.

    CC BY 4.0ArticleDOI

    Cropped to upper Figure 1A photograph with original A label and border; no other visual changes.

    Exact changes

    Rectangular crop [0,0,398,321] from original 1772×1201 publisher WebP to the upper Figure 1A slit-lamp photograph, retaining the original A label and white margins; decoded to PNG. No retouching, recoloring, enhancement, added arrows or upscaling.

  2. Figure 1D left column, Huang et al. (2023). Abnormal lens thickening in a child with Weill–Marchesani syndrome 4: A 3-year follow-up case report.

    CC BY 4.0Article

    Cropped to the original Control/Proband finger-length comparison; decoded to PNG; no other changes.

    Exact changes

    Rectangular crop to the left column of Figure1D, retaining Control and Proband photographs, original rulers, labels and panel letter D. Right-column fist photographs and Figure1E graph excluded. No retouching, recoloring, arrows or upscaling.

Leber hereditary optic neuropathy3 photos

  1. Tereza Rákosníková, Silvie Kelifová, Hana Štufková, Kateřina Lokvencová, Petra Lišková, Bohdan Kousal, Tomáš Honzík, Hana Hansíková, Václav Martínek, Markéta Tesařová (2023). Case report: A rare variant m.4135T>C in the MT-ND1 gene leads to Leber hereditary optic neuropathy and altered respiratory chain supercomplexes. Figure 1G.

    CC BY 4.0ArticleDOI

    Exact rectangular crop [540, 1083, 817, 1364] from 1772 × 1907 publisher original, preserving decoded RGB pixels. No other changes, arrows, retouching, enhancement or upscaling.

  2. Azmi, Silim, Sawri Rajan, Nasaruddin (2025). Recurrent Optic Neuritis as a Misleading Presentation of Leber Hereditary Optic Neuropathy: The Need for High Clinical Suspicion in Young Men. Figure 1.

    CC BY 4.0ArticleDOI

    Exact rectangular crop [0, 0, 750, 329] from the 750 × 329 publisher original (Figure 1), preserving decoded RGB pixels. The authors' own arrows and markings are kept; no other changes, retouching, enhancement or upscaling.

  3. Tereza Rákosníková, Silvie Kelifová, Hana Štufková, Kateřina Lokvencová, Petra Lišková, Bohdan Kousal, Tomáš Honzík, Hana Hansíková, Václav Martínek, Markéta Tesařová (2023). Case report: A rare variant m.4135T>C in the MT-ND1 gene leads to Leber hereditary optic neuropathy and altered respiratory chain supercomplexes. Figure 1A.

    CC BY 4.0ArticleDOI

    Exact rectangular crop [0, 0, 817, 817] from 1772 × 1907 publisher original, preserving decoded RGB pixels. No other changes, arrows, retouching, enhancement or upscaling.

Fuchs heterochromic iridocyclitis2 photos

  1. Francisco J. Muñoz-Negrete, Javier Moreno-Montañés, Paula Hernández-Martínez, Gema Rebolleda (2015). Current Approach in the Diagnosis and Management of Uveitic Glaucoma. Figure 3.

    CC BY 3.0ArticleDOI

    Exact rectangular crop [10, 10, 726, 240] from the 736 × 278 publisher original (Figure 3), preserving decoded RGB pixels. The authors' own arrows and markings are kept; no other changes, retouching, enhancement or upscaling.

  2. Yu Yoneda, Yoshihiko Usui, Rie Tanaka, Keitaro Hase, Kenichi Namba, Koju Kamoi, Hiroshi Takase, Masaki Takeuchi, Wataru Matsumiya, Sentaro Kusuhara, Atsunobu Takeda, Nobuyo Yawata, Ryoji Yanai, Tomona Hiyama, Yosuke Harada, Noriyasu Hashida, Kazuichi Maruyama, Kei Nakai, Ryo Taguchi, Toshikatsu Kaburaki, Nobuhisa Mizuki, Hiroshi Goto, Yujiro Fujino, Masaru Takeuchi (2022). Factors associated with low prevalence of Fuchs' uveitis syndrome in Japan. Figure 1A.

    CC BY 4.0ArticleDOI

    Exact rectangular crop [0, 0, 827, 619] from 827 × 948 publisher original, preserving decoded RGB pixels. No other changes, arrows, retouching, enhancement or upscaling.

Susac syndrome1 photo

  1. A. Wilf-Yarkoni, O. Elkayam, O. Aizenstein, Y. Oron, V. Furer, D. Zur, M. Goldstein, D. Barequet, H. Hallevi, A. Karni, Z. Habot-Wilner, K. Regev (2020). Increased incidence of Susac syndrome: a case series study. Figure 1B.

    CC BY 4.0ArticleDOI

    Exact rectangular crop [1438, 0, 1946, 413] from 1946 × 820 publisher original, preserving decoded RGB pixels. No other changes, arrows, retouching, enhancement or upscaling.

Epithelial basement membrane dystrophy2 photos

  1. Juliette Buffault, Pierre Zéboulon, Hong Liang, Anthony Chiche, Jade Luzu, Mathieu Robin, Ghislaine Rabut, Marc Labetoulle, Antoine Labbé, Christophe Baudouin (2020). Assessment of corneal epithelial thickness mapping in epithelial basement membrane dystrophy.

    CC BY 4.0Article

    Exact rectangular crop [0, 0, 746, 287] from 746 × 907 publisher figure. Decoded RGB pixels preserved; no enhancement, arrows, retouching or upscaling.

  2. Juliette Buffault, Pierre Zéboulon, Hong Liang, Anthony Chiche, Jade Luzu, Mathieu Robin, Ghislaine Rabut, Marc Labetoulle, Antoine Labbé, Christophe Baudouin (2020). Assessment of corneal epithelial thickness mapping in epithelial basement membrane dystrophy.

    CC BY 4.0Article

    Exact rectangular crop [0, 0, 762, 342] from 762 × 342 publisher figure. Decoded RGB pixels preserved; no enhancement, arrows, retouching or upscaling.

Meesmann corneal dystrophy1 photo

  1. Víctor Charoenrook, Raquel Larena, Álvaro Ferragut-Alegre, Alix De Faria, Rebeca Valero, Mònica Martí-Orpinell, Gemma Julio, Rafael I. Barraquer (2026). Meesmann Corneal Dystrophy with Epithelial Basement Membrane Abnormalities: Clinical and Genetic Analysis of Two Families with Novel and Known Mutations in KRT3 and KRT12.

    CC BY 4.0Article

    Exact rectangular crop [1028, 0, 2035, 680] from 3064 × 1652 publisher figure. Decoded RGB pixels preserved; no enhancement, arrows, retouching or upscaling.

Lisch epithelial corneal dystrophy1 photo

  1. Arturo E. Grau, Sergio González, Pablo Zoroquiain, Pablo A. González, Daniela Khaliliyeh, Eugenia Morselli, Dennis Cortés (2020). Evidence of autophagic vesicles in a patient with Lisch corneal dystrophy.

    CC BY 4.0Article

    Exact rectangular crop [0, 0, 882, 1019] from 2700 × 2041 publisher figure. Decoded RGB pixels preserved; no enhancement, arrows, retouching or upscaling.

Gelatinous drop-like corneal dystrophy2 photos

  1. Giuseppe Acri, Antonio Micali, Rosalia D’Angelo, Domenico Puzzolo, Pasquale Aragona, Barbara Testagrossa, Emanuela Aragona, Edward Wylegala, Anna Nowinska (2022). Raman Spectroscopic Study of Amyloid Deposits in Gelatinous Drop-like Corneal Dystrophy.

    CC BY 4.0Article

    Exact rectangular crop [165, 27, 776, 361] from 955 × 1394 publisher figure. Decoded RGB pixels preserved; no enhancement, arrows, retouching or upscaling.

  2. Giuseppe Acri, Antonio Micali, Rosalia D’Angelo, Domenico Puzzolo, Pasquale Aragona, Barbara Testagrossa, Emanuela Aragona, Edward Wylegala, Anna Nowinska (2022). Raman Spectroscopic Study of Amyloid Deposits in Gelatinous Drop-like Corneal Dystrophy.

    CC BY 4.0Article

    Exact rectangular crop [430, 840, 822, 1238] from 838 × 1246 publisher figure. Decoded RGB pixels preserved; no enhancement, arrows, retouching or upscaling.

Reis-Bücklers corneal dystrophy3 photos

  1. Wen-Ya Qiu, Li-Bin Zheng, Fei Pan, Bei-Bei Wang, Yu-Feng Yao (2016). New histopathologic and ultrastructural findings in Reis-Bücklers corneal dystrophy caused by the Arg124Leu mutation of TGFBI gene.

    CC BY 4.0Article

    Exact rectangular crop [593, 1, 1182, 443] from 1183 × 876 publisher figure. Decoded RGB pixels preserved; no enhancement, arrows, retouching or upscaling.

  2. Wen-Ya Qiu, Li-Bin Zheng, Fei Pan, Bei-Bei Wang, Yu-Feng Yao (2016). New histopathologic and ultrastructural findings in Reis-Bücklers corneal dystrophy caused by the Arg124Leu mutation of TGFBI gene.

    CC BY 4.0Article

    Exact rectangular crop [2, 477, 589, 946] from 1183 × 1421 publisher figure. Decoded RGB pixels preserved; no enhancement, arrows, retouching or upscaling.

  3. Wen-Ya Qiu, Li-Bin Zheng, Fei Pan, Bei-Bei Wang, Yu-Feng Yao (2016). New histopathologic and ultrastructural findings in Reis-Bücklers corneal dystrophy caused by the Arg124Leu mutation of TGFBI gene.

    CC BY 4.0Article

    Exact rectangular crop [949, 708, 1419, 1179] from 1420 × 1180 publisher figure. Decoded RGB pixels preserved; no enhancement, arrows, retouching or upscaling.

Thiel-Behnke corneal dystrophy3 photos

  1. Sara Bøgelund Rasmussen and Anders Peter Søndergaard (2024). Thiel-Behnke Corneal Dystrophy in a Young Man in Denmark—A Case Report.

    CC BY 4.0Article

    Exact rectangular crop [0, 0, 1181, 886] from 1181 × 886 publisher figure. Decoded RGB pixels preserved; no enhancement, arrows, retouching or upscaling.

  2. Sara Bøgelund Rasmussen and Anders Peter Søndergaard (2024). Thiel-Behnke Corneal Dystrophy in a Young Man in Denmark—A Case Report.

    CC BY 4.0Article

    Exact rectangular crop [4, 5, 905, 727] from 1827 × 733 publisher figure. Decoded RGB pixels preserved; no enhancement, arrows, retouching or upscaling.

  3. Sara Bøgelund Rasmussen and Anders Peter Søndergaard (2024). Thiel-Behnke Corneal Dystrophy in a Young Man in Denmark—A Case Report.

    CC BY 4.0Article

    Exact rectangular crop [924, 4, 1816, 900] from 1827 × 909 publisher figure. Decoded RGB pixels preserved; no enhancement, arrows, retouching or upscaling.

Lattice corneal dystrophy2 photos

  1. Fengjiao Zhu, Ming Li, Chun Zhang, Chan Chen, Fangwei Ying, Danyao Nie (2021). In vivo confocal microscopy qualitative investigation of the relationships between lattice corneal dystrophy deposition and corneal nerves.

    CC BY 4.0Article

    Exact rectangular crop [0, 0, 595, 460] from 595 × 460 publisher figure. Decoded RGB pixels preserved; no enhancement, arrows, retouching or upscaling.

  2. Matsumoto, Fukuoka, Sotozono (2025). Descemet's Membrane Detachment During Cataract Surgery in Lattice Corneal Dystrophy Type I: Histopathological Analysis of Posterior Corneal Involvement. Figure 4C.

    CC BY 4.0ArticleDOI

    Exact rectangular crop [0, 250, 374, 530] from the 750 × 530 publisher original (Figure 4C), preserving decoded RGB pixels. The authors' own arrows and markings are kept; no other changes, retouching, enhancement or upscaling.

Granular corneal dystrophy type 12 photos

  1. Eduardo Gayger Müller, José Álvaro Pereira Gomes, Walton Nosé, Ricardo Menon Nosé (2018). Persistence of granular corneal dystrophy type-1 deposits in the predescemetic layer after big-bubble deep anterior lamellar keratoplasty.

    CC BY 4.0Article

    Exact rectangular crop [0, 0, 900, 881] from 900 × 881 publisher figure. Decoded RGB pixels preserved; no enhancement, arrows, retouching or upscaling.

  2. Eduardo Gayger Müller, José Álvaro Pereira Gomes, Walton Nosé, Ricardo Menon Nosé (2018). Persistence of granular corneal dystrophy type-1 deposits in the predescemetic layer after big-bubble deep anterior lamellar keratoplasty.

    CC BY 4.0Article

    Exact rectangular crop [0, 0, 900, 736] from 900 × 736 publisher figure. Decoded RGB pixels preserved; no enhancement, arrows, retouching or upscaling.

Avellino corneal dystrophy1 photo

  1. Flavio Mantelli, Alessandro Lambiase, Antonio Di Zazzo, Stefano Bonini (2012). Sands of Sahara after LASIK in Avellino Corneal Dystrophy.

    CC BY 3.0Article

    Exact rectangular crop [0, 0, 600, 465] from 600 × 465 publisher figure. Decoded RGB pixels preserved; no enhancement, arrows, retouching or upscaling.

Macular corneal dystrophy1 photo

  1. Süleyman Okudan, Emine Tınkır Kayıtmazbatır, Ayşe Bozkurt Oflaz, Banu Bozkurt (2025). In Vivo Confocal Microscopy Findings in Corneal Stromal Dystrophies. Figure 1b.

    CC BY 4.0ArticleDOI

    Exact rectangular crop [240, 4, 473, 180] from the 715 × 186 publisher original (Figure 1b), preserving decoded RGB pixels. The authors' own arrows and markings are kept; no other changes, retouching, enhancement or upscaling.

Schnyder corneal dystrophy1 photo

  1. Nina Stoyanova, Abdulrahman Imran, Zain Ul Hassan, Krasimir Kraev, Yordanka Basheva-Kraeva, Maria Kraeva, Petar Uchikov, Plamena Novakova, Veselin Vasilev, Ivaylo Minev, Bozhidar Hristov, Desislava Koleva-Georgieva, Petko Petrov, Luboslav Dimov, Svetlan Dermendzhiev, Marin Atanassov (2025). Case Report of Schnyder Corneal Dystrophy—A Rare Lipid Metabolic Disorder of the Cornea. Figure 1.

    CC BY 4.0ArticleDOI

    Exact rectangular crop [0, 0, 775, 558] from 775×558 original, preserved decoded RGB pixels. Original panel letters, scale bar or arrows retained where present. No added arrows, retouching, recoloring or upscaling.

Congenital stromal corneal dystrophy1 photo

  1. Christina S. Kamma-Lorger, Christian Pinali, Juan Carlos Martínez, Jon Harris, Robert D. Young, Cecilie Bredrup, Eva Crosas, Marc Malfois, Eyvind Rødahl, Keith M. Meek, Carlo Knupp (2016). Role of Decorin Core Protein in Collagen Organisation in Congenital Stromal Corneal Dystrophy (CSCD). Figure 3A.

    CC BY 4.0ArticleDOI

    Exact rectangular crop [0, 0, 1473, 988] from 2967×988 original, preserved decoded RGB pixels. Original panel letters, scale bar or arrows retained where present. No added arrows, retouching, recoloring or upscaling.

Posterior amorphous corneal dystrophy2 photos

  1. Michelle J. Kim, Ricardo F. Frausto, George O. D. Rosenwasser, Tina Bui, Derek J. Le, Edwin M. Stone, Anthony J. Aldave (2014). Posterior Amorphous Corneal Dystrophy Is Associated with a Deletion of Small Leucine-rich Proteoglycans on Chromosome 12.

    CC BY 4.0Article

    Exact rectangular crop [1028, 0, 2066, 693] from 2066 × 1379 publisher figure. Decoded RGB pixels preserved; no enhancement, arrows, retouching or upscaling.

  2. Michelle J. Kim, Ricardo F. Frausto, George O. D. Rosenwasser, Tina Bui, Derek J. Le, Edwin M. Stone, Anthony J. Aldave (2014). Posterior Amorphous Corneal Dystrophy Is Associated with a Deletion of Small Leucine-rich Proteoglycans on Chromosome 12.

    CC BY 4.0Article

    Exact rectangular crop [1028, 693, 2066, 1379] from 2066 × 1379 publisher figure. Decoded RGB pixels preserved; no enhancement, arrows, retouching or upscaling.

Congenital hereditary endothelial dystrophy1 photo

  1. Salman, Mohd, Verma, Anshuman, Chaurasia, Sunita, Prasad, Deeksha, Kannabiran, Chitra, Singh, Vivek, Ramappa, Muralidhar (2022). Identification and in silico analysis of a spectrum of SLC4A11 variations in Indian familial and sporadic cases of congenital hereditary endothelial dystrophy.

    CC BY 4.0Article

    Exact rectangular crop [0, 234, 424, 417] from 1959 × 1893 publisher figure. Decoded RGB pixels preserved; no enhancement, arrows, retouching or upscaling.

Posterior polymorphous corneal dystrophy1 photo

  1. Fernández-Gutiérrez et al., Int. J. Mol. Sci. 2023, 24, 209, Fig. 1d. © 2022 by the authors.

    CC BY 4.0Article

    (https://creativecommons.org/licenses/by/4.0/). Panel d cropped; original pixels retained. https://doi.org/10.3390/ijms24010209

    Exact changes

    Panel d cropped from the complete original Figure 1 JPEG, retaining its original d label; decoded RGB pixels saved losslessly as PNG. No retouching, recoloring, sharpening, upscaling, added clinical arrows, or generative processing.

Central areolar choroidal dystrophy1 photo

  1. Eveline Kersten, Maartje J. Geerlings, Marc Pauper, Jordi Corominas, Bjorn Bakker, Lebriz Altay, Sascha Fauser, Eiko K. de Jong, Carel B. Hoyng, Anneke I. den Hollander (2018). Genetic screening for macular dystrophies in patients clinically diagnosed with dry age‐related macular degeneration. Figure 1E.

    CC BY 4.0ArticleDOI

    Exact rectangular crop [0, 568, 351, 820] from the 709 × 1079 publisher original (Figure 1E), preserving decoded RGB pixels. The authors' own arrows and markings are kept; no other changes, retouching, enhancement or upscaling.

Multifocal choroiditis and panuveitis1 photo

  1. Mauschitz Matthias M, Zeller Markus, Sagar Pradeep, Biswal Suchitra, Guzman Gabriela, Terheyden Jan H, Meyer Carsten H, Holz Frank G, Heinz Carsten, Pleyer Uwe, Finger Robert P, Wintergerst Maximilian W M, Ferreras Antonio. Fundus Autofluorescence in Posterior and Panuveitis—An Under-Estimated Imaging Technique: A Review and Case Series. Figure 2, scars crop.

    CC BY 4.0Article

    Exact RGB rectangular crop [0, 0, 445, 405] from original 713 × 807 image; no enlargement, retouching, new arrows, color adjustment or generative processing. Original markings within crop preserved.

Punctate inner choroidopathy2 photos

  1. Evianne L. de Groot, Jeannette Ossewaarde–van Norel, Joke H. de Boer, Sanne Hiddingh, Bjorn Bakker, Ramon A. C. van Huet, Ninette H. ten Dam–van Loon, Alberta A. H. J. Thiadens, Magda A. Meester-Smoor, Yvonne de Jong–Hesse, Leonoor I. Los, Anneke I. den Hollander, Camiel J. F. Boon, Lambertus A. Kiemeney, Kristel R. van Eijk, Mark K. Bakker, Carel B. Hoyng, Jonas J. W. Kuiper (2023). Association of Risk Variants in the CFH Gene With Elevated Levels of Coagulation and Complement Factors in Idiopathic Multifocal Choroiditis. Figure 1B.

    CC BY 4.0ArticleDOI

    Exact rectangular crop [394, 49, 781, 355] from the 783 × 357 publisher original (Figure 1B), preserving decoded RGB pixels. The authors' own arrows and markings are kept; no other changes, retouching, enhancement or upscaling.

  2. Aniruddha Agarwal, Sabia Handa, Alessandro Marchese, Salvatore Parrulli, Alessandro Invernizzi, Roel J. Erckens, Tos T. J. M. Berendschot, C. A. B. Webers, Reema Bansal, Vishali Gupta. Optical Coherence Tomography Findings of Underlying Choroidal Neovascularization in Punctate Inner Choroidopathy. Figure 2, cnv crop.

    CC BY 4.0Article

    Exact RGB rectangular crop [26, 428, 330, 714] from original 1772 × 1511 image; no enlargement, retouching, new arrows, color adjustment or generative processing. Original markings within crop preserved.

Multiple evanescent white dot syndrome2 photos

  1. Ting Michael, Hsueh Jessica, Noori Jila. Multiple evanescent white dot syndrome associated with COVID-19 infection: a case report. Figure 1, wreath crop.

    CC BY 4.0Article

    Exact RGB rectangular crop [772, 0, 1593, 643] from original 1593 × 1347 image; no enlargement, retouching, new arrows, color adjustment or generative processing. Original markings within crop preserved.

  2. Ting Michael, Hsueh Jessica, Noori Jila. Multiple evanescent white dot syndrome associated with COVID-19 infection: a case report. Figure 1, outer-segments crop.

    CC BY 4.0Article

    Exact RGB rectangular crop [0, 643, 1593, 1347] from original 1593 × 1347 image; no enlargement, retouching, new arrows, color adjustment or generative processing. Original markings within crop preserved.

APMPPE2 photos

  1. Tatyana R Beketova, Kiersten Snyder, Alicia Jiang, Robert G. Josephberg (2023). Acute Posterior Multifocal Placoid Pigment Epitheliopathy With Associated Papillitis. Figure 1A.

    CC BY 3.0ArticleDOI

    Exact rectangular crop [0, 0, 354, 220] from the 750 × 952 publisher original (Figure 1A), preserving decoded RGB pixels. The authors' own arrows and markings are kept; no other changes, retouching, enhancement or upscaling.

  2. Xerri Olivia, Salah Sawsen, Monnet Dominique, Brézin Antoine P. Untreated Acute Posterior Multifocal Placoid Pigment Epitheliopathy (APMPPE): a case series. Figure 1, angiography crop.

    CC BY 4.0Article

    Exact RGB rectangular crop [0, 158, 236, 480] from original 472 × 572 image; no enlargement, retouching, new arrows, color adjustment or generative processing. Original markings within crop preserved.

Acute zonal occult outer retinopathy2 photos

  1. Herbort Carl P Jr, Arapi Ilir, Papasavvas Ioannis, Mantovani Alessandro, Jeannin Bruno, Lanza Michele. Acute Zonal Occult Outer Retinopathy (AZOOR) Results from a Clinicopathological Mechanism Different from Choriocapillaritis Diseases: A Multimodal Imaging Analysis. Figure 3, field crop.

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    Exact RGB rectangular crop [0, 0, 370, 341] from original 730 × 667 image; no enlargement, retouching, new arrows, color adjustment or generative processing. Original markings within crop preserved.

  2. Herbort Carl P Jr, Arapi Ilir, Papasavvas Ioannis, Mantovani Alessandro, Jeannin Bruno, Lanza Michele. Acute Zonal Occult Outer Retinopathy (AZOOR) Results from a Clinicopathological Mechanism Different from Choriocapillaritis Diseases: A Multimodal Imaging Analysis. Figure 1, fundus crop.

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Serpiginous choroiditis1 photo

  1. Mauschitz Matthias M, Zeller Markus, Sagar Pradeep, Biswal Suchitra, Guzman Gabriela, Terheyden Jan H, Meyer Carsten H, Holz Frank G, Heinz Carsten, Pleyer Uwe, Finger Robert P, Wintergerst Maximilian W M, Ferreras Antonio. Fundus Autofluorescence in Posterior and Panuveitis—An Under-Estimated Imaging Technique: A Review and Case Series. Figure 4, serpiginous crop.

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Birdshot chorioretinopathy3 photos

  1. Bousquet Elodie, Duraffour Pierre, Debillon Louis, Somisetty Swathi, Monnet Dominique, Brézin Antoine P, Sève Pascal, Mizota Atsushi. Birdshot Chorioretinopathy: A Review. Figure 1, nasal crop.

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  2. Bousquet Elodie, Duraffour Pierre, Debillon Louis, Somisetty Swathi, Monnet Dominique, Brézin Antoine P, Sève Pascal, Mizota Atsushi. Birdshot Chorioretinopathy: A Review. Figure 3, edema crop.

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  3. Bousquet Elodie, Duraffour Pierre, Debillon Louis, Somisetty Swathi, Monnet Dominique, Brézin Antoine P, Sève Pascal, Mizota Atsushi. Birdshot Chorioretinopathy: A Review. Figure 5, erg crop.

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Norrie disease1 photo

  1. Xu Cao, Longhao Kuang, Jiexuan Lv, Shaoyi Mei, Jingjing Su, Yufang Wang, Qing Zhan and Ping Guo (2026). Case Report: Acute keratoconus as the presenting feature in undiagnosed Norrie disease: hypothesis from a novel NDP mutation.

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Best disease1 photo

  1. Lucia Ambrosio, Tatiana Perepelkina, Abdelrahman M. Elhusseiny, Anne B. Fulton, Jose Efren Gonzalez Monroy (2025). Advancing Insights into Pediatric Macular Diseases: A Comprehensive Review.

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Refsum disease1 photo

  1. Matthew D. Benson, Ian M. MacDonald, Melissa Sheehan, Shailly Jain (2020). Improved electroretinographic responses following dietary intervention in a patient with Refsum disease.

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Cogan syndrome1 photo

  1. Ahad Azami, Nasrollah Maleki, Mohammadreza Kalantar Hormozi, Zahra Tavosi (2014). Interstitial Keratitis, Vertigo, and Vasculitis: Typical Cogan's Syndrome.

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Goldmann-Favre syndrome2 photos

  1. Klaudia Szala and Bogumiła Wójcik-Niklewska (2025). A Rare Vitreoretinal Degenerative Disorder: Goldmann–Favre Syndrome Complicated with Choroidal Neovascularization in a Pediatric Patient.

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  2. Klaudia Szala and Bogumiła Wójcik-Niklewska (2025). A Rare Vitreoretinal Degenerative Disorder: Goldmann–Favre Syndrome Complicated with Choroidal Neovascularization in a Pediatric Patient.

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Axenfeld-Rieger syndrome2 photos

  1. Taimoor A. Khan, Muhammad A. Zahid, Amjad Akram, Abdul Rauf (2022). Progressive Vision Loss in a Patient With Axenfeld-Rieger Syndrome.

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  2. Sheetal Badnaware, Vinay Kumar Srivastava, Meenakshi Chandel, Pooja Gupta, Punit Fulzele (2022). Dental and Craniofacial Manifestation of Axenfeld-Rieger Syndrome: A Case Report.

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Alagile syndrome1 photo

  1. Vishal V. Bhende, Hardil P. Majmudar, Tanishq S. Sharma, Sohilkhan R. Pathan, Deepakkumar V. Mehta (2021). Nonhepatic Alagille Syndrome Associated With Predominant Cardioskeletal Anomalies: A Rare Case.

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Aicardi syndrome2 photos

  1. Sirek Sebastian, Filipek Erita, Wójcik–Niklewska Bogumiła, Pojda-Wilczek Dorota, Mrukwa-Kominek Ewa. Ocular features in Aicardi syndrome: A case report. Figure 1, lacunae crop.

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  2. Muacevic Alexander, Adler John R, Bannour Imen, Guerbej Ekram, Abbassi Hafedh, Boughizane Sassi. Fetal Neuroimaging in Aicardi Syndrome: A Case Report and Literature Review. Figure 5, callosal-agenesis crop.

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Leber congenital amaurosis2 photos

  1. Neruban Kumaran, Anthony T. Moore, Richard G. Weleber, Michel Michaelides (2017). Leber congenital amaurosis/early-onset severe retinal dystrophy: clinical features, molecular genetics and therapeutic interventions.

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  2. Natsuki Higa, Takaaki Hayashi, Kei Mizobuchi, Maki Iwasa, Shingo Kubota, Kazuki Kuniyoshi, Shuhei Kameya, Hiroyuki Kondo, Mineo Kondo, Tadashi Nakano (2024). A novel RPE65 variant p.(Ala391Asp) in Leber congenital amaurosis: a case report and literature review in Japan.

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Persistent fetal vasculature1 photo

  1. Ankur K Shrivastava, Yamini Patial, Barkha Singh, Narendra Kuber Bodhey (2024). Myopic Posterior Persistent Fetal Vasculature: A Rare Presentation.

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Alport syndrome3 photos

  1. Mohammad-Reza Sedaghat, Hamed Momeni-Moghaddam, Batool Haghighi, Majid Moshirfar (2019). Phacoemulsification in bilateral anterior lenticonus in Alport syndrome: A case report.

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  2. Mohammad-Reza Sedaghat, Hamed Momeni-Moghaddam, Batool Haghighi, Majid Moshirfar (2019). Phacoemulsification in bilateral anterior lenticonus in Alport syndrome: A case report.

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  3. Omar Salehi, Heather Mack, Deb Colville, Debbie Lewis, Judy Savige (2023). Ocular manifestations of renal ciliopathies.

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Aniridia syndrome2 photos

  1. Andrew Winegarner, Yoshinori Oie, Satoshi Kawasaki, Nozomi Nishida, Kohji Nishida (2017). Novel PAX6 mutation reported in an aniridia patient.

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  2. Andrew Winegarner, Yoshinori Oie, Satoshi Kawasaki, Nozomi Nishida, Kohji Nishida (2017). Novel PAX6 mutation reported in an aniridia patient.

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Typefaces

  • Atkinson Hyperlegible Next and Atkinson Hyperlegible Mono, by the Braille Institute of America. SIL Open Font License 1.1.
  • Optician Sans, by ANTI Hamar with Fábio Duarte Martins. SIL Open Font License 1.1.

These licenses cover the photographs and typefaces only, not the illustrations or narration.