Non Plus image gallery

153 images of radar screens, particle tracks, cells and embryos, collected for the Non Plus collective. Everything here is public domain or Creative Commons; each image lists its author and licence.

Click Download to save an image, or follow Full resolution for the original at its source. If you use an image, credit it as its caption says.

Radar & scopes

Bell telephone magazine (1945) (14569797239) — 1 Bell telephone magazine (1945) (14569797239)
Internet Archive Book Images · Public domain · sourceDownload Full resolution (2046×1012) ↗

Radar Racon O — 2 Radar Racon O
Clipper · CC BY-SA 3.0 · sourceDownload Full resolution (2048×1536) ↗

WWII comparison of aerial radar scope photograph of Nantucket with actual chart of island (38628763390) — 3 WWII comparison of aerial radar scope photograph of Nantucket with actual chart of island (38628763390)
National Museum of the U.S. Navy · Public domain · sourceDownload Full resolution (3031×2268) ↗

Hurricane Gracie on radar scope in September 1959 — 4 Hurricane Gracie on radar scope in September 1959
PH2 B.J. Dalma, USN · Public domain · sourceDownload Full resolution (1515×1702) ↗

Night radar scope image of Potomac approach to Washington, WWII (39543289985) — 5 Night radar scope image of Potomac approach to Washington, WWII (39543289985)
National Museum of the U.S. Navy · Public domain · sourceDownload Full resolution (3131×2392) ↗

Radar Scope (1961969) — 6 Radar Scope (1961969)
Dawn Endico from Menlo Park, California · CC BY-SA 2.0 · sourceDownload Full resolution (1600×1200) ↗

Radar scope. - NARA - 520692 — 7 Radar scope. - NARA - 520692
Unknown authorUnknown author or not provided · Public domain · sourceDownload Full resolution (3000×2415) ↗

SR&T Plan position indicator — 8 SR&T Plan position indicator
Tekniska museet · Public domain · sourceDownload Full resolution (2634×3543) ↗

Scope of an ARTCC controller — 9 Scope of an ARTCC controller
Federal Aviation Administration · Public domain · sourceDownload Full resolution (1974×1872) ↗

Air Traffic Control Display — 10 Air Traffic Control Display
Dms489 · CC BY 3.0 · sourceDownload Full resolution (1680×2592) ↗

BlackettRadar1 — 11 BlackettRadar1
Unknown · Public domain · sourceDownload Full resolution (3156×3588) ↗

BlackettRadar2 — 12 BlackettRadar2
Unknown · Public domain · sourceDownload Full resolution (3108×3586) ↗

Hurricane Flora over Tobago on radar 1963-09-30 — 13 Hurricane Flora over Tobago on radar 1963-09-30
U.S. Navy, National Archives · Public domain · sourceDownload Full resolution (5098×4998) ↗

Lissajous-Figur -- 2020 -- 7765 — 14 Lissajous-Figur -- 2020 -- 7765
Dietmar Rabich · CC BY-SA 4.0 · sourceDownload Full resolution (5254×3941) ↗

Lissajous-Figur -- 2020 -- 7766 — 15 Lissajous-Figur -- 2020 -- 7766
Dietmar Rabich · CC BY-SA 4.0 · sourceDownload Full resolution (5357×4018) ↗

Lissajous-Figur -- 2020 -- 7767 — 16 Lissajous-Figur -- 2020 -- 7767
Dietmar Rabich · CC BY-SA 4.0 · sourceDownload Full resolution (6341×3963) ↗

Lissajous-Figur -- 2020 -- 7768 — 17 Lissajous-Figur -- 2020 -- 7768
Dietmar Rabich · CC BY-SA 4.0 · sourceDownload Full resolution (6073×4049) ↗

Lissajous-Figur -- 2020 -- 7769 — 18 Lissajous-Figur -- 2020 -- 7769
Dietmar Rabich · CC BY-SA 4.0 · sourceDownload Full resolution (6128×4085) ↗

Lissajous figure — 19 Lissajous figure
Greg Francke · CC BY-SA 4.0 · sourceDownload Full resolution (2048×1463) ↗

Particle tracks

Bubble chamber event, formula demonstration. Photograph taken August 26, 1957. Bubble Chamber-315A - DPLA - aace197da4debc8b3ed9548c646e156c — 20 Bubble chamber event, formula demonstration. Photograph taken August 26, 1957. Bubble Chamber-315A - DPLA - aace197da4debc8b3ed9548c646e156c
Department of Energy. Lawrence Berkeley National Laboratory. Public Affairs Department. Strategic Resources Office. Photography Services. 2012 · Public domain · sourceDownload Full resolution (3200×3212) ↗

Bubble chamber event. Decay of neutral lambda, anti-lambda hyperons. Photograph circa July 1959. Bubble Chamber-772A - DPLA - 5141859e360581251906c073668c70de — 21 Bubble chamber event. Decay of neutral lambda, anti-lambda hyperons. Photograph circa July 1959. Bubble Chamber-772A - DPLA - 5141859e360581251906c073668c70de
Department of Energy. Lawrence Berkeley National Laboratory. Public Affairs Department. Strategic Resources Office. Photography Services. 2012 · Public domain · sourceDownload Full resolution (2430×3000) ↗

Bubble chamber event. Photograph taken December 16, 1958. Bubble Chamber-315B - DPLA - 57790979981199894c1e2fa1b4bce5e8 — 22 Bubble chamber event. Photograph taken December 16, 1958. Bubble Chamber-315B - DPLA - 57790979981199894c1e2fa1b4bce5e8
Department of Energy. Lawrence Berkeley National Laboratory. Public Affairs Department. Strategic Resources Office. Photography Services. 2012 · Public domain · sourceDownload Full resolution (3529×4000) ↗

Synchrotron background test in 4-inch bubble chamber. Photograph taken July 27, 1955. Bubble Chamber-27 - DPLA - b6d5a3ec40b03d8ae7481eb9912553ff — 23 Synchrotron background test in 4-inch bubble chamber. Photograph taken July 27, 1955. Bubble Chamber-27 - DPLA - b6d5a3ec40b03d8ae7481eb9912553ff
Department of Energy. Lawrence Berkeley National Laboratory. Public Affairs Department. Strategic Resources Office. Photography Services. 2012 · Public domain · sourceDownload Full resolution (2170×2222) ↗

First track in deuterium. Photograph taken October 1955. Bubble Chamber-46 - DPLA - d553c1730076c531c844c8e5e1de1e6c — 24 First track in deuterium. Photograph taken October 1955. Bubble Chamber-46 - DPLA - d553c1730076c531c844c8e5e1de1e6c
Department of Energy. Lawrence Berkeley National Laboratory. Public Affairs Department. Strategic Resources Office. Photography Services. 2012 · Public domain · sourceDownload Full resolution (2400×3000) ↗

HD.6D.680 (12000818023) — 25 HD.6D.680 (12000818023)
ENERGY.GOV · Public domain · sourceDownload Full resolution (3200×1860) ↗

Leptonic event in Gargamelle bubble chamber — 26 Leptonic event in Gargamelle bubble chamber
CERN · CC BY 4.0 · sourceDownload Full resolution (1021×1506) ↗

Production and decay of neutral lambda and anti-lambda hyperons. Patent release 10-5-1962. Photograph taken July 8, 1959. Bubble Chamber-172A - DPLA - 48d28c1e94d935715c697adf9a6554c8 — 27 Production and decay of neutral lambda and anti-lambda hyperons. Patent release 10-5-1962. Photograph taken July 8, 1959. Bubble Chamber-172A - DPLA - 48d28c1e94d935715c697adf9a6554c8
Department of Energy. Lawrence Berkeley National Laboratory. Public Affairs Department. Strategic Resources Office. Photography Services. 2012 · Public domain · sourceDownload Full resolution (1876×2547) ↗

Alpha radiation in a cloud chamber — 28 Alpha radiation in a cloud chamber
Nuledo · CC BY-SA 4.0 · sourceDownload Full resolution (1920×1080) ↗

Beta radiation in a cloud chamber — 29 Beta radiation in a cloud chamber
Nuledo · CC BY-SA 4.0 · sourceDownload Full resolution (1920×1080) ↗

Cloud Chamber Photo of Heavy Nucleus — 30 Cloud Chamber Photo of Heavy Nucleus
James A. Earl · CC BY 3.0 · sourceDownload Full resolution (1530×1921) ↗

Experiments by Blackett in a Wilson Cloud Chamber. Wellcome M0015316 — 31 Experiments by Blackett in a Wilson Cloud Chamber. Wellcome M0015316
Unknown · CC BY 4.0 · sourceDownload Full resolution (3970×2687) ↗

Particle Tracks in AWAN Expansion Cloud Chamber — 32 Particle Tracks in AWAN Expansion Cloud Chamber
Kebuk awan · CC BY-SA 4.0 · sourceDownload Full resolution (5696×4288) ↗

Radioactivity of a Thorite mineral seen in a cloud chamber — 33 Radioactivity of a Thorite mineral seen in a cloud chamber
Cloudylabs · CC BY-SA 3.0 · sourceDownload Full resolution (1816×756) ↗

Radon decay in a cloud chamber — 34 Radon decay in a cloud chamber
Nuledo · CC BY-SA 4.0 · sourceDownload Full resolution (1920×1080) ↗

Vapor being used in a cloud chamber — 35 Vapor being used in a cloud chamber
Nuledo · CC BY-SA 4.0 · sourceDownload Full resolution (5760×3840) ↗

Cells, micrographs & radiolaria

Confocal micrograph of stained HeLa — 36 Confocal micrograph of stained HeLa
Dedyseptiadi7 · CC BY-SA 4.0 · sourceDownload Full resolution (1345×1345) ↗

SK8-18-2 human derived cells, fluorescence microscopy (29942101073) — 37 SK8-18-2 human derived cells, fluorescence microscopy (29942101073)
ZEISS Microscopy from Germany · CC BY 2.0 · sourceDownload Full resolution (2758×2214) ↗

Cell culture (HeLa cells) (261 16) Cell culture (HeLa cells) - metaphase, prophase — 38 Cell culture (HeLa cells) (261 16) Cell culture (HeLa cells) - metaphase, prophase
Doc. RNDr. Josef Reischig, CSc. · CC BY-SA 3.0 · sourceDownload Full resolution (3751×2401) ↗

Cell culture (HeLa cells) (261 17) Cell culture (HeLa cells) - anaphase, metaphase — 39 Cell culture (HeLa cells) (261 17) Cell culture (HeLa cells) - anaphase, metaphase
Doc. RNDr. Josef Reischig, CSc. · CC BY-SA 3.0 · sourceDownload Full resolution (3751×2401) ↗

Cell culture (HeLa cells) (261 18) Cell culture (HeLa cells) - metaphase, telophase — 40 Cell culture (HeLa cells) (261 18) Cell culture (HeLa cells) - metaphase, telophase
Doc. RNDr. Josef Reischig, CSc. · CC BY-SA 3.0 · sourceDownload Full resolution (3751×2401) ↗

HELA-Zellen — 41 HELA-Zellen
Fraunhofer-Institut für Biomedizinische Technik, St. Ingbert, Paul Anastasiadis, Eike Weiß · CC BY-SA 3.0 · sourceDownload Full resolution (1344×1024) ↗

HELA cells stained with DAPI and Phalloidin — 42 HELA cells stained with DAPI and Phalloidin
Arnatbio · CC BY-SA 4.0 · sourceDownload Full resolution (1376×1038) ↗

HeLa-I — 43 HeLa-I
National Institutes of Health (NIH) · Public domain · sourceDownload Full resolution (2400×1999) ↗

HeLa-Tubulin-HSP60-Fibrillarin-DNA — 44 HeLa-Tubulin-HSP60-Fibrillarin-DNA
GerryShaw · CC BY-SA 4.0 · sourceDownload Full resolution (2968×2976) ↗

HeLa-V — 45 HeLa-V
National Institutes of Health (NIH) · Public domain · sourceDownload Full resolution (3200×2409) ↗

-Frustules of Diatoms- MET DP262066 — 46 -Frustules of Diatoms- MET DP262066
Creator:Julius Wiesner · CC0 · sourceDownload Full resolution (2561×2893) ↗

1-s2.0-S0025322720300566-pl1-fig22 — 47 1-s2.0-S0025322720300566-pl1-fig22
Jakub Witkowski, David M. Harwood, Bridget S. Wade, Karolina Bryłka · CC BY 4.0 · sourceDownload Full resolution (762×1208) ↗

1-s2.0-S0025322720300566-pl2 lrg — 48 1-s2.0-S0025322720300566-pl2 lrg
Jakub Witkowski, David M. Harwood, Bridget S. Wade, Karolina Bryłka · CC BY 4.0 · sourceDownload Full resolution (2162×2634) ↗

1-s2.0-S0025322720300566-pl3 lrg — 49 1-s2.0-S0025322720300566-pl3 lrg
Jakub Witkowski, David M. Harwood, Bridget S. Wade, Karolina Bryłka · CC BY 4.0 · sourceDownload Full resolution (2162×2095) ↗

CSIRO ScienceImage 4905 diatom — 50 CSIRO ScienceImage 4905 diatom
CSIRO, CSIRO · CC BY 3.0 · sourceDownload Full resolution (1826×1191) ↗

Eocene diatoms - Western North Atlantic — 51 Eocene diatoms - Western North Atlantic
Jakub Witkowski, David M. Harwood, Bridget S. Wade, Karolina Bryłka · CC BY 4.0 · sourceDownload Full resolution (2162×2231) ↗

Naviculoid diatom — 52 Naviculoid diatom
Djpmapfer · CC BY-SA 4.0 · sourceDownload Full resolution (1500×814) ↗

Rheinberg 2 diatom — 53 Rheinberg 2 diatom
Frank Fox · CC BY-SA 3.0 de · sourceDownload Full resolution (1920×1280) ↗

Atypical mitosis — 54 Atypical mitosis
Nephron · CC BY-SA 3.0 · sourceDownload Full resolution (1842×1402) ↗

Histopathology of poorly differentiated lung adenocarcinoma — 55 Histopathology of poorly differentiated lung adenocarcinoma
Mikael Häggström, M.D. Author info - Reusing images- Conflicts of interest: None Mikael Häggström, M.D. · CC0 · sourceDownload Full resolution (2048×1532) ↗

Kaposi sarcoma in a patient with HHV8-associated MCD — 56 Kaposi sarcoma in a patient with HHV8-associated MCD
Amylacea · CC BY-SA 4.0 · sourceDownload Full resolution (2048×1536) ↗

Macrophages undergo mitosis after ingesting a fungal cell — 57 Macrophages undergo mitosis after ingesting a fungal cell
Carolina Coelho · CC BY-SA 4.0 · sourceDownload Full resolution (2551×3300) ↗

Mitosis (1) — 58 Mitosis (1)
Unknown photographer · Public domain · sourceDownload Full resolution (1800×2255) ↗

Mitosis in Onion Root - various stages (Metaphase and Telophase) — 59 Mitosis in Onion Root - various stages (Metaphase and Telophase)
Natalierussell77 · CC BY-SA 4.0 · sourceDownload Full resolution (4912×3684) ↗

3D print models of SARS-CoV-2 virus (left, yellow spike proteins on a gray virus surface) and a colorized scanning electron micrograph of a cell infected with SARS-CoV-2 virus particles (yellow) — 60 3D print models of SARS-CoV-2 virus (left, yellow spike proteins on a gray virus surface) and a colorized scanning electron micrograph of a cell infected with SARS-CoV-2 virus particles (yellow)
NIAID · CC BY 2.0 · sourceDownload Full resolution (3207×2498) ↗

Colorized scanning electron micrograph of a cell (teal) infected with SARS-CoV-2 virus particles (orange), isolated from a patient sample — 61 Colorized scanning electron micrograph of a cell (teal) infected with SARS-CoV-2 virus particles (orange), isolated from a patient sample
NIAID · CC BY 2.0 · sourceDownload Full resolution (2719×2118) ↗

Ebola Virus - Electron Micrograph — 62 Ebola Virus - Electron Micrograph
BernbaumJG · CC BY 4.0 · sourceDownload Full resolution (3604×3518) ↗

HIV-1 virus particles colorized scanning electron micrograph - 111 — 63 HIV-1 virus particles colorized scanning electron micrograph - 111
NIAID · CC BY 2.0 · sourceDownload Full resolution (3406×2648) ↗

HIV-1 virus particles colorized scanning electron micrograph - 211 — 64 HIV-1 virus particles colorized scanning electron micrograph - 211
NIAID · CC BY 2.0 · sourceDownload Full resolution (3406×2648) ↗

HIV-1 virus particles colorized scanning electron micrograph - 311 — 65 HIV-1 virus particles colorized scanning electron micrograph - 311
NIAID · CC BY 2.0 · sourceDownload Full resolution (3406×2648) ↗

HIV-1 virus particles colorized scanning electron micrograph - 411 — 66 HIV-1 virus particles colorized scanning electron micrograph - 411
NIAID · CC BY 2.0 · sourceDownload Full resolution (3406×2648) ↗

HIV-infected T cell (6813384933) — 67 HIV-infected T cell (6813384933)
NIAID · CC BY 2.0 · sourceDownload Full resolution (2560×2560) ↗

Salmonella Typhimurium invading a human epithelial cell - Scanning electron micrograph — 68 Salmonella Typhimurium invading a human epithelial cell - Scanning electron micrograph
NIAID · CC BY 2.0 · sourceDownload Full resolution (1764×2432) ↗

Scanning electron micrograph of a human H9 T cell infected with HIV virus particles — 69 Scanning electron micrograph of a human H9 T cell infected with HIV virus particles
NIAID · CC BY 2.0 · sourceDownload Full resolution (2361×1771) ↗

Frog blastula blastocoel — 70 Frog blastula blastocoel
Holmes, Samuel J. · Public domain · sourceDownload Full resolution (2208×1092) ↗

Frog embryo cleavage stadia — 71 Frog embryo cleavage stadia
Mills, Wesley, 1847-1915 · Public domain · sourceDownload Full resolution (1176×1208) ↗

Corte cerebro pez cebra visto con microscopio confocal — 72 Corte cerebro pez cebra visto con microscopio confocal
Brandon Antonio Segura Torres & Priscilla Vieto Bonilla · CC BY-SA 4.0 · sourceDownload Full resolution (4069×4069) ↗

Cortical neurons — 73 Cortical neurons
Luisa Demarchi, Ilaria Bertocchi, Alessandra Oberto · CC BY-SA 4.0 · sourceDownload Full resolution (2253×2400) ↗

Purkinje neuron cell bodies in a mouse cerebellum fold - Ksena Longrin — 74 Purkinje neuron cell bodies in a mouse cerebellum fold - Ksena Longrin
Morne Arin · CC BY 4.0 · sourceDownload Full resolution (3082×3082) ↗

SUM 110913 Cort Neurons 2.5d in vitro 488 Phalloidin no perm 4 cmle-2 — 75 SUM 110913 Cort Neurons 2.5d in vitro 488 Phalloidin no perm 4 cmle-2
Howard Vindin · CC BY-SA 4.0 · sourceDownload Full resolution (4096×2584) ↗

Mouse cerebellar cortex H&E 40x — 76 Mouse cerebellar cortex H&E 40x
Hesperides29 · CC BY-SA 4.0 · sourceDownload Full resolution (2426×2966) ↗

Мозжечковая кора кошки. Окраска гематоксилин-эозин. Увеличение x100 — 77 Мозжечковая кора кошки. Окраска гематоксилин-эозин. Увеличение x100
Polina DTsareva · CC BY 4.0 · sourceDownload Full resolution (1377×1378) ↗

Fluorescence microscopy of the DNA of the oral cancer cells — 78 Fluorescence microscopy of the DNA of the oral cancer cells
Korinna · CC BY 4.0 · sourceDownload Full resolution (4096×3072) ↗

Fluorescence microscopy of the oral cancer cells — 79 Fluorescence microscopy of the oral cancer cells
Korinna · CC BY 4.0 · sourceDownload Full resolution (4096×3072) ↗

Fungi seen with fluorescence microscope — 80 Fungi seen with fluorescence microscope
Juan Carlos Fonseca Mata · CC BY 4.0 · sourceDownload Full resolution (1814×1310) ↗

Green Fluorescence Microscopy — 81 Green Fluorescence Microscopy
Jamil Baza · CC BY 4.0 · sourceDownload Full resolution (3024×4032) ↗

Entire blastomeres are excluded upon blastocyst formation — 82 Entire blastomeres are excluded upon blastocyst formation
Cecchele, A.; Cermisoni, G.C.; Giacomini, E.; Pinna, M.; Vigano, P. · CC BY 4.0 · sourceDownload Full resolution (3130×1809) ↗

Inbound2890638149762117997 — 83 Inbound2890638149762117997
Kurtyak · CC BY 4.0 · sourceDownload Full resolution (3000×4000) ↗

Red blood cells (2) — 84 Red blood cells (2)
Scootdive (talk · contribs) · CC BY-SA 3.0 · sourceDownload Full resolution (2400×2000) ↗

Red blood cells infected with malaria — 85 Red blood cells infected with malaria
Rick Fairhurst and Jordan Zuspann, National Institute of Allergy and Infectious Diseases, National Institutes of Health · Public domain · sourceDownload Full resolution (1551×1229) ↗

SEM blood cells — 86 SEM blood cells
Bruce Wetzel (photographer). Harry Schaefer (photographer) · Public domain · sourceDownload Full resolution (1800×2239) ↗

Scanning electron microscope (SEM) image of a RBC population having different morphology stages of stomatocytosis and echinocytosis — 87 Scanning electron microscope (SEM) image of a RBC population having different morphology stages of stomatocytosis and echinocytosis
Geekiyanage NM, Balanant MA, Sauret E, Saha S, Flower R, Lim CT, et al. · CC BY-SA 4.0 · sourceDownload Full resolution (1500×1177) ↗

Chick embryo 3d — 88 Chick embryo 3d
PaulT (Gunther Tschuch) · CC BY-SA 4.0 · sourceDownload Full resolution (1780×1345) ↗

Chick embryo 4d — 89 Chick embryo 4d
PaulT (Gunther Tschuch) · CC BY-SA 4.0 · sourceDownload Full resolution (1926×1637) ↗

Chick embryo 5d — 90 Chick embryo 5d
PaulT (Gunther Tschuch) · CC BY-SA 4.0 · sourceDownload Full resolution (1749×2576) ↗

Anthocyrtium hispidum Haeckel - Radiolarian (34986365113) — 91 Anthocyrtium hispidum Haeckel - Radiolarian (34986365113)
Picturepest · CC BY 2.0 · sourceDownload Full resolution (4252×6863) ↗

Caclocyma ( = Halicalyptra) petalospyris HAECKEL - Radiolarian (31708336584) — 92 Caclocyma ( = Halicalyptra) petalospyris HAECKEL - Radiolarian (31708336584)
Picturepest · CC BY 2.0 · sourceDownload Full resolution (1200×2000) ↗

Cladococcus abietinus — 93 Cladococcus abietinus
tintinnidguy · CC BY 2.0 · sourceDownload Full resolution (2724×2548) ↗

Haeckel Acanthometra — 94 Haeckel Acanthometra
Ernst Haeckel · Public domain · sourceDownload Full resolution (2346×3294) ↗

Haeckel Spumellaria — 95 Haeckel Spumellaria
Ernst Haeckel · Public domain · sourceDownload Full resolution (2344×3324) ↗

Phacodiscus clypeus Haeckel - Radiolarian (36086846420) — 96 Phacodiscus clypeus Haeckel - Radiolarian (36086846420)
Picturepest · CC BY 2.0 · sourceDownload Full resolution (3500×3400) ↗

Radiolarian - Dorataspida sp — 97 Radiolarian - Dorataspida sp
Andreas Drews · CC BY 2.0 · sourceDownload Full resolution (5160×5200) ↗

Radiolarian - Heliodiscus umbonatus (Ehr.), Haeckel (28187768550) — 98 Radiolarian - Heliodiscus umbonatus (Ehr.), Haeckel (28187768550)
Picturepest · CC BY 2.0 · sourceDownload Full resolution (2000×2024) ↗

Embryos & the womb

Foetus in placenta in utero. Wellcome L0057759 — 99 Foetus in placenta in utero. Wellcome L0057759
Unknown · CC BY 4.0 · sourceDownload Full resolution (2953×3713) ↗

Foetus in utero. Wellcome L0004300 — 100 Foetus in utero. Wellcome L0004300
Unknown · CC BY 4.0 · sourceDownload Full resolution (1215×1517) ↗

Foetus in utero. Wellcome L0013508 — 101 Foetus in utero. Wellcome L0013508
Unknown · CC BY 4.0 · sourceDownload Full resolution (1154×1600) ↗

Foetus in utero. Wellcome L0013509 — 102 Foetus in utero. Wellcome L0013509
Unknown · CC BY 4.0 · sourceDownload Full resolution (1166×1650) ↗

Foetus in utero. Wellcome L0013510 — 103 Foetus in utero. Wellcome L0013510
Unknown · CC BY 4.0 · sourceDownload Full resolution (1113×1638) ↗

Foetus in utero. Wellcome L0016391 — 104 Foetus in utero. Wellcome L0016391
Unknown · CC BY 4.0 · sourceDownload Full resolution (1814×1064) ↗

Foetus in utero. Wellcome L0018065 — 105 Foetus in utero. Wellcome L0018065
Unknown · CC BY 4.0 · sourceDownload Full resolution (1134×1674) ↗

Foetus in utero from Rueff "Expert midwife" Wellcome L0014439 — 106 Foetus in utero from Rueff "Expert midwife" Wellcome L0014439
Unknown · CC BY 4.0 · sourceDownload Full resolution (1108×1675) ↗

The anatomy of the human gravid uterus; foetus in utero. Wellcome L0004302 — 107 The anatomy of the human gravid uterus; foetus in utero. Wellcome L0004302
Unknown · CC BY 4.0 · sourceDownload Full resolution (2692×4078) ↗

The anatomy of the human gravid uterus; foetus in utero. Wellcome L0007000 — 108 The anatomy of the human gravid uterus; foetus in utero. Wellcome L0007000
Unknown · CC BY 4.0 · sourceDownload Full resolution (1152×1708) ↗

Viscera with fetus in utero, watercolour, Persian, 19th C Wellcome L0020503 — 109 Viscera with fetus in utero, watercolour, Persian, 19th C Wellcome L0020503
Unknown · CC BY 4.0 · sourceDownload Full resolution (1144×1692) ↗

Woodcut of foetus in utero Wellcome L0014440 — 110 Woodcut of foetus in utero Wellcome L0014440
Unknown · CC BY 4.0 · sourceDownload Full resolution (1275×1536) ↗

Page from "The anatomy of the human gravid uterus exhibited in figures" — 111 Page from "The anatomy of the human gravid uterus exhibited in figures"
Unknown · Public domain · sourceDownload Full resolution (724×1208) ↗

The anatomy of the human gravid uterus exhibited in figures Wellcome L0050943 — 112 The anatomy of the human gravid uterus exhibited in figures Wellcome L0050943
Unknown · CC BY 4.0 · sourceDownload Full resolution (5042×6666) ↗

The anatomy of the human gravid uterus exhibited in figures Wellcome L0050946 — 113 The anatomy of the human gravid uterus exhibited in figures Wellcome L0050946
Unknown · CC BY 4.0 · sourceDownload Full resolution (6656×5042) ↗

The anatomy of the human gravid uterus exhibited in figures Wellcome L0050958 — 114 The anatomy of the human gravid uterus exhibited in figures Wellcome L0050958
Unknown · CC BY 4.0 · sourceDownload Full resolution (5042×6666) ↗

Da Vinci Studies of Embryos Luc Viatour — 115 Da Vinci Studies of Embryos Luc Viatour
Leonardo da Vinci · Public domain · sourceDownload Full resolution (1443×2121) ↗

Leonardo da Vinci - RCIN 919102, Recto The fetus in the womb — 116 Leonardo da Vinci - RCIN 919102, Recto The fetus in the womb
Leonardo da Vinci · Public domain · sourceDownload Full resolution (1498×2000) ↗

Leonardo da Vinci - Studies of the foetus in the womb — 117 Leonardo da Vinci - Studies of the foetus in the womb
Leonardo da Vinci · Public domain · sourceDownload Full resolution (2289×3136) ↗

The babe in the womb; Leonardo da Vinci (1511) — 118 The babe in the womb; Leonardo da Vinci (1511)
Unknown · Public domain · sourceDownload Full resolution (1071×1492) ↗

119 Obstetric ultrasound scan monitor showing 20-week human fetus profile in Navi Mumbai 2015
Goleisureintl · CC BY 4.0 · sourceDownload Full resolution (1300×810) ↗

Eleutherodactylus planirostris embryos — 120 Eleutherodactylus planirostris embryos
Alex Abair · CC BY 4.0 · sourceDownload Full resolution (2048×1536) ↗

Human blastoid - 1 — 121 Human blastoid - 1
Nicolasrivron · CC BY-SA 4.0 · sourceDownload Full resolution (2835×2835) ↗

Plaque showing the development of a human embryo — 122 Plaque showing the development of a human embryo
Science Museum Group Studio · CC BY-SA 4.0 · sourceDownload Full resolution (1126×1536) ↗

Plaque showing the development of a human embryo 2 — 123 Plaque showing the development of a human embryo 2
Science Museum Group Studio · CC BY-SA 4.0 · sourceDownload Full resolution (1208×1536) ↗

Embryo - copies — 124 Embryo - copies
Creator:Ernst haeckel · Public domain · sourceDownload Full resolution (2652×2904) ↗

Ernst Haeckel, Anthropogenie. Wellcome L0027291 — 125 Ernst Haeckel, Anthropogenie. Wellcome L0027291
Unknown · CC BY 4.0 · sourceDownload Full resolution (1102×1716) ↗

Ernst Haeckel, Anthropogenie. Wellcome L0027292 — 126 Ernst Haeckel, Anthropogenie. Wellcome L0027292
Unknown · CC BY 4.0 · sourceDownload Full resolution (1360×2070) ↗

Haeckel-embryos-weeks4-6 — 127 Haeckel-embryos-weeks4-6
Ernst Haeckel · Public domain · sourceDownload Full resolution (2698×2218) ↗

Haeckel Anthropogenie 1874 — 128 Haeckel Anthropogenie 1874
Lithograph by J. G. Bach of Leipzig after drawings by Haeckel, from Anthropogenie published by Engelmann · Public domain · sourceDownload Full resolution (1501×1045) ↗

Haeckel Thoracostraca — 129 Haeckel Thoracostraca
Ernst Haeckel · Public domain · sourceDownload Full resolution (2342×3289) ↗

His-Embryo — 130 His-Embryo
Wilhelm His · Public domain · sourceDownload Full resolution (2704×1712) ↗

Plate IV. Diagrammatic transverse sections of different embryos — 131 Plate IV. Diagrammatic transverse sections of different embryos
Haeckel, Ernst Heinrich Philipp August · Public domain · sourceDownload Full resolution (1071×1648) ↗

Plate V. Diagrammatic longitudinal sections of different embryos — 132 Plate V. Diagrammatic longitudinal sections of different embryos
Haeckel, Ernst Heinrich Philipp August · Public domain · sourceDownload Full resolution (1389×2174) ↗

A child born with the viscera reversed. Engraving, 1749. Wellcome V0007821 — 133 A child born with the viscera reversed. Engraving, 1749. Wellcome V0007821
Unknown · CC BY 4.0 · sourceDownload Full resolution (2362×3075) ↗

A foetus and placenta with umbilical cord. Engraving, 1686, Wellcome V0007786ER — 134 A foetus and placenta with umbilical cord. Engraving, 1686, Wellcome V0007786ER
Unknown · CC BY 4.0 · sourceDownload Full resolution (1100×1825) ↗

A malformed foetus. Wood engraving. Wellcome V0007401 — 135 A malformed foetus. Wood engraving. Wellcome V0007401
Unknown · CC BY 4.0 · sourceDownload Full resolution (2126×3295) ↗

A monkey foetus. Engraving by Tardieu after De Seve. Wellcome V0021461 — 136 A monkey foetus. Engraving by Tardieu after De Seve. Wellcome V0021461
Unknown · CC BY 4.0 · sourceDownload Full resolution (2300×3162) ↗

An abnormal foetus in the womb, which is about to be natural Wellcome V0014954 — 137 An abnormal foetus in the womb, which is about to be natural Wellcome V0014954
Unknown · CC BY 4.0 · sourceDownload Full resolution (3136×2412) ↗

Dissected foetus seen from behind, with arteries and muscles Wellcome V0007991 — 138 Dissected foetus seen from behind, with arteries and muscles Wellcome V0007991
Unknown · CC BY 4.0 · sourceDownload Full resolution (2125×3573) ↗

Dissected foetus seen from the front, with arteries indicate Wellcome V0007990 — 139 Dissected foetus seen from the front, with arteries indicate Wellcome V0007990
Unknown · CC BY 4.0 · sourceDownload Full resolution (2050×3434) ↗

Foetus in utero; six figures. Stipple engraving by Campbell( Wellcome V0008049 — 140 Foetus in utero; six figures. Stipple engraving by Campbell( Wellcome V0008049
Unknown · CC BY 4.0 · sourceDownload Full resolution (3124×2420) ↗

Jenty; anatomy of the womb and foetus Wellcome L0030022 — 141 Jenty; anatomy of the womb and foetus Wellcome L0030022
Unknown · CC BY 4.0 · sourceDownload Full resolution (1176×1851) ↗

The arterial system of human foetus. Engraving, 1686, after Wellcome V0007779EC — 142 The arterial system of human foetus. Engraving, 1686, after Wellcome V0007779EC
Unknown · CC BY 4.0 · sourceDownload Full resolution (2515×4172) ↗

The foetus of dogs born as conjoint twins, anterior view. En Wellcome V0007390 — 143 The foetus of dogs born as conjoint twins, anterior view. En Wellcome V0007390
Unknown · CC BY 4.0 · sourceDownload Full resolution (2284×3076) ↗

The foetus of dogs born as conjoint twins. Engraving by P. S Wellcome V0007391 — 144 The foetus of dogs born as conjoint twins. Engraving by P. S Wellcome V0007391
Unknown · CC BY 4.0 · sourceDownload Full resolution (2394×3167) ↗

Illustration of a placenta Wellcome L0051128 — 145 Illustration of a placenta Wellcome L0051128
Unknown · CC BY 4.0 · sourceDownload Full resolution (4477×6613) ↗

Illustration of male foetus with placenta Wellcome L0051127 — 146 Illustration of male foetus with placenta Wellcome L0051127
Unknown · CC BY 4.0 · sourceDownload Full resolution (4772×6643) ↗

Placenta belonging to twins. Wellcome L0009816 — 147 Placenta belonging to twins. Wellcome L0009816
Unknown · CC BY 4.0 · sourceDownload Full resolution (1084×1701) ↗

Placenta types in Naucleeae from Blumea 24(2) 315 (1978) — 148 Placenta types in Naucleeae from Blumea 24(2) 315 (1978)
Illlustration: J. van Os · CC BY 4.0 · sourceDownload Full resolution (1509×1310) ↗

Tab III; Placenta within amneotic sac Wellcome L0064774 — 149 Tab III; Placenta within amneotic sac Wellcome L0064774
Unknown · CC BY 4.0 · sourceDownload Full resolution (3854×6370) ↗

Conjoined X-ray — 150 Conjoined X-ray
Mae M. Bookmiller · Public domain · sourceDownload Full resolution (963×1220) ↗

Foetus in utero. Wellcome L0004300 — 151 Foetus in utero. Wellcome L0004300
Unknown · CC BY 4.0 · sourceDownload Full resolution (1215×1517) ↗

Foetus in utero. Wellcome L0013508 — 152 Foetus in utero. Wellcome L0013508
Unknown · CC BY 4.0 · sourceDownload Full resolution (1154×1600) ↗

Leonardo da Vinci - Studies of the foetus in the womb — 153 Leonardo da Vinci - Studies of the foetus in the womb
Leonardo da Vinci · Public domain · sourceDownload Full resolution (2289×3136) ↗