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Stocktrek Images

2550199 © Stocktrek Images / Biosphoto
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Stocktrek Images offers specialized scientific imagery in anatomy, paleontology, and underwater photography.

Stocktrek Images is an agency specializing in scientific and technical visual content. Its collection stands out for its specialized themes, such as human anatomy, medical biology, scientific illustration, and paleontological scene reconstruction. These images, produced by specialized illustrators and photographers, are designed to accurately represent organic systems, biological structures, and even extinct species such as dinosaurs. They provide researchers, publishers, and educational institutions with reliable resources for illustrating scientific research and popularization.

The agency is also developing a large collection of underwater images. These photographs highlight marine ecosystems, deep-sea animal and plant species, and the ecological interactions specific to aquatic environments. Thanks to a rigorous technical approach, these visuals allow us to explore the biological diversity of the oceans, providing accurate visual documentation of marine life and its habitats.

By combining medical imaging, paleontological iconography, and underwater photography, Stocktrek Images offers a specialized document database covering several scientific disciplines. Its production meets the needs of professionals in publishing, communication, and research, offering visual content suitable for educational publications, specialized articles, and scientific dissemination materials.

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Biosphoto | 2479079 | A ten-foot-long, 600 pound synapsid of the genus Edaphosaurus forages in a brackish mangrove-like swamp of gymnosperms of the genus Cordaites 300 million years ago in what is today Western Europe.  . Like its better-known synapsid cousin Dimetrodon, Edaphosaurus had a large sail on its back supported by elongated neural spines, however unlike Dimetrodon, these spines include numerous short cross bars; while the sail may have served the purpose of both helping to regulate body temperature and as sexual display, the purpose of the cross bars is unknown. Jaw and teeth structure suggests that Edaphosaurus probably dined on both plants and small invertebrates, such as mollusks.  . Tree-like Cordaites, now extinct, grew on wet ground similar to the Everglades in Florida, numerous fossils of which are now found associated with coal deposits. Also in this image are several examples of extinct seed fern of the genus Neuropteris as well as smaller examples of generic fern that may have been present during the period.  . Other fauna include two examples of the large dragonfly-like Meganeura, a centipede, and in the foreground a juvenile prehistoric shark of the genus Xenacanthus, its distinctive spine projecting from the back of its head and out of the water. | © Walter Myers / Stocktrek Images / Biosphoto
2479079 RM
A ten-foot-long, 600 pound synapsid of the genus Edaphosaurus forages in a brackish mangrove-like [...]
Biosphoto | 2479047 | An eight ton Spinosaurus searches for its next meal 95 million years ago in shallow waters of what is today Egypt. With a massive crocodile-like head and enormous muscular body, this terrifying carnivore was larger than the Early Cretaceous Suchomimus and may have been mightier even than the famous Tyrannosaurus Rex of approximately the same period. | © Walter Myers / Stocktrek Images / Biosphoto
2479047 RM
An eight ton Spinosaurus searches for its next meal 95 million years ago in shallow waters of what [...]
Biosphoto | 2479060 | A pack of dire wolves crosses paths with two mammoths 150 thousand years ago during the Upper (Tarantian) Pleistocene Epoch in North America. A late fall dusting of snow heralds the coming winter. This was a period of glaciation known in North America as the Illinoian Stage when the Laurentide ice sheet covered much of the continent to a depth of 2 miles. . . The extinct Dire Wolf was closely related to the modern Gray Wolf, though is not the direct ancestor of known wolf today. The Dire Wolf was larger and stockier than the Gray Wolf with proportionally shorter legs. Mammoths were close relatives of modern elephants and approximately the same size, though Asian mammoths were somewhat larger than their American cousins. Mammoths had massive tusks. Both mammoths and dire wolves disappeared from the North American continent about ten thousand years ago. | © Walter Myers / Stocktrek Images / Biosphoto
2479060 RM
A pack of dire wolves crosses paths with two mammoths 150 thousand years ago during the Upper [...]
Biosphoto | 2476162 | 3D illustration of the COVID-19 coronavirus with cross section. | © Leonello Calvetti / Stocktrek Images / Biosphoto
2476162 RM
3D illustration of the COVID-19 coronavirus with cross section.
Biosphoto | 2476132 | Cross section of the COVID-19 coronavirus on a colored background. | © Leonello Calvetti / Stocktrek Images / Biosphoto
2476132 RM
Cross section of the COVID-19 coronavirus on a colored background.
Biosphoto | 2476135 | 3D illustration of a blue colored coronavirus on a red background. | © Leonello Calvetti / Stocktrek Images / Biosphoto
2476135 RM
3D illustration of a blue colored coronavirus on a red background.
Biosphoto | 2479052 | A seven ton Tyrannosaurus wanders a Cretaceous forest 68 million years ago in what is today the Western United States. | © Walter Myers / Stocktrek Images / Biosphoto
2479052 RM
A seven ton Tyrannosaurus wanders a Cretaceous forest 68 million years ago in what is today the [...]
Biosphoto | 2479054 | A 10 foot long, 250 pound Zuniceratops wanders a Cretaceous forest 90 million years ago in what is today New Mexico. . . Like the better known and larger Triceratops, Zuniceratops was a Ceratopsid, a family of four-legged plant-eating dinosaurs characterized by beaks, rows of shearing teeth in the back of the jaw, and elaborate horns and frills. While they resemble defensive shields, the frills are in fact relatively fragile, suggesting that they may have served a purpose other than protecting against a brute force attack. One possibility is that the frills were employed as visual displays in order to intimidate rivals and attract the opposite sex. | © Walter Myers / Stocktrek Images / Biosphoto
2479054 RM
A 10 foot long, 250 pound Zuniceratops wanders a Cretaceous forest 90 million years ago in what is [...]
Biosphoto | 2478908 | Woolly mammoth in a winter scene environment. | © Leonello Calvetti / Stocktrek Images / Biosphoto
2478908 RM
Woolly mammoth in a winter scene environment.
Biosphoto | 2475483 | Microscopic view of Burkholderia mallei bacteria, black background. | © Stocktrek Images / Biosphoto
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Microscopic view of Burkholderia mallei bacteria, black background.
Biosphoto | 2475654 | Anatomy of human ear. | © Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
2475654 RM
Anatomy of human ear.
Biosphoto | 2475491 | Microscopic view of Clostridium botulinum bacteria. | © Stocktrek Images / Biosphoto
2475491 RM
Microscopic view of Clostridium botulinum bacteria.
Biosphoto | 2478655 | Epidexipteryx dinosaur perched on a branch ready to eat a nearby spider. | © Sergey Krasovskiy / Stocktrek Images / Biosphoto
2478655 RM
Epidexipteryx dinosaur perched on a branch ready to eat a nearby spider.
Biosphoto | 2479023 | A one ton, 20 foot long Diabloceratops wanders a Cretaceous forest 70 million years ago in what is today Utah. . Like the better known Triceratops, Diabloceratops was a Ceratopsid, a large four-legged plant-eating dinosaur characterized by beaks, rows of shearing teeth in the back of the jaw, and elaborate horns and frills. While they resemble defensive shields, the frills are in fact relatively fragile, suggesting that they may have served a purpose other than protecting against a brute force attack. One possibility is that the frills were employed as visual displays in order to intimidate rivals and attract the opposite sex. | © Walter Myers / Stocktrek Images / Biosphoto
2479023 RM
A one ton, 20 foot long Diabloceratops wanders a Cretaceous forest 70 million years ago in what is [...]
Biosphoto | 2479026 | Winged Dimorphodon pluck fish from the Early-Jurassic Tethys Ocean 195 million years ago in what it is today England. While Dimorphodon's coloration is unknown, here the adult males have been given colorful heads inspired by modern day puffins and toucans. . . Dimorphodon was a medium-sized pterosaur (flying reptile) with a wingspan of about four feet and a large head and puffin-like beak. Its long front teeth suggest that it was built for plucking fish from near the surface of the water. Dimorphodon also had a long tail, the end of which is speculated to have sported a soft tissue vane for enhanced stability during flight. | © Walter Myers / Stocktrek Images / Biosphoto
2479026 RM
Winged Dimorphodon pluck fish from the Early-Jurassic Tethys Ocean 195 million years ago in what it [...]
Biosphoto | 2475707 | Cross section of intestine showing destruction of villi due to celiac disease. | © Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
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Cross section of intestine showing destruction of villi due to celiac disease.
Biosphoto | 2475777 | Replication of virus within host cell. | © Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
2475777 RM
Replication of virus within host cell.
Biosphoto | 2475781 | Diagram showing anatomy of human skin. | © Leonello Calvetti / Stocktrek Images / Biosphoto
2475781 RM
Diagram showing anatomy of human skin.
Biosphoto | 2475927 | Female anatomy internal organs, rear and front views, on white background. | © Leonello Calvetti / Stocktrek Images / Biosphoto
2475927 RM
Female anatomy internal organs, rear and front views, on white background.
Biosphoto | 2475929 | Female skeletal system front and rear views, on white background. | © Leonello Calvetti / Stocktrek Images / Biosphoto
2475929 RM
Female skeletal system front and rear views, on white background.
Biosphoto | 2475931 | Female anatomy of cardiovascular system with skeleton, rear and front views. On white background. | © Leonello Calvetti / Stocktrek Images / Biosphoto
2475931 RM
Female anatomy of cardiovascular system with skeleton, rear and front views. On white background.
Biosphoto | 2475426 | Conceptual image of a sensory neuron. | © Stocktrek Images / Biosphoto
2475426 RM
Conceptual image of a sensory neuron.
Biosphoto | 2475397 | Conceptual image of a multiple sclerosis neuron healed by a T-cell. | © Stocktrek Images / Biosphoto
2475397 RM
Conceptual image of a multiple sclerosis neuron healed by a T-cell.
Biosphoto | 2475438 | Digitally colorized scanning electron micrograph revealing ultrastructural details at the site of interaction of two spherical shaped, Middle East respiratory syndrome coronavirus (MERS-CoV) viral particles, colorized blue, that were on the surface of a camel epithelial cell, colorized red. | © Stocktrek Images / Biosphoto
2475438 RM
Digitally colorized scanning electron micrograph revealing ultrastructural details at the site of [...]