'Living Tissue' Bilder und Clips Suchergebnisse page 1 of 1

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Bilder zu 'Living Tissue' gefunden, 9

Monograptus

Monograptus

NHM1455779

Dictyonema (photo)

Dictyonema (photo)

NHM1455627

X-Ray of a Nautilus, 1905 (lithograph)

X-Ray of a Nautilus, 1905 (lithograph)

DGC746720

Orchid propagation through tissue culture, Kew Gardens, London. (photo)

Orchid propagation through tissue culture, Kew Gardens, London. (photo)

DGC1064986

Astronauts on Titan - Illustration - First steps on Titan - Astronauts explore Titan's surface. Perhaps some day in the far future humans will set foot on Saturn's mysterious moon Titan, one of the most interesting worlds in the Solar System. Larger than the planet Mercury, Earth's moon, and the dwarf planet Pluto, and second only in size to Jupiter's satellite Ganymede, Titan is the only known extraterrestrial world with a dense atmosphere that realistically could be visited by humans. A visit to Titan would require a space journey of a year or more and traverse over 700 million miles. Beneath Titan's 350 miles of atmosphere, intrepid explorers would likely find a dark, forbidding landscape of rock, ice, and possibly tarry layers of hydrocarbons and lakes of liquid ethane and/or methane (AKA natural gas). The Surface temperature would be around minus 300* F, cold enough to freeze exposed human tissue within seconds. There would be no oxygen to breathe, and any water to be found would

Astronauts on Titan - Illustration - First steps on Titan - Astronauts explore Titan's surface. Perhaps some day in the far future humans will set foot on Saturn's mysterious moon Titan, one of the most interesting worlds in the Solar System. Larger than the planet Mercury, Earth's moon, and the dwarf planet Pluto, and second only in size to Jupiter's satellite Ganymede, Titan is the only known extraterrestrial world with a dense atmosphere that realistically could be visited by humans. A visit to Titan would require a space journey of a year or more and traverse over 700 million miles. Beneath Titan's 350 miles of atmosphere, intrepid explorers would likely find a dark, forbidding landscape of rock, ice, and possibly tarry layers of hydrocarbons and lakes of liquid ethane and/or methane (AKA natural gas). The Surface temperature would be around minus 300* F, cold enough to freeze exposed human tissue within seconds. There would be no oxygen to breathe, and any water to be found would

Walter B Myers

PIX4626158

Public Health Monitoring Lung tissue slides in Dr P C Elmes' slide cabinet, 1958-1976

Public Health Monitoring Lung tissue slides in Dr P C Elmes' slide cabinet, 1958-1976

UIS5106736

Internal Prosthetics 'Heartmate' left ventricular-assist device, 1993

Internal Prosthetics 'Heartmate' left ventricular-assist device, 1993

UIS5066422

Meduses - Artist's view - A smack of jellyfish - Illustration of jellyfish swimming in the Panthalassic Ocean, about 500 million years ago in the Cambrian. A smack, or swarm, of jellyfish swim the Panthalassic Ocean 500 million years ago during the Cambrian Period. Jellyfish, AKA sea jellies, are free - swimming organisms from the phylum Cnidaria and may have been among the first mobile macro life forms to evolve on Earth. Their distinguishing feature is specialized cells that they use mainly for capturing prey. Their bodies consist of a non - living jelly - like substance, sandwiched between two layers of tissue that are mostly one cell thick. There are approximately 9,000 species of Cnidaria today

Meduses - Artist's view - A smack of jellyfish - Illustration of jellyfish swimming in the Panthalassic Ocean, about 500 million years ago in the Cambrian. A smack, or swarm, of jellyfish swim the Panthalassic Ocean 500 million years ago during the Cambrian Period. Jellyfish, AKA sea jellies, are free - swimming organisms from the phylum Cnidaria and may have been among the first mobile macro life forms to evolve on Earth. Their distinguishing feature is specialized cells that they use mainly for capturing prey. Their bodies consist of a non - living jelly - like substance, sandwiched between two layers of tissue that are mostly one cell thick. There are approximately 9,000 species of Cnidaria today

Walter B Myers

PIX4633290

Dimorphodon on the beach - Dimorphodons on the edge of the ancient ocean Tethys. Dimorphodon (Dimorphodon macronyx) is a pterosaur belonging to the family dimorphodontidae and living in the lower Jurassic, between 200 and 180 million years. He had a beak like a puffin. The dimorphodon was about 1 metre long, with a wingspan of 1.4 metres. 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

Dimorphodon on the beach - Dimorphodons on the edge of the ancient ocean Tethys. Dimorphodon (Dimorphodon macronyx) is a pterosaur belonging to the family dimorphodontidae and living in the lower Jurassic, between 200 and 180 million years. He had a beak like a puffin. The dimorphodon was about 1 metre long, with a wingspan of 1.4 metres. 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 B Myers

PIX4662151

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