238 pictures found
© Aqua Press / Biosphoto
Fittonia verschaffeltii in aquarium
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Mosaic plant (Fittonia albivenis). Syn.: Fittonia verschaffeltii
© Frédéric Tournay / Biosphoto
© Frédéric Tournay / Biosphoto
Mosaic plant (Fittonia albivenis). Syn.: Fittonia verschaffeltii
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Mosaic plant (Fittonia albivenis). Syn.: Fittonia verschaffeltii
© Frédéric Tournay / Biosphoto
© Frédéric Tournay / Biosphoto
Mosaic plant (Fittonia albivenis). Syn.: Fittonia verschaffeltii
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Seismological Station of Yasur Volcano Tanna Island Vanuatu ; Sylvain Todman and Sandrine Cevuard check the proper functioning of a new seismic
© Thibaut Vergoz / Biosphoto
© Thibaut Vergoz / Biosphoto
Seismological Station of Yasur Volcano Tanna Island Vanuatu ; Sylvain Todman and Sandrine Cevuard check the proper functioning of a new seismic station was placed near the Yasur volcano on Tanna Island. Installed in April 2012 by New Zealand, it acts as a "hub transmission," the nerve center of seismic monitoring stations on the island of Tanna. It has two cam (daytime, night) that allow us to observe the volcano as real for the world, and a seismometer buried (and seals on a concrete slab has set itself the rich mother under ash), which measures the tremors generated by the Yasur volcano nearby. The data is transmitted via GSM. Sylvain and Sandrine are very satisfied with the operation of the new station, which fits very well into the future monitoring network Vanuatu.
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Seismological Station of Yasur Volcano Tanna Island Vanuatu ; Sylvain Todman verifies the operation of a new seismic station was placed near the
© Thibaut Vergoz / Biosphoto
© Thibaut Vergoz / Biosphoto
Seismological Station of Yasur Volcano Tanna Island Vanuatu ; Sylvain Todman verifies the operation of a new seismic station was placed near the Yasur volcano on Tanna Island. Installed in April 2012 by New Zealand, it acts as a "hub transmission," the nerve center of seismic monitoring stations on the island of Tanna. It has two cam (daytime, night) that allow us to observe the volcano as real for the world, and a seismometer buried (and seals on a concrete slab has set itself the rich mother under ash), which measures the tremors generated by the Yasur volcano nearby. The data is transmitted via GSM. Sylvain and Sandrine are very satisfied with the operation of the new station, which fits very well into the future monitoring network Vanuatu.
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Seismological Station of Yasur Volcano Tanna Island Vanuatu ; Sylvain Todman and Sandrine Cevuard check the proper functioning of a new seismic
© Thibaut Vergoz / Biosphoto
© Thibaut Vergoz / Biosphoto
Seismological Station of Yasur Volcano Tanna Island Vanuatu ; Sylvain Todman and Sandrine Cevuard check the proper functioning of a new seismic station was placed near the Yasur volcano on Tanna Island. Installed in April 2012 by New Zealand, it acts as a "hub transmission," the nerve center of seismic monitoring stations on the island of Tanna. It has two cam (daytime, night) that allow us to observe the volcano as real for the world, and a seismometer buried (and seals on a concrete slab has set itself the rich mother under ash), which measures the tremors generated by the Yasur volcano nearby. The data is transmitted via GSM. Sylvain and Sandrine are very satisfied with the operation of the new station, which fits very well into the future monitoring network Vanuatu.
© Jean-Michel Labat / Biosphoto
Nerve Plant planted in freshwater aquarium
© Jean-Michel Groult / Biosphoto
Aeroponic culture of red nerve plant 'Red Star' cuttings
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Portrait of a Yellow banded dart frog ; Small Frog of 1 - 5 cm
© Martin Harvey / Biosphoto
© Martin Harvey / Biosphoto
Portrait of a Yellow banded dart frog ; Small Frog of 1 - 5 cm found in humid rain forests. A special skin secretion serves as a highly potent nerve toxin.
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Portrait of a Yellow banded dart frog ; Small Frog of 1 - 5 cm
© Martin Harvey / Biosphoto
© Martin Harvey / Biosphoto
Portrait of a Yellow banded dart frog ; Small Frog of 1 - 5 cm found in humid rain forests. A special skin secretion serves as a highly potent nerve toxin.
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Yellow banded dart frog in studio ; Small Frog of 1 - 5 cm found in humid rain forests. A special skin secretion serves as a highly potent nerve
© Martin Harvey / Biosphoto
© Martin Harvey / Biosphoto
Yellow banded dart frog in studio ; Small Frog of 1 - 5 cm found in humid rain forests. A special skin secretion serves as a highly potent nerve toxin.
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Top shot of a Yellow banded dart frog ; Small Frog of 1 - 5 cm
© Martin Harvey / Biosphoto
© Martin Harvey / Biosphoto
Top shot of a Yellow banded dart frog ; Small Frog of 1 - 5 cm found in humid rain forests. A special skin secretion serves as a highly potent nerve toxin.
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Dissection and nervous system of the frog ; Discovery of the optic nerve
© Jean-Michel Labat / Biosphoto
© Jean-Michel Labat / Biosphoto
Dissection and nervous system of the frog ; Discovery of the optic nerve
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Dissection and nervous system of the frog ; Discovery of the optic nerve
© Jean-Michel Labat / Biosphoto
© Jean-Michel Labat / Biosphoto
Dissection and nervous system of the frog ; Discovery of the optic nerve
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Dissection and nervous system of the frog ; Discovery of the optic nerve
© J.-M. Labat & Y. Lanceau / Biosphoto
© J.-M. Labat & Y. Lanceau / Biosphoto
Dissection and nervous system of the frog ; Discovery of the optic nerve
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X-ray effect of male nervous system. Full figure on black background.
© Leonello Calvetti / Stocktrek Images / Biosphoto
© Leonello Calvetti / Stocktrek Images / Biosphoto
X-ray effect of male nervous system. Full figure on black background.
© Leonello Calvetti / Stocktrek Images / Biosphoto
Cutaway diagram of human ear.
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Detailed cutaway diagram of human skin.
© Leonello Calvetti / Stocktrek Images / Biosphoto
© Leonello Calvetti / Stocktrek Images / Biosphoto
Detailed cutaway diagram of human skin.
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Diagram of human nervous system, posterior
© Leonello Calvetti / Stocktrek Images / Biosphoto
© Leonello Calvetti / Stocktrek Images / Biosphoto
Diagram of human nervous system, posterior view.
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Diagram showing anatomy of human skin.
© Leonello Calvetti / Stocktrek Images / Biosphoto
© Leonello Calvetti / Stocktrek Images / Biosphoto
Diagram showing anatomy of human skin.
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Structures of the inner ear.
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Position of inner ear in relationship to head and face.
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Position of inner ear in relationship to head and face.
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Brain impacting on skull. Detail of shear and traumatic axonal injury.
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Brain impacting on skull. Detail of shear and traumatic axonal injury.
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View of normal vertebra on left. On right is view of vertebra with spinal stenosis showing trapped
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
View of normal vertebra on left. On right is view of vertebra with spinal stenosis showing trapped nerve.
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Anatomy of inner ear and sinuses.
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Anatomy of human ear, with labels.
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Anatomy of human ear, with labels.
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Anatomy of human ear.
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Cochlea detail with vestibulocochlear nerve.
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Cochlea detail with vestibulocochlear nerve.
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Interior detail of the cochlea.
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Sciatica caused from herniated disc.
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Sciatica caused from herniated disc.
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Schematic of the hypothalamus receiving nerve impulses from the body and sending messages to the
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Schematic of the hypothalamus receiving nerve impulses from the body and sending messages to the circulatory and nervous system.
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Representation of how our thoughts affect our emotions.
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Representation of how our thoughts affect our emotions.
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Serotonin released in the brain travels down the spinal cord to close the pain gates and block pain
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Serotonin released in the brain travels down the spinal cord to close the pain gates and block pain messages.
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Representation of how our senses affect our thoughts.
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Representation of how our senses affect our thoughts.
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Pathway of a pain message via sensory nerve in injured muscle, to pain gate in spinal cord to limbic system, frontal cortex and sensory cortex in the human brain.
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Pathway of a pain message via sensory nerve in injured muscle, to pain gate in spinal cord to limbic system, frontal cortex and sensory cortex in the human brain.
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Nerve ending, seen in lower right, sends pain message from injured muscle. Blood vessel and immune
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Nerve ending, seen in lower right, sends pain message from injured muscle. Blood vessel and immune cells are seen in the center and upper right of image.
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Detail of ateries of the human head and the trigeminal nerve.
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Detail of ateries of the human head and the trigeminal nerve.
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Nerve with myelin sheath, seen in lower right, connects with muscle. Blood vessel and immune cells are
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Nerve with myelin sheath, seen in lower right, connects with muscle. Blood vessel and immune cells are seen in the center and upper right of image.
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Detail of a nerve synapse showing the release of neurotransmitters.
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Detail of a nerve synapse showing the release of neurotransmitters.
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Detail of a nerve bundle.
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Coronal section through human brain showing the layout of the sensory cortex.
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Coronal section through human brain showing the layout of the sensory cortex.
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Energy meridians of the human body and a cell showing energy vibrational communication.
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Energy meridians of the human body and a cell showing energy vibrational communication.
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Endorphins released in the hypothalamus travel down the spinal cord to block pain messages.
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Endorphins released in the hypothalamus travel down the spinal cord to block pain messages.
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Antihistamine in histamine receptors blocking the allergic reaction.
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Antihistamine in histamine receptors blocking the allergic reaction.
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Surrounding tissue becomes inflamed causing several systemic effects, such as
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
© Elise Walmsley-MacWha / Stocktrek Images / Biosphoto
Surrounding tissue becomes inflamed causing several systemic effects, such as vasodilation, mucous secretion, nerve stimulation and smooth muscle contraction.
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Biomedical illustration of the eastern equine encephalitis disease attaching to a neuron.
© Stocktrek Images / Biosphoto
© Stocktrek Images / Biosphoto
Biomedical illustration of the eastern equine encephalitis disease attaching to a neuron.