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Cochlea Jigsaw Puzzle featuring the photograph Cochlea, Tectorial Membrane, Sem #3 by Oliver Meckes EYE OF SCIENCE

Boundary: Bleed area may not be visible.

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Cochlea, Tectorial Membrane, Sem #3 Jigsaw Puzzle

Oliver Meckes EYE OF SCIENCE

by Oliver Meckes EYE OF SCIENCE

$45.00

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Product Details

Challenge your brain with a jigsaw puzzle designed by an independent artist!   Our puzzles are made from premium 0.2" thick paper stock and include a semi-gloss coating on the top surface to make the image pop.   Puzzles are available in two different sizes, and each puzzle includes a puzzle box with the artwork printed on the top for safe storage when you're not puzzling.   The puzzle pieces are unique shapes.

Design Details

The tectorial membrane usually lies on top of the hair cells' stereovilli. Due to shrinkage in preparation it often releases, as seen here. On the... more

Care Instructions

Store the puzzle in the provided box at room temperature with low humidity.

Ships Within

3 - 4 business days

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Cochlea, Tectorial Membrane, Sem #3 Photograph by Oliver Meckes EYE OF SCIENCE

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Jigsaw Puzzle Tags

jigsaw puzzles cochlea jigsaw puzzles ear jigsaw puzzles hearing jigsaw puzzles ihc jigsaw puzzles inner ear jigsaw puzzles inner hair cells jigsaw puzzles micrograph jigsaw puzzles ohc jigsaw puzzles organ of corti jigsaw puzzles outer hair cells jigsaw puzzles part jigsaw puzzles section jigsaw puzzles sem jigsaw puzzles stereocilia jigsaw puzzles tectorial membrane jigsaw puzzles

Photograph Tags

photographs cochlea photos ear photos hearing photos ihc photos inner ear photos inner hair cells photos micrograph photos ohc photos organ of corti photos outer hair cells photos part photos section photos sem photos stereocilia photos tectorial membrane photos

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Artist's Description

The tectorial membrane usually lies on top of the hair cells' stereovilli. Due to shrinkage in preparation it often releases, as seen here. On the surface of the tectorial membrane, hook-shaped imprints of stereocilia are clearly visible. The organ of Corti lies in the entire length of the cochlea. Close to the oval window the hair cells of the organ of Corti are sensitive to high tones, while towards the tip of the cochlea they are sensitive to lower tones. The tectorial membrane is connected to the tips of the hair cells’ stereovilli, which causes these stereovilli to shift and stretch when there is sound pressure. These distractions are converted into electrical impulses that are sent to the brain. Scanning electron micrograph, magnification 2800x (at 15 cm image width).

 

$45.00