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Anatomical Illustration Tapestry featuring the photograph Ear by Anatomical Travelogue

Boundary: Bleed area may not be visible.

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Ear Tapestry

Anatomical Travelogue

by Anatomical Travelogue

$51.00

Size

Orientation

Image Size

 
 

Product Details

Our lightweight, microfiber tapestries are available in three different sizes and feature incredible artwork to complement any wall space. Each tapestry has hemmed edges for secure hanging with nails and/or thumbtacks.

Design Details

Inner structures of the ear reconstructed from scanned human data. Sound waves enter the ear through the external auditory meatus (ear canal) where... more

Care Instructions

Machine wash cold and tumble dry with low heat.

Ships Within

1 - 2 business days

Additional Products

Ear Photograph by Anatomical Travelogue

Photograph

Ear Canvas Print

Canvas Print

Ear Framed Print

Framed Print

Ear Art Print

Art Print

Ear Poster

Poster

Ear Metal Print

Metal Print

Ear Acrylic Print

Acrylic Print

Ear Wood Print

Wood Print

Ear Greeting Card

Greeting Card

Ear iPhone Case

iPhone Case

Ear Coffee Mug

Coffee Mug

Ear Tapestry

Tapestry

Ear Jigsaw Puzzle

Jigsaw Puzzle

Ear Sticker

Sticker

Tapestry Tags

tapestries anatomical illustration tapestries anatomy tapestries audio tapestries auditory tapestries auditory system tapestries body scan tapestries canal tapestries cilia tapestries cilium tapestries cochlea tapestries ear tapestries ear canal tapestries ear drum tapestries ear drums tapestries eardrum tapestries

Photograph Tags

photographs anatomical illustration photos anatomy photos audio photos auditory photos auditory system photos body scan photos canal photos cilia photos cilium photos cochlea photos ear photos ear canal photos ear drum photos ear drums photos eardrum photos

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Artist's Description

Inner structures of the ear reconstructed from scanned human data. Sound waves enter the ear through the external auditory meatus (ear canal) where they bounce against the thin tympanic membrane (eardrum). A vibration moves three very small bones (the ossicles) of the middle ear, which then pass on the vibration to a membrane at the entrance of the middle ear. When this membrane vibrates, it stimulates a pulsating wave through the fluid that fills the cochlea causing a current to pass over millions of small hairs called stereocilia. The stereocilia translate the mechanical movement into sensory impulses which are transmitted directly to the brain. The brain interprets the impulses as sound.

 

$51.00