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Rods Portable Battery Charger featuring the photograph Sem Of Rod & Cone Cells In The Retina by Bill Longcore

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Sem Of Rod & Cone Cells In The Retina Portable Battery Charger

Bill Longcore

by Bill Longcore

$54.00

This product is currently out of stock.

Size

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Product Details

You'll never run out of power again!   If the battery on your smartphone or tablet is running low... no problem.   Just plug your device into the USB port on the top of this portable battery charger, and then continue to use your device while it gets recharged.

With a recharge capacity of 5200 mAh, this charger will give you 1.5 full recharges of your smartphone or recharge your tablet to 50% capacity.

When the battery charger runs out of power, just plug it into the wall using the supplied cable (included), and it will recharge itself for your next use.

Design Details

Rods and cones of the retina. False color scanning electron micrograph (SEM) of rod and cone cells of the eye retina. Rod cells (orange) and less... more

Dimensions

1.80" W x 3.875" H x 0.90" D

Ships Within

1 - 2 business days

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Sem Of Rod & Cone Cells In The Retina Photograph by Bill Longcore

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Portable Battery Charger Tags

portable batteries chargers rods portable batteries chargers retina portable batteries chargers cell portable batteries chargers rod cell portable batteries chargers cones portable batteries chargers cone cell portable batteries chargers eye portable batteries chargers structure portable batteries chargers human body portable batteries chargers anatomy portable batteries chargers vision portable batteries chargers sight portable batteries chargers

Photograph Tags

photographs rods photos retina photos cell photos rod cell photos cones photos cone cell photos eye photos structure photos human body photos anatomy photos vision photos sight photos

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Artist's Description

Rods and cones of the retina. False color scanning electron micrograph (SEM) of rod and cone cells of the eye retina. Rod cells (orange) and less numerous cone cells (blue) are specialized light-sensitive cells. They occur on the surface of the retina. They are responsible for detecting visible images, which are transmitted as nerve impulses to the optic nerve and the brain. There are about 130 million rod cells in the human retina; they detect light intensity and so are important for day and night vision. While the less numerous cone-like cone cells (about 6.5 million in the human retina) respond specifically to color. Magnification unknown.

 

$54.00