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Biology Canvas Print featuring the photograph Red Blood Cells, Rouleaux Formation, Sem #2 by Science Source

The watermark in the lower right corner of the image will not appear on the final print.

Frame

Top Mat

Top Mat

Bottom Mat

Bottom Mat

Dimensions

Image:

10.00" x 7.00"

Overall:

10.00" x 7.00"

 

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Red Blood Cells, Rouleaux Formation, Sem #2 Canvas Print

Science Source

by Science Source

Small Image

$100.00

Product Details

Red Blood Cells, Rouleaux Formation, Sem #2 canvas print by Science Source.   Bring your artwork to life with the texture and depth of a stretched canvas print. Your image gets printed onto one of our premium canvases and then stretched on a wooden frame of 1.5" x 1.5" stretcher bars (gallery wrap) or 5/8" x 5/8" stretcher bars (museum wrap). Your canvas print will be delivered to you "ready to hang" with pre-attached hanging wire, mounting hooks, and nails.

Design Details

Color enhanced scanning electron micrograph (SEM) of red blood cells found enmeshed in a fibrinous matrix on the luminal surface of an indwelling... more

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3 - 4 business days

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Red Blood Cells, Rouleaux Formation, Sem #2 Photograph by Science Source

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Canvas Print Tags

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Photograph Tags

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Artist's Description

Color enhanced scanning electron micrograph (SEM) of red blood cells found enmeshed in a fibrinous matrix on the luminal surface of an indwelling vascular; Magnified 2849x. In this instance, the indwelling catheter was a tube that was left in place creating a patent portal directly into a blood vessel. Some of the erythrocytes are grouped in stacks known as a Rouleaux formation. Note the biconcave cytomorphologic shape of each erythrocyte, which increases the surface area of these hemoglobin-filled cells, thereby, promoting a greater degree of gas exchange, which is their primary function in an in vivo setting. In their adult phase, these cells possess no nucleus. What appears to be irregularly-shaped chunks of debris, are actually fibrin clumps, which when inside the living organism, functions as a key component in the process of blood clot formation, acting to entrap the red blood cells in a mesh-like latticework of proteinaceous strands, thereby, stabilizing and strengthening the...

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