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Biology Canvas Print featuring the photograph Red Blood Cells, Sem #7 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, Sem #7 Canvas Print

Science Source

by Science Source

Small Image

$100.00

Product Details

Red Blood Cells, Sem #7 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

Ships Within

3 - 4 business days

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Red Blood Cells, Sem #7 Photograph by Science Source

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Red Blood Cells, Sem #7 Ornament

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Canvas Print Tags

canvas prints biology canvas prints micrograph canvas prints electron micrograph canvas prints scanning electron canvas prints scanning electron micrograph canvas prints sem canvas prints

Photograph Tags

photographs biology photos micrograph photos electron micrograph photos scanning electron photos scanning electron micrograph photos sem photos

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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. 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 clot, in much the same way as rebar acts to strengthen, and reinforce cement.

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