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Genome Editing Face Mask featuring the photograph Crispr Genome Editing, Illustration #1 by Evan Oto

Boundary: Bleed area may not be visible.

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Crispr Genome Editing, Illustration #1 Face Mask

Evan Oto

by Evan Oto

$17.00

This product is currently out of stock.

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Product Details

The Center for Disease Control has recommended the use of cloth face masks to help fight the spread of COVID-19.

This face mask is made from 100% polyester and includes two ear loops with adjustable grommets for a comfortable fit.

The printed area of the mask is approximately 7" wide by 5" tall.   This mask fits well on adult mens' faces without the grommets but, due to the adjustable grommets, can be worn snuggly by adult women, as well.

Please note - this is NOT a surgical grade mask. It is not intended for any medical or commercial uses, whatsoever. It is a simple, cloth mask designed for everyday use to cover your mouth when out in public. The mask should not be used in any medical or surgical setting.

We make no warranties that the mask prevents infections or the transmission of viruses or diseases.

Design Details

A conceptual illustration of genome editing using clustered regularly interspaced short palindromic repeats (CRISPR). In order to edit a genetic... more

Ships Within

2 - 3 Business Days

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Crispr Genome Editing, Illustration #1 Photograph by Evan Oto

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Face Mask Tags

face masks medical illustration face masks dna face masks molecular face masks gene face masks molecule face masks gene therapy face masks illustration face masks rna face masks crispr face masks pam face masks dna sequence face masks conceptual face masks cas9 face masks

Photograph Tags

photographs medical illustration photos dna photos molecular photos gene photos molecule photos gene therapy photos illustration photos rna photos crispr photos pam photos dna sequence photos conceptual photos cas9 photos

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Artist's Description

A conceptual illustration of genome editing using clustered regularly interspaced short palindromic repeats (CRISPR). In order to edit a genetic sequence, a Cas9 protein (purple) attaches to the DNA of a cell using a guide RNA (orange) that matches a target DNA sequence, and separates the double helix. A protospacer adjacent motif (PAM) sequence on the cell's DNA (green) indicates where the Cas9 protein locks down and "cuts" the target DNA. Once the sequence has been cut, the DNA can be disabled or altered.

 

$17.00