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Illustration Portable Battery Charger featuring the photograph Crispr Genome Editing, Illustration by Evan Oto

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Crispr Genome Editing, Illustration Portable Battery Charger

Evan Oto

by Evan Oto

$54.00

This product is currently out of stock.

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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

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

Dimensions

1.80" W x 3.875" H x 0.90" D

Ships Within

1 - 2 business days

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Portable Battery Charger Tags

portable batteries chargers illustration portable batteries chargers medical illustration portable batteries chargers conceptual portable batteries chargers molecule portable batteries chargers molecular portable batteries chargers dna portable batteries chargers dna sequence portable batteries chargers rna portable batteries chargers gene portable batteries chargers genome portable batteries chargers crispr portable batteries chargers cas9 portable batteries chargers pam portable batteries chargers gene therapy portable batteries chargers

Photograph Tags

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

 

$54.00