Skip to main content
Art Prints, Posters and Puzzles

Sanger's Dideoxy Chain Termination Print

Framed Print : Sanger's Dideoxy Chain Termination Print
Framed Print : Sanger's Dideoxy Chain Termination Print
Framed Print : Sanger's Dideoxy Chain Termination Print
Size Guide

Open 3D Preview

Framed Prints From ScienceSource

$89.99
4.74 · 7,499 Store Reviews

This artwork is available as

Framed Prints
Prints
Jigsaw Puzzles
Poster Prints
Canvas Prints
Fine Art Prints
Metal Prints
Home Decor

Framed Print of Fingerprint analysis

DNA sequencing by Sanger's dideoxy chain termination method. Each of the 4 tracks of this autoradiograph of polyacrylamide gel shows a series of labeled strands of different lengths. The tracks (right to left) are G-T-A-C. © Scott Camazine / Science Source

Artwork Licensed From ScienceSource (1070581)

Your chosen combination is quickly and professionally made to order - Shipping & Delivery Details

If you are not entirely happy with your items, simply return them to us within 30 days for a replacement or full refund - 30 Day Returns

Media ID 47693417


Fast Delivery
Great Value
100% Secure Payment
30 Day Returns

Editors' Comments

Unlock the beauty of science with our framed prints. This image, 'Fingerprint analysis' by Scott Camazine from ScienceSource, shows the intricate details of DNA sequencing through Sanger's dideoxy chain termination method. A autoradiograph of polyacrylamide gel, each track reveals a series of labeled strands in varying lengths - a true marvel of molecular biology. Elevate your space with this piece and celebrate the wonders of scientific discovery.

Tiny fragments of genetic code reveal their secrets in this striking autoradiograph. A matrix of glowing dots and dashes, each track a unique tale of nucleotide sequences unfolding like a puzzle. The polyacrylamide gel beneath holds the story, as four parallel paths weave together to form an intricate portrait.

This artwork is also available as...

Photo Prints - Unlock the secrets of DNA with our 'Fingerprint analysis' print, a fascinating glimpse into the groundbreaking work of Sanger's dideoxy chain termination method. This autoradiograph shows the intricate details of polyacrylamide gel sequencing, a testament to human ingenuity and scientific discovery. Bring a touch of scientific wonder into your home with this piece from ScienceSource.

Photo Mugs - Personalize your home with Photo Mugs featuring scientific art. This Photo Mug shows 'Fingerprint analysis' by Scott Camazine from ScienceSource, a DNA sequencing technique using Sanger's dideoxy chain termination method. Perfect for science enthusiasts and lab professionals, our custom Photo Mugs make great gifts or office decor.

Poster Prints - Poster Prints featuring 'Fingerprint analysis' by Scott Camazine from ScienceSource, showcasing DNA sequencing by Sanger's dideoxy chain termination method. Each autoradiograph of polyacrylamide gel displays a series of labeled strands in four distinct tracks, perfect for science enthusiasts and art collectors alike.

Metal Prints - Experience the cutting-edge of science with Metal Prints featuring 'Fingerprint analysis' by Scott Camazine from ScienceSource. This Metal Print shows DNA sequencing by Sanger's dideoxy chain termination method, highlighting four tracks of labeled strands in a polyacrylamide gel autoradiograph. Elevate your space with Metal Prints that combine art and science.

Canvas Prints - Discover the art of science with Canvas Prints featuring 'Fingerprint analysis' by Scott Camazine from ScienceSource, showcasing DNA sequencing by Sanger's dideoxy chain termination method. Each track on this autoradiograph polyacrylamide gel reveals labeled strands of varying lengths, a representation of genetic code. Perfect for home decor or office inspiration.

Mouse Mats - Unlock the power of discovery with every click. mouse mats are more than just a desk accessory, they're a reminder that even in the smallest details lies a world of wonder and possibility. Inspired by the groundbreaking work of scientists like Sanger, who pioneered DNA sequencing through dideoxy chain termination method, our mouse mats bring a touch of scientific curiosity to your workspace.

Modern 12"x10"

Ready to Hang Contemporary Framed Prints adds style, protection, and a polished touch to your space - effortlessly.

Your artwork will be printed as shown in the preview. To adjust please select Print Options under the Buy button

Made and Shipped from within the USA or Canada as appropriate. Printed on 10"x8" Premium Matte Paper offering bright, white paper with a matte finish with a digitally rendered mat surround offering the timeless look of professionally mounted artwork. Our 1″ Frames are available in a range of colours with clear acrylic shatterproof glazing and Kraft pad backer. Matte Paper offer a lighter-weight alternative to fine art paper which is optimized for artwork and can be suitable for photography in scenarios where a less glossy appearance is preferred. This sustainable paper printing is an alternative to our premium fine art paper. Each frame is 1″ wide by 3/4″ deep and glazed using standard 1/16” clear PETG to protect and enhance the visibility of each print. Ready to hang with a sawtooth metal hanger and sturdy backer.

These are individually made so all sizes are approximate

Estimated Image Size (if not cropped) is 13.6cm x 20.4cm (5.4" x 8")

Estimated Product Size is 25.4cm x 30.5cm (10" x 12")

Features in These Collections

Home > Popular Themes > DNA

Gallery Wall Inspiration


Rosalind Franklin Print: DNA Structure Pioneer
DNA Molecule Print
Double-stranded RNA molecule Print
Molecular model print of DNA transcription
Print of Watson and Crick with their DNA model
3D DNA Molecule Print
Double Helix DNA Molecule Print
Print of Watson and Crick with DNA model, a caricature in two figures
Dividing chloroplast print in pea leaf
Coloured Transmission Electron Micrograph Print of E. coli Bacterium
Peebles Print, Caledonian Railway Poster
Loch Lomond Hotel Print
Computer Screen Print: Human DNA Sequence
X-ray diffraction photograph of DNA in print
Arecibo message print, a diagram of binary transmission
DNA Molecule Print, Double Helix Structure
Herpes Virus Replication Print
Mitosis Print: Cellular Division Process
Cell Structure Print: Confocal Micrograph of Endothelial Cells
Computer artwork of beta DNA segment print
Nucleotide Base Matrix Print
Double Helix DNA Molecule Print
Nucleosome molecule Print, computer model
DNA Molecule Print
Molecular model DNA nucleosome Print
Print of dividing yeast cells, SEM
Dividing yeast cells, Print



 
© Copyright Media Storehouse, All Rights Reserved 2003 - 2026
We accept all major payment options so you can pay for the things you need in the way that is most convenient for you
Reviews IO     Facebook     Pinterest