Biotechnology Magnets

biotech

biotech

biotech

Shaped like a double helix, DNA consists of two long strands forming a ladder-like structure, with chemical bases (adenine, thymine, cytosine, and guanine) acting as the rungs. Encoded within the DNA are genes, which dictate the characteristics inherited by an organism from its parents.

Straight Outta the Lab funny science geek design with a power fist pipetting, a pipette and DNA Helix, Greta gift idea for grad students, researchers and scientist

Show your labmates your love toward the PCR with this Perfect PCR Design. It shows the accurate reagents or chemicals which is needed for the steps or process of Polymerase Chain Reaction aka PCR.

Renz lab logo with tag line

Renz lab logo with website

Renz Lab Logo simple with website

Renz Lab logo simple with tag line

The simple version of the Renz Lab logo without the tag line.

Renz Lab circle logo with tag line

Renz lab simple logo in white with no tag line

Student created original logo for the Biotech program at Foster High School

Keep calm and power through that PCR experiment!

A hipster logo design with microscopes and typography with the words "Science Matters. Science Saves Lives. 2021."

A hipster logo design with microscopes and typography with the words "Science Matters. Science Saves Lives. 2021."

Cute macrophage offers free hugs to those opsonized bacteria!

This cool design features a hand clenched around a pipette making a power fist with the forearm transforming into a fluorescent gel with drips. Behind it is the currently popular vintage retro colour bars forming a streak plate. The text below says “microbiology rules” and includes bacteria and virus icons.

The Land Biotechnology Lab sticker

This is the perfect tee for any molecular biologist, geneticist, laboratory technicians, or life science lover you know that has a a unique sense of style. If you're a real PCR nerd, this shirt is for you! Featuring a retro, video game asthetic, this block typographic shirt is perfect to wear to the lab, conferences, poster presentations or faculty meetings. Show your geek chic by rocking this shirt from StopperSaysDsgn

DNA: Life's Biggest Twist of Fate design in multiple colors featuring a DNA helix coil. Great gift for genealogists, family tree members, and anyone interested in DNA!

A design for scientists and lab people.

Every job comes with its own perks; its own ups and downs. But there aren't many who lay claim to the fact they could single handedly wipe out the world with a modified HIV/Ebola/Super Flu. Tread carefully, friends.

Science gift

Rainbow DNA scientific

Gene editing is a revolutionary and promising technology that allows scientists to modify an organism's DNA. Through gene editing techniques like CRISPR-Cas9, specific genes can be added, removed, or altered, offering tremendous potential in various fields.

Transcribe as normal! The start codon is the first codon of a messenger RNA (mRNA) transcript translated by a ribosome. The start codon always codes for methionine in eukaryotes and Archaea and a modified Met (fMet) in bacteria, mitochondria and plastids. The most common start codon is AUG (i.e., ATG in the corresponding DNA sequence). The start codon is often preceded by a 5' untranslated region (5' UTR). In prokaryotes this includes the ribosome binding site.

Stop in the name of transcription! UAA is one of the ways a ribosome knows when to stop synthesising proteins after encountering one in a piece of messenger RNA. This is the central dogma of Synthetic Biology.

Data analysis. But first, tea.

Rosalind Franklin Photo 51 DNA Crystallisation Double helical structure of DNA watson and crick x-ray crystallisation

Wanna see some magic? Just give me a Pipette.

PIPETTE CRY REPEAT PCR Funny Science Lab Biotech Teachers with pipette, cry emoji and repeated hardwork.

Stop in the name of transcription! UAG is one of the more common ways a ribosome knows when to stop synthesising proteins after encountering one in a piece of messenger RNA. This is the central dogma of Synthetic Biology.

Rosalind Franklin Photo 51 DNA Crystallisation Double helical structure of DNA watson and crick x-ray crystallisation

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