Amino Posters and Art Prints

Amino - Social Media Personified

Know your one letter amino acids? Show off your LGBTQ+ pride with this amino acid chain that spells PRIDE in a rainbow gradient.

amino acid in human

amino acid in human

amino acid in human

amino acid in human

amino acid in human

amino acid in human

amino acid in human

amino acid in human

amino acid in human

amino acid in human

amino acid in human

amino acid in human

amino acid in human

amino acid in human

amino acid in human

amino acid in human

amino acid in human

The ‘Amino Acid Science Dress Code Science Geek’ design goes great with your science kit. If you are looking for original science gifts, cool science apparel, or weird science stuff, then this cool funny science design is what you need! Whether you’re a science student, chemistry teacher, biology nerd, physician, or simply enjoy the mystery of science, then you will love this design. Impress your nerd friend with the ‘Amino Acid Science Dress Code Science Geek‘ design from Popculture Tee Collection.

Amino acid in Chinese and German

amino acid in human

amino acid in human

Somewhere, something incredible is waiting to be known.

When you are having a bad day in the biology lab, you are an a-mean-o acid.

Shirt design for a German friend of mine, however if anyone else out there is a fan of Alanine... enjoy!

No to BCAAs

Powered by avocado. Love avocado on toast or guac? Get this then!

Powered by smoothie bowl. Easy to make, healthier alternative to dessert.

Powered by eggs. Perfect wholesome protein, especially grass feed chicken eggs.

chemical structures of amino acids

chemical structures of amino acids

Powered by almonds. Nuts are rich in fiber and good fats, but go easy on them or you will go nutty!

Nirenberg's genetic codon table. This chart from late 1965 lists the initial research on correspondence between genetic units called codons (down left) and amino acids (across top). This research was carried out by US biochemist Marshall Warren Nirenberg (1927-2010) and others at the US National Institutes of Health. By 1966, Nirenberg announced that he had deciphered the 64 RNA codons for all 20 amino acids. The red boxes show potential matches. For the final results of the research, see image C025/9215. Nirenberg shared the 1968 Nobel Prize in Physiology or Medicine for this fundamental work on genetics and amino acids.

Protein Lover Design

Molecular model of the disruptor of telomeric silencing 1-like (DOT1L, mid blue) protein complexed with a histone (dark blue). Histones are proteins that DNA (deoxyribonucleic acid) wraps around before being packaged into chromosomes. DOT1L transfers a methyl group to a lysine amino acid residue on the histone, a process known as methylation. This transfer can only occur if the protein ubiquitin (light blue) has already bound to the histone. Histone methylation can activate or repress the transcription of genes without changing the actual genetic sequence and so is an example of an epigenetic change.