A mRNA codon wheel is a visual representation of the genetic code used by cells to translate mRNA sequences into specific amino acids during protein synthesis. The wheel typically consists of a circular chart with three concentric rings of letters representing the mRNA codons, which are three-letter codes that correspond to specific amino acids. By referring to the codon wheel, scientists can easily determine which amino acid corresponds to a given codon, which is essential for understanding how proteins are synthesized.
Our mRNA codon wheel t-shirt design features a colorful and eye-catching illustration of the codon wheel on the front of the shirt. The design is printed using high-quality, durable inks that are sure to last wash after wash. The shirt itself is made from soft and comfortable cotton fabric that is perfect for everyday wear.
This t-shirt is the perfect choice for anyone with an interest in genetics, biology, or science in general. It makes a great gift for students, scientists, or anyone who loves to show off their love of science in a stylish and fun way. Whether you wear it to class, to the lab, or out with friends, this mRNA codon wheel t-shirt is sure to turn heads and spark conversations.
Your typical 100% cotton t-shirt (except for Heather Grey, Dark Heather Grey, Heather Green, and Heather Blue colors that contain polyester). Pre-shrunk to make sure your size is maintained throughout several washes, and a classic fit.
• 100% combed ringspun cotton
• Heather Grey is 90% combed ringspun cotton and 10% polyester
• Dark Heather Grey, Heather Green, and Heather Blue are 35% combed ringspun cotton and 65% polyester
• Fabric weight: 4.3 oz/yd² (145.8 g/m²)
• 30 singles
• Classic semi-contoured silhouette with side seam
• Tear-away label
• Shoulder-to-shoulder taping
• Seamed collarette
• Double-needle stitched sleeves and bottom hem
• Blank product sourced from Honduras, Haiti, or Nicaragua
This product is made especially for you as soon as you place an order, which is why it takes us a bit longer to deliver it to you. Making products on demand instead of in bulk helps reduce overproduction, so thank you for making thoughtful purchasing decisions!
