microRNA necklace | silver MnM This spatial mapping of frequency

This spatial mapping of frequency is the physical basis for tonotopic organisation in the auditory system and explains how the ear separates sound into frequency components

Voronoi diagrams are named for Georgy Voronoi

osteologists

Same design as the gold ammonite

It holds more scientific history than most molecules in the catalog

microRNA necklace | silver MnM This spatial mapping of frequencymicroRNA necklace silver A 22 nucleotide RNA, rendered at 37 mm in 925 sterling silver. The molecule is small. The job is large: microRNAs regulate the expression of an estimated 60 percent of all human protein coding genes by binding partial complement target mRNAs and silencing them. The pendant carries the geometry of a regulator most people never hear of. The Science Behind microRNA microRNAs were identified in 1993 in C. elegans by Victor Ambros