red blood cells necklace S | silver horizontalDNA_Upsell Anywhere biological structures grow outward

Anywhere biological structures grow outward from discrete starting locations and stop where they meet a neighbour

Juniper necklace | gold vermeil

5 metacarpals in the palm

and neurodegenerative disease arises when uptake fails and synaptic glutamate climbs to toxic levels

For someone who recognizes lungs as both anatomy and metaphor for resilience

red blood cells necklace S | silver horizontalDNA_Upsell Anywhere biological structures grow outwardRed blood cells necklace S sterling silver A red blood cells necklace for haematologists, lab medicine specialists, and anyone who has counted erythrocytes under a microscope. The biconcave disc geometry that defines the most numerous cell in the human body, in the smaller size, 925 sterling silver, 17 mm. The Science of the Red Blood Cell The erythrocyte's biconcave disc is not arbitrary. It is the optimal geometry for a cell whose entire function is