Gold vermeil astrocyte necklace on a white background, showcasing its intricate star-shaped cell design, inspired by astrocytes.
Woman wearing a gold vermeil astrocyte necklace, highlighting its elegant, science-inspired design and luxurious shine.
Back to all products

astrocyte necklace

gold vermeil
|

€ 185

Length

45 cm + 5 cm extender chain included

Choose your extra chain

Earn 185 Science club points

Notify me when back in stock

Something went wrong

You are now subscribed

  • Free cleaning cloth included

  • Delivered in 1 - 5 days

  • Free worldwide shipping with DHL Express

  • 30-day return policy

  • American Express
  • Apple Pay
  • Bancontact
  • Google Pay
  • iDEAL Wero
  • Klarna
  • Maestro
  • Mastercard
  • MobilePay
  • PayPal
  • Satispay
  • Shop Pay
  • Union Pay
  • Visa

Still questions? Contact us

Astrocyte necklace | gold vermeil

An astrocyte necklace in gold vermeil is for the woman who studies the brain's other cells, the ones that were written off as glue for a century. Give it to a neuroscientist finishing her PhD on glia, or to a friend who has always rooted for the underdog in the textbook.

Who It's For

  • a colleague working in neuroscience
  • someone interested in the brain, even outside the lab
  • yourself, if you love a geeky piece more than ordinary jewelry

Gunnar B., on the gold version: “Perfect gift for people working in the field or that are otherwise interested!” Amy H., from a review of the silver version: “I’m not a jewelry person but I’m a geek. This is fun to wear!”

The Science of the Astrocyte

In grey matter, astrocytes are glial cells that wrap their many fine branches around synapses, the junctions where neurons pass signals. Each one keeps to its own territory, and in the human brain those territories are large. In 2009 Nancy Ann Oberheim, Maiken Nedergaard and colleagues reported that human astrocytes are about 2.6 times larger across than those of rodents, and that a single human astrocyte's territory may hold up to 2 million synapses. Within it, the astrocyte clears away used signalling chemicals and helps regulate local blood flow.

Explore Related Neuroscience Jewelry

FAQ

How big is the pendant, and how does it sit?

The pendant measures 29 mm (about 1.1 inches), about 3 mm more than the width of a 2-euro coin (25.75 mm). It hangs below the collarbone on a 45 cm (17.7 inch) gold vermeil chain with a lobster clasp and a 5 cm (2 inch) extender. Extra chains of 40, 42, 45 or 50 cm with extender, or 80 cm, are sold on this page. It is sterling silver with 2.5 microns of 18K gold, nickel-free and hypoallergenic.

Is there a silver version?

Yes. The same 29 mm astrocyte necklace comes in sterling silver. Choose the finish she already wears. The design is the same in both, and each comes on a 45 cm chain with a 5 cm extender in the matching metal.

Will it arrive in time, and what if it isn't right?

It ships free worldwide with DHL Express and arrives in 1-5 business days. We pay the import duties and taxes, so there is nothing to pay on delivery. It comes in a ready-to-gift jewelry box and festive envelope. If it isn't right, our 30-day “Love It or Return It” policy applies.

Why is it called an astrocyte?

Because the cell is star-shaped. In the 1850s the pathologist Rudolf Virchow described the material between neurons as Nervenkitt, nerve putty, and coined the word neuroglia. He saw it as a putty-like connective substance. In 1872 Moritz Jastrowitz described spider-like glial cells. In the 1890s the Hungarian anatomist Michael von Lenhossék named the star-shaped ones astrocytes, from the Greek astron, star, and kytos, container.

Neuroscience

Dive into the intricacies of the human mind with our neuroscience-inspired jewelry collection. Each piece is a tactile ode to the neural networks that shape our thoughts, memories, and consciousness. Crafted with meticulous attention to detail, our designs mirror the dendritic branches and synaptic connections that form the basis of mental activity. With these elegant pieces, wear the enigma of cognition close to your skin, offering a subtle yet profound exploration of what it means to be sentient.

More Neuroscience