Rosalind White Leather Medical Alert ID Bracelet - Personalised

Rosalind medical alert bracelet is simple and classic. The high quality 10mm wide genuine leather strap is fully adjustable and the rose gold computed stainless steel plate is attached with a neutral leather. It is finished with matching a rose gold colour stainless steel watch style clasp. The engraving plate can easily be reversed to read your custom text.

Bracelet Size

Adjustable to fit. Wrist Size from 15cm - 21cm

All our bracelets include:

• FREE PERSONALISED ENGRAVING
• FREE VELVET TRAVEL POUCH
• FREE UK SHIPPING
• FREE GIFT BOX
• FREE MEDICAL CARD X 2

The medical cards are useful if you have multiple conditions or want to add further details such as your GP, NHS number, full list of meds.

Can my item be engraved?

Yes. We engrave on the reverse of the steel medical alert plate.

Up to 3 lines with maximum of 25 characters per line

The engraving plate is there for the essential, critical information paramedics, first responders and potentially even members of the public or schools need in an emergency. In the event of an emergency, the universal medical alert symbol on the front of your bracelet will alert medics to vital information. The plate is easily flipped over to reveal the engraving.

We suggest you include:

1. Your name
2. Any CRITICAL medical conditions, allergies or drugs that might affect how you are treated in an emergency (such as blood thinners)
3. An ICE contact number - preferably a mobile

ICE stands for 'In Case of Emergency'. Emergency Services are also trained to look for ICE contacts in your phone so make sure it's in there too. Both android and iPhones will allow access to ICE contacts even when the phones are locked.

Specification

- METAL TYPE: STAINLESS STEEL PLATE
- STYLE: ADJUSTABLE WATCH WRISTBAND
- MATERIAL: GENUINE LEATHER

Who is my bracelet named after?

ROSALIND FRANKLIN (1920-1958)

British scientist Rosalind Franklin is best known for her work in understanding the structure of DNA, using x-ray photographs to solve its complexities. Her identification of the double helix has led to huge advances in the field of genetics and modern medicine. Franklin also led pioneering work on the molecular structures of RNA viruses and Polio. 

Franklin had a passion for science from an early age and decided to become a scientist at the age of 15. She fought against her father’s reluctance to let her undertake higher education and graduated from Cambridge University in 1941.

She worked for many years as a first-rate scientist and were it not for her untimely death from cancer in 1958, it is highly likely that she would have shared Nobel Prizes in both 1962 and 1982 for work that she had a huge role in during her lifetime.