Saluda raises $10m for neuromodulation device


By Dylan Bushell-Embling
Monday, 23 February, 2015


Saluda raises $10m for neuromodulation device

Saluda Medical has raised $10 million in Series B financing to help support the development of a world-first potential new treatment for chronic pain.

The company is developing neuromodulation technologies to help improve the treatment of chronic pain, Parkinson’s disease, epilepsy and other disorders.

Saluda’s Evoke is a spinal cord stimulation system that can be used to manage chronic pain of the back and limbs.

Neuromodulation generates therapeutic nerve activity through the delivery of electrical stimulation to targeted sites. Saluda is developing a device capable of measuring nerve signals and adjusting this stimulation in real time.

The company is close to completion of a 30-day trial in chronic leg and back pain, and expects to commence another trial in the next 12 months. The new funds will help pay for these developments.

Healthcare fund Bioscience Managers led the Series B financing round with a $5 million contribution. The remainder was sourced from existing shareholders.

“We view Saluda Medical as having a breakthrough technology that is close to commercialisation, addressing very large markets,” BioScience Managers Managing Director Jeremy Curnock Cook commented.

“This, coupled with excellent progress from the technology to date, made for a compelling investment case. We are very excited about our participation in bringing this technology to the commercial market.”

Saluda was spun out of federal ICT research centre National ICT Australia (NICTA), which developed the neuromodulation technology in collaboration with the Pain Management Research Institute at the Royal North Shore Hospital in Sydney.

Image credit: ©freeimages.com/profile/chrisgordo

Related Articles

'Longevity gene' could reverse damage from rapid aging disease

A gene found in supercentenarians, who live exceptionally long lives, could counteract the...

How a common gene mutation increases liver disease risk

Liver damage can be caused in people after exposure to high levels of acrolein, especially in...

Gene therapy slows Huntington's disease progression in trial

Patients receiving the treatment were found to experience 75% less progression of the disease...


  • All content Copyright © 2025 Westwick-Farrow Pty Ltd