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Company profile

QV Bioelectronics LTD.

UK company 11608210, incorporated on 7 October 2018.

QV Bioelectronics - developing bioelectronic devices for cancer treatment

Manchester-based start-up QV Bioelectronics is developing innovative electrotherapy devices for the treatment of certain types of brain tumours.

Company number
11608210
Incorporated
7 Oct 2018
Companies House status
Active

Company identity

Browse spinouts
Founded / incorporated
7 October 2018

Company number 11608210

Verify at Companies House
Legal name
QV BIOELECTRONICS LTD.
Company type
LTD
Region
North West England
Registered address
Unknown
Insolvency history
No

Latest accounts

Financial period: 1 Jan 2024 to 31 Dec 2024

FULLACCOUNTS
Turnover
Unknown
Profit / Loss
Unknown
Employees
11

Company events

Reference milestones and recent Companies House filing stream events.

1 event
07 Oct
2018

Incorporated

Inception

Company registered at Companies House

Spinout profile

1 entry

Company description

QV Bioelectronics Ltd develops graphene-based novel electrotherapies for brain cancer.

Project impact

Winner the Eli and Britt Harari Award for Graphene Enterprise. Member of the Alderley Park Accelerator Program Joined the RebelBio Accelerator which secured them an investment of $130,000 BioCap 2019 Pitch Competition winner

QV BIOELECTRONICS LTD.
2018

Public funding

7 awards
First funded
2020
Funded years
2020, 2022, 2023, 2024, 2025
Age at first award
1 years

Projects

2025 Collaborative R&D Lead participant

Pre-clinical validation and first-in-human translation of a novel brain implant to treat glioblastoma (GRACE)

1 May 2025 to 30 Apr 2028

Awarded
£1,258,770
Total cost £1,798,243

QV Bioelectronics, a company in Manchester, is making a new medical device to treat brain cancer. The first type of brain cancer it will treat is glioblastoma. This is the most common brain cancer in adults. Very few people diagnosed with glioblastoma live for more than a year. The standard treatment for glioblastoma has been the same for 30 years. It inc...

2024 Collaborative R&D Lead participant

Feasibility of novel therapeutic device for ultra orphan childhood brain tumour

1 Aug 2024 to 31 Jul 2026

Awarded
£340,752
Total cost £486,788

Diffuse midline gliomas (DMG) are an extremely aggressive childhood brain cancer with a global incidence of 0.8/100,000, with around 30 UK diagnoses yearly. There is no cure, and the median age of diagnosis is 7 years old, with a median survival of just 6 months, increased to 9 months with radiation therapy. There is a dire lack of treatment options. Due ...

2023 Investment Accelerator Lead participant

Development of technology and capabilities critical for clinical translation of first of its kind brain tumour therapy

1 Feb 2023 to 31 Jul 2024

Awarded
£603,236
Total cost £861,766

Glioblastoma is the most common and aggressive primary adult brain cancer. Global incidence is 3-5/100,000 persons and rising, with c.3000 UK diagnoses/year. There is no cure and the 5-year survival rate is ~3.4%. Electric Field therapy (EFT) is a new form of cancer treatment applied after tumour resection that directly interferes with cell division, slow...

2022 Collaborative R&D Lead participant

Preclinical development of an innovative electric field therapy device for the treatment of Glioblastoma

1 May 2022 to 30 Apr 2024

Awarded
£439,986
Total cost £628,552

Glioblastoma is the most common and aggressive primary adult brain cancer. Global incidence is 3-5/100,000 persons and rising, with c.3000 UK diagnoses/year. There is no cure and the 5-year survival rate is ~3.4%. Electrotherapy is a new form of cancer treatment applied after tumour resection that directly interferes with cell division, slowing tumour rec...

2022 Collaborative R&D Lead participant

From lab to clinic: Leading the commercial translation of a first of its kind electric field therapy implant for brain cancer treatment

1 Apr 2022 to 31 Mar 2023

Awarded
£50,000
Total cost £50,000

I am the Principal Biomaterials scientist at QV Bioelectronics, and I am responsible for leading the development of the core technology. Following my undergraduate degree in Applied Pharmacology, I completed my PhD in bioengineering which focused on biomaterial fabrication and characterisation for osteoarthritis. Utilising my previous expertise, in my rol...

2022 Collaborative R&D Lead participant

QV Bioelectronics USA cooperation feasibility study

1 Feb 2022 to 31 Mar 2022

Awarded
£18,013
Total cost £25,733

Glioblastoma is the most common and aggressive primary adult brain cancer. Global incidence is 3-5/100,000 persons and rising, with c.3000 UK diagnoses/year. There is no cure and patient life expectancy is just 14-months post-diagnosis on average. Electric field therapy is a new form of cancer treatment applied after tumour resection that directly interfe...

2020 Study Lead participant

Industrial Research Project to develop implanted electrodes to treat brain tumours

1 Jul 2020 to 31 Mar 2021

Awarded
£80,360
Total cost £114,800

Glioblastoma multiforme (GBM) is the most aggressive form of brain cancer. Even with the best available treatment, patients are only expected to live 14 months post-diagnosis. GBM is very difficult to treat, with the 5-year survival rate at 5%; by comparison, this figure is 89% for breast cancer. GBM patients are in desperate need for more effective treat...

Product types

Collaborative R&D Investment Accelerator Study