Advanced Oncotherapy Plc Share subscription bolsters balance sheet

Download reportAdvanced Oncotherapy Plc (LON:AVO) is focused on delivering a more affordable, novel proton-based radiotherapy system, based on a technology originally developed and tested at the world renowned CERN. Planning Permission for its Harley Street site has been recently granted, and the first proton beam has successfully been fired from the proton source. The Metric Capital financing plan has been re-negotiated necessitating a £10m capital increase through a share Subscription at 100p, together with an Open Offer. Corporate governance has improved with Michael Sinclair splitting his roles, remaining Executive Chairman, and Nicolas Serandour moving up to CEO.

 

► Strategy: To develop a compact and modular proton therapy system at an affordable price for the payor, financially attractive to the operator, whilst generating superior patient outcomes. AVO benefits from the technology know-how developed by ADAM and relies on a base of world-class suppliers.

► LIGHT: AVO’s manufacturing plan has been demonstrated through the successful achievement of key milestones with the first proton beam having been fired. AVO has also signed an industrialisation agreement with Thales with two production lines being designed, capable of producing 8 LIGHT systems pa.

► Harley Street: AVO announced on 19th October that Westminster City Council had granted Planning Permission for the Harley Street site, which represented an important milestone in the advancement of the next generation radiotherapy in UK. The construction tendering process is underway already.

► Balance sheet: Net debt at 30th June was £0.3m, comprising £0.7m cash and £1.0m of short-term debt. Trade creditors also appeared to have increased. The Subscription of £10m and potentially up to a further £4m from the Open Offer will alleviate the short-term strain on the balance sheet.

► Investment summary: The Subscription has attracted a new 7% shareholder with expertise in business development in Asia, particularly China, which is a key strategic goal for AVO. With two LIGHT systems ordered in China and a further four under negotiation, Advanced Oncotherapy Plc is on the cusp of a steepening adoption curve with a proton therapy solution that is unique with respect to its competitors and addresses the needs of all key partners and stakeholders.

Click to view all articles for the EPIC:
Or click to view the full company profile:
    Facebook
    Twitter
    LinkedIn
    Hardman & Co

    More articles like this

    Hardman & Co

    Advanced Oncotherapy: Understanding the significance of 230MeV

    Advanced Oncotherapy plc (LON:AVO) goal is to deliver an affordable and novel PT system, called LIGHT, based on state-of-the-art technology, developed originally at the world-renowned CERN. The complex assembly of the first LIGHT accelerator in Daresbury

    Hardman & Co

    Advanced Oncotherapy: Major milestone achieved

    Advanced Oncotherapy plc (LON:AVO) goal is to deliver an affordable and novel PT system, called LIGHT, based on state-of-the-art technology, developed originally at the world-renowned CERN. The complex assembly of its first LIGHT accelerator in Daresbury

    Hardman & Co

    Advanced Oncotherapy: LIGHT – regulatory update

    Advanced Oncotherapy plc (LON:AVO) goal is to deliver an affordable and novel PT system, called LIGHT, based on state-of-the-art technology developed originally at the world-renowned CERN. The company is in the process of completing the complex

    Hardman & Co

    Advanced Oncotherapy: On the home straight

    Advanced Oncotherapy plc (LON:AVO) goal is to deliver an affordable and novel PT system, called LIGHT, based on state-of-the-art technology developed originally at the world-renowned CERN. Over the past two years, important technical milestones have significantly

    Hardman & Co

    Advanced Oncotherapy: Funded to completion

    Advanced Oncotherapy plc (LON:AVO) goal is to deliver an affordable and novel PT system, called LIGHT, based on state-of-the-art technology developed originally at the world-renowned CERN. Over the past two years, important technical milestones have significantly

    Hardman & Co

    Advanced Oncotherapy: Leveraging the modularity of LIGHT

    Advanced Oncotherapy plc (LON:AVO) goal is to deliver an affordable and novel PT system, called LIGHT, based on state-of-the-art technology developed originally at the world-renowned CERN. Over the past two years, important technical milestones have significantly

    Hardman & Co

    Advanced Oncotherapy funded through to clinical events

    AVO’s goal is to deliver an affordable and novel proton therapy (PT) system, called LIGHT, based on state-of-the-art technology developed originally at the world-renowned CERN. Over the past two years, the project has been significantly de-risked

    Hardman & Co

    Advanced Oncotherapy Rapidly changing to commercial execution

    Advanced Oncotherapy plc (LON:AVO) is the topic of discussion when Dr Martin Hall Analyst at Hardman & Co joins DirectorsTalk. Martin talks us through the interesting developments being made at the company, commercial deals, brings us up

    Hardman & Co

    Advanced Oncotherapy Confidence in LIGHT gaining momentum

    The Advanced Oncotherapy PLC (LON:AVO) goal is to deliver an affordable and novel proton beam therapy (PBT) system, based on state-of-the-art technology developed originally at the world-renowned CERN. In the past 18 months, the project has

    Hardman & Co

    Why is Advanced Oncotherapy well positioned for the future?

    Advanced Oncotherapy plc (LON:AVO) is the topic of conversation when Dr Martin Hall, Head of Life Sciences at Hardman & Co joins DirectorsTalk. Martin talks us through some interesting developments at the company, explains what has

    Hardman & Co

    Advanced Oncotherapy FLASH benefits from new US reimbursement

    Advanced Oncotherapy‘s (LON:ONC) goal is to deliver an affordable and novel proton beam therapy (PBT) system, based on state-of-the-art technology developed originally at the world-renowned CERN. In the past 18 months, the project has been de-risked