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New proton beam trial offers realistic hope for asbestos cancer patients

A groundbreaking trial is testing proton beam therapy to extend survival for mesothelioma patients—a deadly cancer caused by asbestos exposure.

Sophia Brennan
Sophia Brennan
·4 min read·Washington, United Kingdom·61 views

Originally reported by BBC Health · Rewritten for clarity and brevity by Brightcast

Why it matters: Mesothelioma patients and their families, particularly in asbestos-affected regions like the North East, gain hope for longer, better lives through this pioneering treatment option.

A new trial using proton beams to treat mesothelioma, a cancer mainly caused by asbestos exposure, is offering "realistic hope" to patients. There is currently no cure for mesothelioma.

Dr. Crispin Hiley from University College London Hospitals (UCLH) is leading the trial. He explained that the goal is to help patients live longer and have a better quality of life.

A New Approach to Treatment

Sharon Barbour/BBC Peter Littlefield is standing outside in the sunshine. He is wearing a trilby hat, and glasses and is smiling at the camera. He is also wearing a white shirt, grey hoodie and blue anorak.

Mesothelioma is a very difficult cancer to treat. About 2,700 people in the UK are diagnosed with this aggressive cancer each year. It is mainly caused by breathing in asbestos fibers.

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Standard radiation therapy is often too risky. It can harm important organs like the heart. However, proton beam therapy delivers high-dose radiation very precisely to the affected area. This avoids damaging surrounding healthy tissue.

Dr. Hiley hopes this new treatment could increase the two-year survival rate for mesothelioma patients from about 30% to 50%. If successful, it could change how the cancer is treated in the UK.

The Human Cost of Asbestos

Ray Turnbull is sitting on a bench at Tynemouth, where the river meets the sea. He is wearing a red raincoat and a jumper.  The afternoon sun is on the grass beside him and on his grey hair. He is looking straight at the camera and has a sad expression.

The North East of England has some of the highest rates of mesothelioma. This is due to its industrial past, especially shipbuilding. Ray Turnbull from Washington has lost four family members to the disease, including his wife Jean. She was exposed to asbestos as a child.

Ray's wife, Jean, died in 2009 at age 62. She was exposed to asbestos when she walked past large piles of the material. His mother, brother, and uncle also died from the disease. They all worked at the Turner & Newall factory in Washington, which made asbestos products.

Asbestos was once seen as a "wonder product" for fireproofing and insulation. However, its microscopic fibers are deadly when inhaled. Cancer can take many years to develop after exposure. The use of asbestos in building was completely banned in 1999.

Ray Turnbull Ray is holding on to his wife Jean with his hands on her shoulder and around her back. He is wearing a white shirt, glasses and a wedding ring. They both have grey hair. Ray is looking sideways and Jean, who is wearing a blue and white floral top and glasses, is looking straight at the camera. She has large blue eyes.

More than 70,000 people in Britain have died from mesothelioma since the 1980s. Over 5,000 of these deaths were in the North East.

The Proton Beam Trial

Dr. Helen Turnbull, a consultant clinical oncologist, called the trial "really exciting." About 50 patients from England and Wales have joined so far. The trial aims to recruit up to 148 people from 23 NHS centers.

Getty Images A black and white image of the launch of HMS Queen Mary at Palmer's Shipbuilding, Jarrow-on-Tyne.  In the foreground black hats are raised to wave off the ship as she rolls down rails and into the River Tyne.

Participants receive proton beam therapy daily, Monday to Friday, for five weeks. This happens at either UCLH in London or The Christie NHS Foundation Trust in Manchester. These two centers were built in 2015 as part of a national NHS program.

Peter Littlefield, 83, from Portsmouth, is one of the first patients. He was diagnosed after becoming breathless and developing a cough. Doctors told him that chemotherapy and standard radiotherapy were not suitable because the cancer was too close to his heart.

Peter said getting on the trial was "really unbelievable." The chance to live longer and spend more time with his family means "everything" to him.

The London center is massive, with a cyclotron buried five stories underground. This powers the proton beam 24 hours a day. Dr. Hiley called it a "phenomenal piece of infrastructure."

Sharon Barbour/BBC Inside the proton beam therapy room, two of the clinical team prepare the bed.
The machine is large and lit up. It is circular and there are circles of light creating a tunnel effect.

Proton beam therapy is mainly used for cancers near vital organs, especially brain tumors and in younger patients. The NHS program has treated over 5,000 patients so far.

Dr. Samantha Walker from Asthma + Lung UK said this research is "vital" for the "devastating condition." Liz Darlison, chief executive at Mesothelioma UK, noted that the UK has the highest rate of mesothelioma in the world, making this research urgently needed.

Ray Turnbull, who has seen his family suffer, believes the trial offers "realistic hope."

Brightcast Impact Score (BIS)

This article describes a promising clinical trial using proton beam therapy to treat mesothelioma, a cancer caused primarily by asbestos exposure. The trial offers realistic hope for improving survival rates and quality of life for patients. The treatment approach is relatively new, has potential for wider application, and has encouraging initial results. The article provides details from experts and patients, drawing on multiple credible sources.

Hope26/40

Emotional uplift and inspirational potential

Reach20/30

Audience impact and shareability

Verification24/30

Source credibility and content accuracy

Significant
70/100

Major proven impact

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Sources: BBC Health

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