GOSH during the 1920s – Bill’s Story

5 Nov 2021, 3:59 p.m.

A young Bill smiling to camera with the sea behind him

Just over a year ago we received an email from Bill Berry — then 95-years-old. In his email, he thanked Great Ormond Street Hospital (GOSH) for looking after him as a baby and young boy. Bill passed away in September 2021, having lived a life of adventure. Here, we look at his time at GOSH.

Arriving at GOSH

Bill was born in Dalston in August 1925.

He arrived at GOSH two weeks after he was born, to be treated for a condition called pyloric stenosis. Known at the time as the Hospital for Sick Children, GOSH was a smaller hospital back then. With 268 beds, the number of operations carried out in 1925 stood at 1,617.

Pyloric stenosis develops after birth and is caused by overgrowth of the muscle controlling drainage of the stomach (the pylorus). It typically affects babies around six weeks old. The overgrowth of the pylorus causes the outlet of the stomach to be blocked, meaning that milk cannot drain effectively. As all the feed is vomited, babies with the condition can become very dehydrated.

An evolution of treatment

In the early 20th century a procedure called pyloromyotomy emerged – otherwise known as “Ramstedt's procedure”, after the German surgeon Conrad Ramstedt.

As a baby, Bill was likely one of the first generation to have this operation.

GOSH’s Mr Simon Blackburn, a Neonatal and Paediatric Surgeon, describes a pyloromyotomy as a procedure where the muscle layers of the pylorus are split, without entering the stomach itself.

Today, pyloric stenosis is still treated by a pyloromyotomy. “It’s an interesting example of an operation that hasn’t changed that much at all,” says Mr Blackburn. “The operation itself is the same, although we now perform the procedure using laparoscopic (keyhole) surgery, meaning the way we access the pylorus has changed”.

“From a surgical technique point of view, the main change (between the 1920s and now) is that it was originally done through an open incision in the right upper quadrant – you’d make an incision, you’d take the pylorus out of the tummy, split the muscle, put the pylorus back into the tummy and then close the wound," Mr Blackburn explains. “Following this approach, we started doing slightly more cosmetically appealing incisions through the top of the tummy button, and now we’d do the operation using keyhole surgery,” he explains.

Despite being the same operation – albeit with a different, less invasive approach – Bill’s pyloromyotomy during the 1920s would have been considered significantly riskier than it is today.

“Open abdominal surgery on a six-week-old baby in the 1920s would have been quite a big deal” Mr Blackburn points out.

Memories of GOSH

Black and white photo of GOSH circa 1930

Bill's operation was successful, and he remained an outpatient for five years.

“And I am here today to tell my story at 95-years-old,” he told us in his email.

Right up until Bill passed away in September this year, he could remember some of his time at the hospital.

He had one specific memory, from when he was around four or five years old, of standing outside the hospital, looking up at it and thinking it seemed like a “great big house”. He could also remember his mother waiting at the pharmacy for some medication.

Bill said his parents often spoke of his early years and would say how impressed they were that GOSH saved his life.

He also recalled his parents talking about a Dr. Schlesinger (pictured below), and how this doctor had played an important part in Bill’s early years.

This would have been Dr. Bernard Schlesinger (1896-1984), who had a long career at GOSH as a general paediatrician (and whose son was the noted film director John Schlesinger, of ‘Midnight Cowboy’ fame!).

Dr. Schlesinger’s mentor at GOSH was Dr. John Poynton, who wrote about pyloric stenosis in his unpublished memoir of his work at GOSH from the 1890s-1930s.

Two black and white photos. The first of GOSH and the second of Dr Schlesinger

Later in life

On becoming a young man Bill went to join the navy, where he stayed for 12 years.

Later, he became an international diving instructor and swimming association teacher.

He married his wife Norah in 1950 and they stayed together for 57 years, until Norah sadly passed away.

Norah and Bill had two children together, both of whom had pyloric stenosis as babies. This is not surprising, as we know children of people who have had pyloric stenosis are more likely to have the condition themselves.

Bill was living in Lyme Regis when he passed away in September this year.

From his home, he still checked in on GOSH, to see what the hospital was up to. When we spoke to him he had a copy of GOSH Charity's Pioneer magazine on his coffee table. As Bill’s eyesight was not at all good, his friend Michelle would read him stories and articles.

Bill thought highly of GOSH and was grateful for the hospital enabling him to live a long, fulfilled and happy life. For many years before he passed away, he donated to the charity every month.

“GOSH is absolutely marvellous. It’s great so many children get so much help these days,” he told us. “Thank you GOSH for saving me."

Bill in his 90s. Smiling and looking into the distance

Joint GOSH and UCLH service named as a Tessa Jowell Centre of Excellence for Children

After a detailed review process across the UK, the Tessa Jowell Brain Cancer Mission has announced that our joint GOSH/UCLH service has been designated as a Centre of Excellence.

New treatment for brain tumour approved after over 20 years of research

The first-ever targeted treatment for brain tumours in children has been approved for NHS patients, following decades of research by a Great Ormond Street consultant.

Kidney swap for GOSH patient who’s spent over 3,600 hours on dialysis

A five-year-old patient, who has spent almost 10% of her childhood on dialysis, has successfully had a transplant thanks to a kidney-swap scheme.

New cheek swab test helping to monitor children with rare heart condition

A cheap and simple test, being developed with funding from the British Heart Foundation (BHF), will allow quick and safe monitoring in children with arrhythmogenic cardiomyopathies (ACM).