April 27, 2025

The Silent Burn: Understanding GORD Beyond Heartburn

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That burning sensation in your chest might be more than just occasional heartburn. Gastroesophageal reflux disease (GORD) affects one in five Australian adults and can profoundly impact quality of life when left untreated.

in an interview where Dr Gavin Nimon (Orthopaedic Surgeon and host) interviews A/Prof Harsh Kanhere, Head of Upper GI Surgery at Royal Adelaide Hospital, takes us beyond the common understanding of reflux to explore its true complexity. While heartburn remains the hallmark symptom, many patients experience atypical presentations including respiratory issues, chest pain that mimics cardiac conditions, and even iron deficiency anaemia that can lead to delayed diagnosis and treatment.

The conversation delves into the fascinating protective mechanisms that normally prevent reflux and how they fail. A/Prof Harsh Kanherer explains the critical role of the lower oesophageal sphincter and how anatomical disruptions like hiatus hernias create the perfect conditions for acid to travel where it shouldn't. This understanding forms the foundation for both medical and surgical approaches to treatment.

Weight gain, smoking, and excessive caffeine emerge as the unholy trinity of reflux risk factors, with obesity particularly significant in our current health landscape. A/Prof Harsh Kanhere shares practical insights on management strategies ranging from lifestyle modifications to medication options and surgical interventions. The modern laparoscopic approach to anti-reflux surgery has transformed what was once a major operation requiring lengthy hospital stays into a procedure some patients can recover from in just a day.

Perhaps most valuable is the discussion of Barrett's oesophagus – the potentially pre-cancerous condition that can develop from chronic reflux – and strategies for monitoring and prevention. Whether you're experiencing symptoms yourself or treating patients with this common condition, this episode provides essential knowledge delivered with clarity and practical wisdom.

Listen now to understand the science behind your symptoms and discover the most effective approaches to finding relief from this common but potentially serious condition.

Aussie Med Ed is sponsored by -HealthShare is a digital health company, that provides solutions for patients, General Practitioners and Specialists across Australia.

Aussie Med Ed is sponsored by Avant Medical Indemnity: They state that they offer holistic support to help the doctor practice safely and believe they have extensive cover that's continually evolving to meet your needs in the ever changing regulatory environment.

00:47 - Understanding GORD and its impact

04:22 - Symptoms beyond heartburn

08:48 - Risk factors and medication effects

13:25 - Anatomy of reflux and hiatus hernias

19:21 - Diagnostic investigations

31:55 - Treatment approaches and lifestyle modifications

35:01 - Surgical options for reflux

48:19 - Surgery risks and success rates

52:15 - Barrett's esophagus and cancer risk

WEBVTT

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Gastrooesophageal Reflux Disease or GORD, is more than just heartburn.

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It's a chronic and often progressive condition that affects up to 20% of adults in Western countries, including Australia.

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While common,the diagnosis and treatment can sometimes be challenging.

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Symptoms can often overlap with upper GI disorders, and not all patients respond predictably to standard therapies.

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Additionally, some may present with non erosive reflux or atypical symptoms such as chronic cough or laryngitis, making both detection and management more complex.

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Today I am joined by Dr. Harsh Kanhere a highly experienced upper GI and Hepato pancreatobiliary surgeon.

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Dr. Kanhere brings a wealth of international and Australian experience having trained in India and in New York's Memorial Sloane Kettering Cancer Center and across major Australian hospitals is currently the head of upper GI surgery at the Royal Adelaide Hospital.

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In this episode, we'll explore what exactly gastrooesophageal reflux disease is . So whether you're a student, junior, doctor, or experienced clinician, tune in for comprehensive and practical discussion on gastrooesophageal reflux disease.

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Welcome to Aussie Med Ed Good day and welcome to Aussie MedEd.

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The Aussie style Medical podcast a pragmatic and relaxed medical podcast designed for medical students and general practitioners where we explore relevant and practical medical topics with expert specialists.

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Hosted by myself, Gavin Nimon, an orthopaedic surgeon, this podcast provides insightful discussions to enhance your clinical knowledge without unnecessary jargon.

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I'd like to start the podcast by acknowledging the Kaurna people as the traditional custodians of the land on which this podcast is produced.

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I'd like to pay my respects to the elders, both past, present, and emerging, and recognizing their ongoing connection to land, waters, and culture.

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I'd like to say that this podcast is for educational purposes only and does not constitute medical advice.

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Always refer to clinical guidelines and consult a qualified healthcare professional before making medical decisions.

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It's my pleasure.

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Now to introduce associate Professor Harsh Kanhere, the head of the Upper GI unit, the Royal Adelaide Hospital.

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He's going talk to us about gastrooesophageal reflux disease and issues associated with it.

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Welcome, Harsh.

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Thank you very much for coming on Aussie MedEd.

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Thanks, Gavin.

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Thanks for having me.

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It's a pleasure.

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It's great to have you here to hear about this really important condition.

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I believe it affects about 20% of the, of those in Australia, perhaps you can tell us exactly what is gastrooesophageal reflux disease and how it differs from occasional reflux.

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Yeah, so 20% is a crude estimate that affects Australian population.

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When we say someone's got reflux disease, we really talk about acid, from the stomach regurgitating or refluxing back into the oesophagus.

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Mainly affects the lower oesophagus but sometimes can come up quite high into the oesophagus as well.

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From a symptomatology point of view, we all know that we all occasionally get the heartburn when we've had.

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Hot, spicy food or done something that we shouldn't do from a eating or drinking point of view.

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But that's a occasional, a bit of reflux that we can all live with.

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However, people who get reflux every day continually it's a really significantly debilitating problem that affects their quality of life quite significantly.

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So those are the ones.

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That really need treatment and the 20% of Australians.

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So one in 5 Australians do suffer from reflux from what we know, but if the percentage might be even higher because we don't really come across, everyone who has reflux doesn't present to GPS or their doctors.

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Okay.

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And what are the main symptoms you'll get of it?

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Is it purely heartburn or are there other symptoms you might experience?

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So heartburn and indigestion are the two most commonly presenting symptoms.

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So when we say heartburn, it really is a burning sensation behind the center of the chest retrosternal as we call it behind the sternum and a significant burning sensation there.

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A lot of people call that indigestion type symptoms.

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So when you ask patients what exactly they mean by indigestion and grill it down, they will say, or they get burning sensation in the chest.

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Yeah.

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That's the most, most important symptom.

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However, some people do get non-acid reflux.

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There's fluid and food that regurgitates from the stomach.

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Up into the esophagus.

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And that's seen many times in people who have hiatus hernias and in recumbent position.

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That's another quite common symptom that's experienced by people with reflux.

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The atypical symptoms, ones that are not categorically related to reflux, but may have association.

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Are respiratory symptoms chronic cough people having dry hacking cough related to reflux, but not quite because of reflux.

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Many times some people can complain about sinusitis ENT symptoms.

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But those are the main typical symptoms of reflux at times because of acid.

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People may get.

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Ophia or oesophageal spasm.

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So a significant amount of chest pain might be the other symptoms.

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What we do see is sometimes in large Hiatus hernias that people have reflux, but a couple of un recognized symptoms of those large Hiatus hernia are shortness of breath and iron deficiency anaemia so those two are also quite commonly seen in particular of large Hiatus hernias and there's various reasons for that, which we might touch on in the patho physiology of.

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Obviously retrosternal chest pain always makes you we're concerned about something like a cardiac event.

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What other conditions can look like and how can you differentiate between a cardiac event and esophagitis or reflux.

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A/Prof Harsh Kanhere: good.

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Most commonly rather than pain.

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It is a burning sensation in the retrosternal area.

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And people at times do confuse it with cardiac pain.

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And certainly cardiac pain is one of the differentials of reflux.

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Typically with the pain doesn't get referred to the left shoulder or down the left arm, or anything of that sort.

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It is many times.

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Daily in people who have abnormal reflux.

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It's a bit different to having cardiac pain.

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Having said that, we do need to differentiate it from cardiac pain and do all the investigations to make sure it's not of cardiac origin and reflux many times can be a diagnosis of elimination as well.

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So what other conditions could look like reflux then in that scenario, and.

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Gastritis.

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Gastritis usually is an acute condition but they do present with similar symptoms.

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At times people who have gall stones can have similar symptomology, although not exactly the same.

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Typically biliary colic, which is pain from the gall stones.

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You do get a significant amount of pain in the epigastric region, and then that radiates through to the back or the right side, but that epigastric pain can sometimes mimic reflux type symptoms.

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So those are mainly the symptoms?

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Okay.

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Is gastritis is something that most of us would experience after maybe having a big night out and, a bit of alcohol?

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Pretty much.

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Pretty much.

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And gastritis on the contrary, we see a lot of patients diagnosed with gastritis who present to emergency department.

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Gastritis doesn't actually cause a lot of pain, but it does cause a fair bit of nausea, vomiting, reflux type symptoms, heartburn, burning sensation in epigastrum.

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So yeah, it does mimic you're right, it's usually associated with a big night out or something of that sort.

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What are the main risk factors for developing reflux?

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Then harsh, are there particular things we need to watch out for?

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Look, the clear factors that we know of are smoking, caffeine, intake weight.

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So obesity definitely is related to significant reflux disease.

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There is an association of, kids, so children who have reflux, and that's an underdiagnosed condition as well at times.

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People who have infant refluxes, infants or children will carry on to have significant reflux in later in adult life as well, unless that was treated during childhood.

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So weight gain increased, caffeine intake, cigarette smoking are definitely the risk factors.

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Hiatus, hernias so hiatus hernia is a bit of a different entity in the sense that hiatus hernias may present without reflux and have other symptoms.

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But hiatus hernias can again be related to multiple pregnancies in women.

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Weight gain collagen disorders as well can predict for hiatus hernias.

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So yeah, I think those are the known risk factors.

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Male gender.

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Slightly more preponderance of reflux probably because of lifestyle more than anything.

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And yeah, beyond that, I think we really don't know.

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Some people just have some predilection to develop reflux, and that's because there are so many protective factors in the body that can go wrong.

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It's those other things are difficult to pinpoint.

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I understand when you have reflux, you should avoid anti-inflammatory medications.

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Is that because the anti-inflammatory medications can make the reflux worse or it causes reflux in the first place.

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I.

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Not so much that they cause reflux, but they do increase acid production and reduce the protection of the mucosa from the acid that's produced.

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They don't per se cause reflux, but it's this indirect action on the prostaglandin inhibition that causes increased acid and the effects of acid from the stomach.

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So more related again to gastritis many times than reflux as such.

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So the nonsteroidals are ulcerogenic in terms of peptic ulceration.

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Yeah.

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And is that why you should also avoid it blood thinners such as warfarin and other medications in that scenario because of the risk of bleeding associated with it is, or is there any other factor reason for it as well?

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Look, we are not all that concerned in people who have mild refluxes esophagitis with being on anticoagulants.

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It's and just going back to what I said earlier with large hiatus hernias, there is a risk of iron deficiency anemia, and sometimes these people develop what's called as Cameron's erosions or Cameron's ulcers.

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These are basically ulcers which are formed.

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In the stomach where the stomach is indented by the diaphragmatic crura and they're more vascular insufficiency kind of lesions than acid related.

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But these can bleed and they can bleed quite a bit.

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And that's where we are a bit concerned about people being on anticoagulants.

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Aspirin.

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Aspirin by itself is a little bit of a problem in people who have reflux because it has that nonsteroidal property to an extent.

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That's why we are a bit cautious with using aspirin.

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Sometimes we actually change over from aspirin to clopidigrel or something.

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Non gastritis producing type medication.

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What about the hiatus hernia?

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Then?

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How does that actually cause the reflux?

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Does it just affect the sphincter at the bottom end of the esophagus, or is there other reasons for it as well?

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I.

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So I'll just go to what prevents reflux from occurring in the first place in normal adults?

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So there are protective mechanisms.

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So essentially the epithelium of the esophagus is not really equipped to deal with any acid coming up from the stomach.

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So the esophagus has a squamous epithelium stomach, has a columnar type epithelium with goblet cells that secrete mucin, that protects against the acid which is not there in the esophagus.

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So there need to be some protection or protective measures for this acid to not come up into the esophagus.

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And the first and foremost is the lower esophageal sphincter.

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So the lower esophageal sphincter is basically a thickened smooth muscle at the bottom end of the esophagus, which naturally, opens up when the food is peristalsing through, but snap shut, so to speak, if anything from the stomach wants to come back up into the esophagus.

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This lower esophageal sphincter is normally entirely intraabdominal, so this is in the abdominal portion of the esophagus.

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The other protective mechanisms are what's called as a frenoesophageal ligament, which binds the esophagus stomach and the diaphragm together and keeps it in one place and avoids movement of the esophagus being in the abdominal portion.

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So the lower four or five centimeters of the esophagus are in the abdomen.

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And that means it's in a positive pressure area.

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So things from the stomach are not allowed to reflux up so much.

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I. When there is a hiatus hernia, essentially we're talking about a situation where part of the stomach has migrated up into the posterior mediastinum.

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There's two types of hiatus hernias, sliding and rolling.

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Typically with either of these, you do get reflux symptoms.

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But with the sliding type hiatus hernias, the gastroesophageal junction actually migrates up into the mediastinum.

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And as it goes into the mediastinum, it's then exposed to a negative pressure zone because every time we breathe in and out there is negative pressure in the chest and that renders the lower esophageal sphincter quite ineffective and it can't snap shut.

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And that's what.

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Predominantly causes the acid reflux or allows the acid to come up into the esophagus.

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When there is a rolling type hiatus hernia, the gastroesophageal junction might still be below the diaphragm, but the fundus of the stomach rolls up by the side of that into the chest.

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And again, the diaphragmatic hiatus is widened.

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And that stomach sitting next to the gastroesophageal junction again, makes the lower esophageal sphincter go ineffective.

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And it, again, doesn't work.

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So and again in those type of hiatus hernias, the other structural mechanisms are also.

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Disrupted.

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So the freno gastric ligaments all get disrupted when there are large hiatus hernias and they don't hold things in place.

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So that predisposes people to have a lot of reflux.

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Dr Gavin Nimon: Okay.

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That's it's amazing to hear this.

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Just thinking as we, as you're talking about it then, if we look at 20% of the Australian population as having reflux disease what percentage would have Hiatus hernias?

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So what are people who don't have any risk factors, including hiatus hernia?

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What percentage of those people have reflux as well?

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Hard, hard to say.

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Gavin we are in a obesity epidemic, unfortunately.

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And 20% of Australians have reflux, but over 40% of Australians are overweight BMI criteria wise.

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So there is a strong association there.

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You don't have to have a hiatus hernia to have reflux.

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Reflux can just be because of degenerative changes in the smooth muscle at the lower esophageal sphincter.

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And unfortunately as we age, the muscle tone and the muscle strength does decrease and that can predispose to, to reflux.

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So you're right that all 20% don't have these known proven risk factors, but they do get reflux.

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We do see a lot of people actually have small hiatus hernia.

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So what we're talking about is one to two centimeters of hiatus hernia, but they've absolutely never experienced reflux in their lifetime.

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Those.

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People we don't really need to do much about, apart from a baseline endoscopy to rule out that there is no sort of silent reflux going on.

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So what I mean by that is that the acid causing some damage to the lower esophagus, but people are just not getting symptoms from it.

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So those are the ones that can be a little bit tricky.

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But a baseline endoscopy is really a good thing for them.

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If an incidental small hiatus hernia is diagnosed, but many times these small hiatus hernias are actually diagnosed on an endoscopy, which is being done for some other reasons.

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What you're really saying though, in, in the vast majority of people, if we could get rid of smoking and get their weight under control, then this wouldn't be such an issue.

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I.

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It won't be such an issue.

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And there's certainly a direct correlation with weight and reflux.

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And we know that there is a significant correlation between weight and developing gastroesophageal junctional cancers as well as other cancers.

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So definitely I think primary prevention with weight reduction is significantly important

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We

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and smoking.

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Yeah, of course.

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We talked about the symptoms.

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And basic, purely just based on the symptoms.

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You can get an idea of the diagnosis, but how would he actually confirm that diagnosis?

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What other investigations would you do?

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Yeah.

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Great.

00:17:49.673 --> 00:17:50.303
Great question.

00:17:50.327 --> 00:17:54.597
We always say clinical, radiological, and sometimes biochemical.

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There's not much biochemical in terms of diagnosing reflux but what we typically say is clinical symptoms and endoscopy findings and radiology are the three sort of cornerstones.

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So clinical features typical of heartburn, indigestion in some people, shortness of breath, iron deficiency, anemia we would always consider doing an endoscopy.

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On endoscopy, the things to look for would be finding of a hiatus hernia reflux esophagitis, and that's classified from grade A to grade D based on Los Angeles classification.

00:18:32.363 --> 00:18:43.762
So we typically would write in the report LA grade A to B2C, or D being the most severe esophagitis or findings of Barrett's esophagus.

00:18:43.792 --> 00:18:50.222
On the endoscopy again, looking for hiatus hernias, both sliding, rolling.

00:18:51.032 --> 00:18:59.192
A lot of people who are on proton pump inhibitors because of clinical symptoms, we might see gastric polyps and things like that.

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In those patients on endoscopy.

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And then of course, radiologically.

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You can do a barium swallow or in large Hiatus hernias.

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We many times do a CT scan of the chest.

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To look for the anatomical disposition of the hiatus hernias.

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As well as to rule out any respiratory causes of respiratory symptoms, if there are any respiratory symptoms.

00:19:21.303 --> 00:19:22.682
So those are quite helpful.

00:19:23.883 --> 00:19:34.772
Based on the endoscopy and clinical findings, we sometimes, not in all instances, but majority of the times now progress onto esophageal physiology.

00:19:35.252 --> 00:19:35.762
Testing.

00:19:35.762 --> 00:19:43.542
So that involves testing the actual pH in the esophagus as well as the motility of the esophagus.

00:19:43.542 --> 00:19:46.393
So we typically call them the pH and manometry studies.

00:19:46.833 --> 00:19:58.083
And that involves putting a thin catheter through the nose that sits across the gastro-oesophageal junction and actually measures the pH over 24 hours in the esophagus.

00:19:58.712 --> 00:20:03.873
And that gives us a very good idea as to , how long the esophagus is being exposed to acid.

00:20:04.653 --> 00:20:13.563
If there is no acid reflux, but there is only fluid and food regurgitation impedance pH measurement is actually.

00:20:13.923 --> 00:20:16.742
Quite a good test, so they can both be done at the same time.

00:20:17.343 --> 00:20:30.603
So with the impedance pH measurements, what is done is there's an electric probe that goes along with a pH measurement, and every time there's fluid that comes up into the esophagus, the electric current is impeded because of the fluid.

00:20:30.932 --> 00:20:38.173
So we get to know how many fluid regurgitation episodes are present in people with reflux.

00:20:38.653 --> 00:20:49.153
So basically if someone comes to me with symptoms of reflux, we start with an endoscopy, do a pH and manometry study, and sometimes we get a barium swallow or a CT scan.

00:20:50.518 --> 00:20:51.057
Okay.

00:20:51.327 --> 00:20:54.688
what about the patient who has the atypical type symptoms?

00:20:54.738 --> 00:21:02.373
You've made the diagnosis, you do exactly the same investigations as well in that scenario, or would you, are there any things you might do to try and exclude any other causes as well?

00:21:02.657 --> 00:21:03.978
Ab, absolutely.

00:21:04.337 --> 00:21:17.637
Great question because I think many times the decision to do surgery on large Hiatus hernias for shortness of breath or wide deficiency is basically dependent on diagnosis of elimination.

00:21:18.198 --> 00:21:22.337
And we do need to exclude other causes for shortness of breath.

00:21:22.778 --> 00:21:39.167
Essentially cardiac and respiratory for shortness of breath and iron deficiency anemia is again, we get a lot of people that actually get sent to us by hematologists who are investigating iron deficiency anemia and can't find the cause for iron deficiency anemia.

00:21:39.617 --> 00:21:43.788
But they get a CT scan and on the CT scan there's a large hiatus hernia.

00:21:44.387 --> 00:21:47.988
And sure enough, if we do an endoscopy, we might find small erosions.

00:21:48.258 --> 00:22:00.469
So in those instances, both shortness of breath and iron deficiency anemia, what I can say is these are very under-recognized symptoms of hiatus hernias.

00:22:01.188 --> 00:22:10.097
They might not be the absolutely only cause for these symptoms, but they definitely contribute to these symptoms.

00:22:10.377 --> 00:22:19.137
And if there is no other significant cause found, then it's definitely worthwhile looking at operating and fixing the hiatus hernias.

00:22:19.748 --> 00:22:22.478
And just before we progressed, you mentioned Barrett's esophagus.

00:22:22.528 --> 00:22:24.238
Perhaps you could just outline what that is.

00:22:24.428 --> 00:22:31.167
As well as also you mentioned also the use of proton pump inhibitors, Causing gastric polyps and why that was the case as well.

00:22:31.268 --> 00:22:31.627
Sure.

00:22:31.907 --> 00:22:42.877
Look, Barrett's esophagus, is basically the body performing a protective mechanism to protect the lower end of the esophagus from the acid.

00:22:42.938 --> 00:22:46.208
And that's a fascinating change.

00:22:46.298 --> 00:23:06.488
So essentially the squamous epithelium of the lower esophagus starts changing over into columnar type epithelium with intestinal type of mucosa to essentially try and protect against the acid that's cons, constantly refluxing into the esophagus.

00:23:07.508 --> 00:23:17.107
So it is effectively a metaplastic change, which means obviously changing from one type of epithelium over to another type of epithelium.

00:23:18.067 --> 00:23:25.248
Now, unfortunately, despite the body being such a fascinating machine, so to speak this change is not perfect.

00:23:25.667 --> 00:23:28.728
And that mucosa is quite unstable.

00:23:29.298 --> 00:23:49.708
And if Barrretts is then continuously again exposed to acid, then that goes through architectural disruptions and changes and goes on to forming low grade dysplasia, progresses to high grade dysplasia, and ultimately can progress to adenocarcinomas in the esophagus.

00:23:50.742 --> 00:23:52.393
Touching on your second question.

00:23:52.452 --> 00:24:15.452
In terms of proton pump inhibitors causing gastric polyps it's a well known thing and that's predominantly, I think because they suppress the acid production and that provides a negative feedback to the glands in the stomach to hypertrophy and start producing more and more gastrin and that's what leads to multiple gastric polyps.

00:24:15.692 --> 00:24:19.712
These polyps many times fund gland polyps can be benign.

00:24:20.012 --> 00:24:22.563
Hyperplastic polyps, again, can be benign.

00:24:23.012 --> 00:24:29.702
Gastric polyps we are not too concerned about unless they are related to certain specific conditions.

00:24:29.752 --> 00:24:34.103
PPI is causing gastric polyps usually are not gonna cause any major problems.

00:24:34.762 --> 00:24:38.752
Having said that, there is new evidence with H two receptor blockers.

00:24:38.833 --> 00:24:46.343
, as well as some PPIs being linked to developing gastric cancers with high dosage over a long period of time.

00:24:46.952 --> 00:24:56.103
In fact, I think Rantidine, has now been removed from the USFDA's list of medications because of that risk.

00:24:56.893 --> 00:25:05.157
Moving on to the treatment of gastroesophageal reflux disease, what are the first lines treatment, obviously you've implied, stopping smoking and weight loss is important.

00:25:05.952 --> 00:25:07.512
And obviously other lifestyle factors.

00:25:07.512 --> 00:25:10.452
What about exercise is that part of it or is that just helps you lose weight?

00:25:11.367 --> 00:25:14.397
Look, I think it helps to lose weight.

00:25:14.397 --> 00:25:20.817
It helps to keep yourself in a good sort of physical as well as psychological condition, I think.

00:25:21.337 --> 00:25:27.077
But yeah as you alluded to, it's a stepwise process in terms of treatment of reflux.

00:25:27.768 --> 00:25:31.847
First and foremost, you need to look at what the cause of the reflux is.

00:25:31.897 --> 00:25:40.147
If it's a large hiatus hernia and the patient is fit and well then surgery might be the best thing to offer.

00:25:40.718 --> 00:25:44.768
Having said that, most people have small hiatus hernias.

00:25:45.097 --> 00:25:49.208
And they might have some other risk factors in terms of comorbidities.

00:25:49.577 --> 00:25:53.657
So the first line treatment there is usually going to be lifestyle modifications.

00:25:53.657 --> 00:26:07.667
So try and lose weight eat healthy, decrease the use of caffeine, reduce the alcohol intake, especially fizzy drinks beers which is a bit difficult for us Aussies unfortunately.

00:26:07.998 --> 00:26:12.268
But, and smoking so stop smoking.

00:26:12.337 --> 00:26:14.018
Those are the main sort of pillars.

00:26:15.407 --> 00:26:19.688
We initially start with low dose proton pump inhibitors.

00:26:19.738 --> 00:26:26.188
Something like pantoprazole, omeprazole in low doses, 20 to 40 milligrams once a day.

00:26:26.948 --> 00:26:28.117
It's important.

00:26:28.462 --> 00:26:31.192
Regarding the timing of taking these medications.

00:26:31.232 --> 00:26:47.752
Typically they were prescribed to be taken at night before sleep, but we do know that they're best taken half an hour before a meal, many times, half an hour before breakfast in the morning so that you get through the day without getting problems with acid heartburn and reflux.

00:26:48.803 --> 00:26:51.083
So that, that's first line treatment.

00:26:51.952 --> 00:26:57.232
We then have to see how they're progressing with this treatment.

00:26:57.742 --> 00:27:03.663
Some people really do very well with these treatments and don't require anything further.

00:27:04.502 --> 00:27:10.353
Others, unfortunately require sometimes escalating doses of the proton pump inhibitors.

00:27:11.123 --> 00:27:20.282
And then we really have to look at them in terms of saying do you wanna be on this high dose proton pump inhibitors throughout the rest of your life or.

00:27:20.387 --> 00:27:24.528
Should we look at doing surgery to treat the reflux?

00:27:25.127 --> 00:27:31.268
And certainly in fitter, middle aged young people, we would consider doing an operation.

00:27:32.278 --> 00:27:43.278
But we do say that people with reflux probably should earned their surgery rather than straight away go to surgery with hiatus hernias.

00:27:43.278 --> 00:27:51.798
However, if they have a large hiatus hernia I think surgery is a better option than looking at just lifestyle modifications.

00:27:53.393 --> 00:27:53.682
Yeah.

00:27:53.738 --> 00:27:59.147
Before we move on to the surgery, one of the other things I read up about was the issues with dysphagia, with reflux as well.

00:27:59.208 --> 00:28:00.667
At the upper end of the esophagus?

00:28:00.667 --> 00:28:02.817
Is that an issue as well, or is that just pretty rare?

00:28:03.742 --> 00:28:05.482
It's not unusual.

00:28:05.583 --> 00:28:10.948
So we do see a few patients who do get peptic strictures from constant acid reflux.

00:28:11.258 --> 00:28:21.948
And at times it becomes quite a difficult situation where we have to basically rule out any malignancy or malignant strictures before we call them benign strictures.

00:28:21.948 --> 00:28:33.837
So again, in the lower end of the esophagus, any stricture that's there, you set out thinking that this is gonna be a malignant s stricture unless you can prove otherwise.

00:28:34.258 --> 00:28:39.448
And many times certainly we've come across a situation where people get dysphagia from these strictures.

00:28:39.897 --> 00:28:45.278
The other interesting phenomenon with reflux disease is something called as a shatzki ring.

00:28:45.678 --> 00:28:57.557
Some people develop a fibrous ring at the lower end of the esophagus, which at times is an attempt, again, of the body to narrow things down, to avoid the constant acid reflux.

00:28:58.278 --> 00:29:04.698
But that shatzki ring, if it's severe, can cause dysphagia and difficulty in swallowing as well.

00:29:05.057 --> 00:29:09.917
So there are instances where you can get dysphagia with reflux.

00:29:10.248 --> 00:29:18.407
You then have to be careful and make sure that it's benign, stricturing or benign issues, and hasn't transformed into something malignant.

00:29:20.147 --> 00:29:30.653
Now if you were gonna consider surgery for reflux, are there any particular workups you need to do as well in preparation for such or the the manometry and the previous endoscopies is all you require.

00:29:31.613 --> 00:29:33.772
Most of the times, that's pretty much what we need.

00:29:33.863 --> 00:29:41.972
Endoscopy pH and manometry, and a very detailed discussion with the patients who are undergoing surgery.

00:29:42.633 --> 00:29:53.742
Primarily because when we do these operations they're actually quality of life operations rather than treating a significant medical issue.

00:29:54.282 --> 00:29:57.252
Reflux essentially is, constant heartburn.

00:29:57.252 --> 00:30:04.962
Yes, that's a symptom, but it is something that affects people's quality of life more than cause any major urgent problems.

00:30:05.893 --> 00:30:09.522
Having said that, if it goes untreated, it can lead to serious problems.

00:30:10.347 --> 00:30:20.817
So in a way, we are treating people to improve their quality of life and also to preempt problems like cancers developing or Barrett's esophagus developing down the track.

00:30:21.208 --> 00:30:26.758
So we do need to have a detailed discussion with patients in terms of their expectations from the surgery.

00:30:27.057 --> 00:30:45.958
But in terms of investigations endoscopy, pH manometry, CT scans or barium swallow and then investigations to just make sure there's no other cause of the shortness of breath, iron deficiency, anemia, fitness, obviously that's something that will need to be worked up with any surgery, as you well know.

00:30:46.188 --> 00:30:48.587
Those are really the things that we look for.

00:30:49.508 --> 00:30:56.337
And if someone comes to you to ask about surgery and they say they're okay with a protein pump inhibitor, but they're concerned about the side effects of it.

00:30:56.798 --> 00:31:05.978
I know there are some side effects listed such as osteoporosis, and we've already talked about the other ones are those side effects a good enough reason for doing surgery or are the side effects Quite rare.

00:31:06.887 --> 00:31:10.045
Look , these are conjectural side effects to be honest.

00:31:10.095 --> 00:31:24.414
. But there are population based studies from the US which do suggest that high dose of PPIs over a long period of time are associated with reduction in life expectancy.

00:31:25.065 --> 00:31:34.454
Now this again, needs to be taken with a bit of pinch of salt, I think because there is an association which is not causation.

00:31:34.954 --> 00:31:36.664
And the association can be because of.

00:31:37.039 --> 00:31:38.180
Multiple different reasons.

00:31:38.180 --> 00:31:49.720
So there, there may be people who are taking high dose PPIs for a long period of time because they've got other medical conditions that actually reduce their life expectancy rather than the PPIs themselves.

00:31:49.720 --> 00:31:54.950
So it's actually something that we shouldn't read into too much.

00:31:55.460 --> 00:32:02.799
And I certainly don't offer surgery for people because they think there are significant side effects.

00:32:03.279 --> 00:32:05.769
Osteoporosis in women?

00:32:05.769 --> 00:32:06.400
Yes.

00:32:06.460 --> 00:32:07.779
Postmenopausal women, yes.

00:32:07.809 --> 00:32:13.890
There is a bit of a concern if they are going to need high dose PPIs over a long period of time.

00:32:14.329 --> 00:32:26.789
So they, many times they have their bone studies and densitometry and things done and if they come with that and say, look, I'd rather have surgery than be on PPIs, then that's fair enough call.

00:32:27.690 --> 00:32:33.509
Many times we leave it to the patients after discussion in terms of which path they want to choose.

00:32:34.259 --> 00:32:39.000
The big advantage of surgery these days is it's all done, minimal access with laparoscopy.

00:32:39.660 --> 00:32:44.579
And the surgical risks have reduced quite significantly.

00:32:44.579 --> 00:33:09.375
In the good old days, open surgery, we used to be having a significant risk with esophageal injuries and tears and injury to the spleen and pneumonias DVT/ PE, whilst those are still a bit of a risk, but the frequency with which these complications occur is extremely low with laparoscopic surgeries that we do these days.

00:33:10.295 --> 00:33:12.305
Perhaps go on and tell us a little bit about surgery.

00:33:12.305 --> 00:33:12.575
Then.

00:33:12.579 --> 00:33:17.950
Is there only one type of operation or there a few different types.

00:33:15.160 --> 00:33:28.930
A/Prof Harsh Kanhere: There's a few The gold standard, I think for a long time was the Nissen fundoplication, which is very infrequently used these days especially in Australia.

00:33:29.740 --> 00:33:35.839
So the basic principle of any anti-reflux surgery is twofold.

00:33:35.839 --> 00:33:43.569
First is to restore the anatomy as it should be, and then try and restore the physiology as it should be.

00:33:44.069 --> 00:33:49.410
And to restore the anatomy essentially, we've got to reduce any hiatus hernias.

00:33:49.410 --> 00:33:51.210
So if there are any hiatus hernias.

00:33:51.210 --> 00:33:53.250
Those hiatus hernias need to be reduced.

00:33:53.710 --> 00:33:58.839
So essentially you need to get about four or five centimeters of esophagus into the abdomen.

00:33:59.305 --> 00:34:02.515
The gastroesophageal junction needs to come back into the abdomen.

00:34:03.234 --> 00:34:05.934
We need to restore what's called as the angle of His.

00:34:05.934 --> 00:34:08.815
So that's the angle between the esophagus and the stomach.

00:34:08.815 --> 00:34:13.074
On the greater curve side, that needs to be acute and not obtuse.

00:34:13.074 --> 00:34:17.155
If it's obtuse, then things will slide easily back and forth again.

00:34:17.925 --> 00:34:24.074
So anatomically those things from a gastroesophageal junctional point of view need to be restored.

00:34:24.715 --> 00:34:41.949
Once you've got the stomach and the esophagus into the abdomen you basically need to tighten the diaphragmatic hiatus so it allows the esophagus just to snuggly fit through that hiatus and not leave a big room for the stomach or any other structures to migrate up.

00:34:42.610 --> 00:34:45.909
So that's done by putting sutures into the hiatus.

00:34:45.909 --> 00:34:51.730
And there's various different ways basically surgeon's choice in terms of how they repair it.

00:34:52.260 --> 00:35:01.849
But the principle is that the right and the left Crura need to be approximated and just allow the esophagus with a little bit more extra space.

00:35:02.179 --> 00:35:04.670
So when the food goes through, you don't get dysphagia.

00:35:05.099 --> 00:35:08.969
If it's too tight, it can cause dysphagia postoperatively.

00:35:09.750 --> 00:35:20.090
So once you've restored that anatomy esophagus, gastro-oesophageal junction angle of His, hiatal closure then you look at trying to restore the physiology.

00:35:20.420 --> 00:35:25.599
And that's basically done by doing a fundoplication or a wrap.

00:35:26.364 --> 00:35:36.505
Wherein the top part of the fundus of the stomach is essentially wrapped around the lower end of the esophagus and sutured together.

00:35:36.505 --> 00:35:50.465
So in a 360 fundoplication or Nissen fundoplication the stomach is wrapped basically all around the lower end of the esophagus and the two sides of the stomach are sutured to each other with a stitch going through the esophagus so it doesn't tort or twist.

00:35:51.445 --> 00:36:02.244
There are now moves away from a 360 degree fundoplication because whilst it controls reflux very well, it can have some irritating side effects.

00:36:02.494 --> 00:36:06.844
And the most irritating side effect is sometimes gastric bloat.

00:36:07.144 --> 00:36:09.635
Sensation because you can't belch or burp.

00:36:09.965 --> 00:36:16.235
People can't drink fizzy drinks can get acute gastric distension because you're not able to belch or burp.

00:36:16.784 --> 00:36:21.844
And that means that the air has to pass some other way and it increases flatulence.

00:36:21.844 --> 00:36:28.594
So it basically can find a lot causing social embarrassment and side effects.

00:36:28.644 --> 00:36:34.905
So it's gone out of fashion in terms of doing a full 360 degree wrap, especially in Australia.

00:36:36.485 --> 00:36:39.994
We do use what's called a partial fundoplication nowadays.

00:36:40.045 --> 00:36:48.025
We can do an anterior 180 degree fundoplication or a posterior 270 degree, or 240 to 270, adjusted accordingly.

00:36:49.045 --> 00:36:53.244
Our default position many times is to do a posterior fundoplication.

00:36:53.784 --> 00:36:57.385
But that again depends on the motility studies of the esophagus.

00:36:57.414 --> 00:37:07.494
If there is normal motility in the esophagus, you can get away by doing a higher degree of wrap if the motility has been affected because of acid reflux and it's weak.

00:37:08.394 --> 00:37:11.545
And the esophagus is basically not peristalsing as well.

00:37:12.355 --> 00:37:23.085
You don't want to create a really high pressure zone at the bottom end of the esophagus, otherwise the food will not pass through and they get significant difficulty in swallowing type symptoms.

00:37:23.804 --> 00:37:31.335
So basically three types of fundoplication, anterior 180, a posterior partial, or a 360.

00:37:31.954 --> 00:37:33.875
Those are the three types of fundoplications.

00:37:34.815 --> 00:37:35.804
Quick question on that one.

00:37:35.804 --> 00:37:44.465
When you do wrap them around, obviously, when I do a stabilization of a shoulder, we have to abrade the soft tissue to help it adhere to the bone when we tie it down.

00:37:44.465 --> 00:37:49.025
Do you need to do the same sort of thing when you wrap a part of the stomach around onto itself?

00:37:49.025 --> 00:37:52.320
Do you need to abrade the outside or external aspect to try and get a stick?

00:37:52.905 --> 00:38:00.855
Look, what we do at times is put sutures through the stomach and into the diaphragmatic crura to hold it in place.

00:38:01.264 --> 00:38:05.974
When we do a fundoplication, we do take sutures going through the esophagus.

00:38:06.454 --> 00:38:12.585
So stomach through the esophagus, through the stomach in a 360 or esophagus to the stomach.

00:38:12.675 --> 00:38:20.184
In a posterior fundoplication anterior fundoplication, you would do stomach wall of the esophagus and onto the crura.

00:38:20.775 --> 00:38:23.684
And that basically holds everything in place.

00:38:23.985 --> 00:38:28.215
We don't need to bolster it with other soft tissue or anything.

00:38:28.724 --> 00:38:29.175
That's.

00:38:29.519 --> 00:38:31.170
What's required most of the times

00:38:31.530 --> 00:38:33.840
I was probably just thinking as I was asking that question actually.

00:38:34.050 --> 00:38:37.099
One of the issues with the abdominal surgery is a risk of adhesion.

00:38:37.099 --> 00:38:42.650
So probably the stomach and the abdominal cavity is actually greater risk of scarring than you get in the shoulder, for instance.

00:38:42.699 --> 00:38:48.579
There is, but with laparoscopic surgery we know that the risk of adhesions is significantly reduced.

00:38:48.679 --> 00:38:53.539
With open operations there's a pretty high risk, but with laparoscopic surgery it's reduced quite significantly.

00:38:54.079 --> 00:39:04.619
And that stabilizing stitches sometimes required not just to keep the stomach in place, but to prevent the torting of the esophagus around when the stomach wants to rotate.

00:39:05.250 --> 00:39:07.230
So yeah, that sometimes is done.

00:39:07.940 --> 00:39:10.940
You asked about types of surgeries, so there, there've been other.

00:39:11.940 --> 00:39:16.409
What I would only say experimental approaches to reflux.

00:39:16.860 --> 00:39:30.400
In the olden days, they used to use what's called as a angel cheek prosthesis, which was a prosthesis, which was tied around the esophagus like a precursor of a lap band to be honest.

00:39:30.880 --> 00:39:37.239
And that was supposed to prevent reflux that's never used now, and we've seen complications from that.

00:39:38.050 --> 00:39:51.739
The linx device is a magnetic beads, which are interconnected and basically are placed with a laparoscopic approach around the gastroesophageal junction.

00:39:52.385 --> 00:40:03.605
And the principle behind that is when the food bolus is passing through, it expands the links between the magnets and allows the food to go through.

00:40:04.235 --> 00:40:11.625
But once the food has passed, the magnets come and stick to each other and form a ring, which prevents reflux.

00:40:12.465 --> 00:40:20.025
I've never done this . So can't really tell you about the outcomes and results from that, to be honest.

00:40:20.545 --> 00:40:23.204
But fundoplication remains the gold standard.

00:40:24.014 --> 00:40:27.465
And currently how long do a patient stay in after having a hiatus hernia repair?

00:40:28.030 --> 00:40:28.179
.

00:40:28.030 --> 00:40:28.179
A/Prof Harsh Kanhere: Yeah.

00:40:28.179 --> 00:40:40.150
Look open ones usually took about a week to even 10 days at times in hospital and not just related to open surgery, but we are comparing different time eras as well.

00:40:40.170 --> 00:40:46.630
So this was standard of care over 20, 30 years ago when a lot of things have changed in medicine.

00:40:47.110 --> 00:40:55.820
But typically with a laparoscopic hiatus hernia repair if they're large hiatus hernias, usually two nights in hospital.

00:40:56.375 --> 00:41:02.434
. Small hiatus hernias, anti-reflux procedures only can be discharged the next day.

00:41:02.925 --> 00:41:15.184
So overnight stay, we are actually trying to move towards doing these as day surgery procedures with small hiatus hernias and anti-reflux procedures with adequate support at home, obviously.

00:41:15.635 --> 00:41:28.994

The Silent Burn: Understanding GORD Beyond Heartburn

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