Peptic ulcer disease: Clinical sciences

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Peptic ulcer disease: Clinical sciences

Focused chief complaint

Abdominal pain

Approach to biliary colic: Clinical sciences
Approach to periumbilical and lower abdominal pain: Clinical sciences
Approach to pneumoperitoneum and peritonitis (perforated viscus): Clinical sciences
Approach to postoperative abdominal pain: Clinical sciences
Approach to upper abdominal pain: Clinical sciences
Abdominal aortic aneurysm: Clinical sciences
Acute coronary syndrome: Clinical sciences
Acute mesenteric ischemia: Clinical sciences
Acute pancreatitis: Clinical sciences
Adnexal torsion: Clinical sciences
Alcohol-induced hepatitis: Clinical sciences
Aortic dissection: Clinical sciences
Appendicitis: Clinical sciences
Approach to ascites: Clinical sciences
Cholecystitis: Clinical sciences
Choledocholithiasis and cholangitis: Clinical sciences
Chronic mesenteric ischemia: Clinical sciences
Chronic pancreatitis: Clinical sciences
Colonic volvulus: Clinical sciences
Community-acquired pneumonia: Clinical sciences
Diverticulitis: Clinical sciences
Ectopic pregnancy: Clinical sciences
Endometriosis: Clinical sciences
Gastritis: Clinical sciences
Gastroesophageal reflux disease: Clinical sciences
Hepatitis A and E: Clinical sciences
Hepatitis B: Clinical sciences
Hepatitis C: Clinical sciences
Herpes zoster infection (shingles): Clinical sciences
Ileus: Clinical sciences
Infectious gastroenteritis: Clinical sciences
Inflammatory bowel disease (Crohn disease): Clinical sciences
Inflammatory bowel disease (ulcerative colitis): Clinical sciences
Inguinal hernias: Clinical sciences
Intra-abdominal abscess: Clinical sciences
Irritable bowel syndrome: Clinical sciences
Ischemic colitis: Clinical sciences
Large bowel obstruction: Clinical sciences
Lower urinary tract infection: Clinical sciences
Malaria: Clinical sciences
Nephrolithiasis: Clinical sciences
Paraesophageal and hiatal hernia: Clinical sciences
Peptic ulcer disease: Clinical sciences
Pulmonary embolism: Clinical sciences
Pyelonephritis: Clinical sciences
Rectus sheath hematoma: Clinical sciences
Retroperitoneal hematoma: Clinical sciences
Sickle cell disease: Clinical sciences
Small bowel obstruction: Clinical sciences
Spontaneous bacterial peritonitis: Clinical sciences
Testicular torsion (pediatrics): Clinical sciences

Altered mental status

Approach to altered mental status: Clinical sciences
Acute stroke (ischemic or hemorrhagic) or TIA: Clinical sciences
Alcohol withdrawal: Clinical sciences
Approach to encephalitis: Clinical sciences
Approach to epilepsy: Clinical sciences
Approach to hypercalcemia: Clinical sciences
Approach to hypernatremia: Clinical sciences
Approach to hypocalcemia: Clinical sciences
Approach to hypoglycemia: Clinical sciences
Approach to hyponatremia: Clinical sciences
Approach to hypothyroidism: Clinical sciences
Approach to increased intracranial pressure: Clinical sciences
Approach to mood disorders: Clinical sciences
Approach to schizophrenia spectrum and other psychotic disorders: Clinical sciences
Approach to shock: Clinical sciences
Approach to traumatic brain injury: Clinical sciences
Aspiration pneumonia and pneumonitis: Clinical sciences
Community-acquired pneumonia: Clinical sciences
Delirium: Clinical sciences
Diabetic ketoacidosis: Clinical sciences
Hepatic encephalopathy: Clinical sciences
Hospital-acquired and ventilator-associated pneumonia: Clinical sciences
Hyperosmolar hyperglycemic state: Clinical sciences
Hypothermia: Clinical sciences
Hypovolemic shock: Clinical sciences
Lower urinary tract infection: Clinical sciences
Meningitis and brain abscess: Clinical sciences
Opioid intoxication and overdose: Clinical sciences
Opioid withdrawal syndrome: Clinical sciences
Pyelonephritis: Clinical sciences
Subarachnoid hemorrhage: Clinical sciences
Substance use disorder: Clinical sciences
Uremic encephalopathy: Clinical sciences

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Questions

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A 37-year-old woman presents to the primary care clinic due to three days of severe abdominal pain, bloating, and increased belching. The pain has a burning sensation and is located in the upper abdomen. It is the worst in the morning and after meals. No family members have similar symptoms. Past medical history is significant for recurrent migraines, for which the patient takes high-dose naproxen several times per week. Vital signs are unremarkable. On physical examination, there is moderate tenderness to palpation in the epigastrium. Stool antigen testing is negative for Helicobacter pylori infection. Which of the following medications should be given at this time?  

Transcript

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Peptic Ulcer Disease, or PUD for short, is a condition characterized by ulcers in areas exposed to excess gastric acid and peptic juices. So, peptic ulcers can be located in the stomach, typically on the lesser curvature, which are referred to as gastric ulcers; or in the duodenum, usually in the duodenal bulb, which are referred to as duodenal ulcers.

There are two main causes of PUD - Helicobacter Pylori, or H. Pylori infections, and Non-Steroidal Anti Inflammatory Drugs, or NSAIDs. PUD can result in complications, such as bleeding, perforation, and malignancy.

Now, when assessing a patient with suspected PUD, the first thing you should do is an ABCDE assessment, to determine if your patient is unstable or stable. In unstable individuals, history might reveal alarm symptoms such as melena, severe hematochezia, or large-volume hematemesis, indicating a GI bleed. They may also report persistent severe epigastric pain. Additionally, physical exam findings can include orthostatic hypotension, tachycardia, pallor, and epigastric tenderness to palpation, suggesting a possible active GI bleed or even perforation.

A high yield fact to remember is if your patient with suspected PUD also reports unintentional weight loss, be on the lookout for malignancies!

Now for unstable patients, the goal is to immediately stabilize them. You might need to place two large bore IVs, initiate cardiac monitoring, start IV fluid resuscitation and transfuse blood products.

After you’ve stabilized the patient, you should determine the cause of the instability. The peptic ulcer itself can be causing a severe GI bleed or worse yet, it may have perforated. But, to confirm any of these diagnoses, first you need to order a diagnostic Esophagogastroduodenoscopy, or EGD with biopsies. Order iron studies and monitor the patient with serial CBCs. Consider a surgical consultation if there’s a perforation.

Alright, moving on to treatment. If a bleeding ulcer is suspected, you should start antisecretory therapy via IV Proton Pump Inhibitor, or PPI.

The bleeding should be stopped during endoscopy. If you are unable to stop the bleeding endoscopically, you should consult the surgical team. On the flip side, if you suspect an underlying malignancy, you might obtain an oncology consultation.

Once you stop the bleeding, the next step is to give high-dose PPI for 3 days before assessing the need for ongoing acid suppression with long-term antisecretory therapy.

Indications for continued acid suppression include a persistent ulcer on repeat EGD; a giant ulcer greater than 2 cm in a patient over the age of 50; and a history of recurrent ulcers, or more than 2 ulcers in a year. Additionally, you should continue acid suppression if a patient is on long-term NSAID therapy.

So, if you find any of these, initiate long-term antisecretory therapy with oral PPIs and advise lifestyle changes like avoiding alcohol and smoking cessation.

On the other hand, if none of these criteria areis met, there’s no need for further treatment, unless symptoms recur.

Ok, now that we’re done with the treatment for unstable patients, let’s take a look at stable patients. In history, these patients typically report epigastric abdominal pain, bloating, and nausea. They may also have a history of NSAID and corticosteroid use, H.Pylori infection, or previous ulcers. On physical exam, you will usually encounter tenderness to palpation in the epigastrium.

Now, if you suspect PUD based on the patient’s history and physical exam findings, move on to H. Pylori testing. The method of testing depends on the patient’s age. If the patient is less than 60 years old, test for H.pylori with a urea breath test or stool antigen. On the other hand, if the patient is 60 years or older, proceed with an EGD and biopsy. This is a high yield fact, because the risk for malignancy increases as patients age!

Sources

  1. "Association between clinical manifestations of complicated and uncomplicated peptic ulcer and visceral sensory dysfunction. 25:1162." J Gastroenterol Hepatol (2010)
  2. "Features associated with painless peptic ulcer bleeding. 92:1289." Am J Gastroenterol ( 1997)
  3. "The prevalence of Helicobacter pylori in peptic ulcer disease. 9 Suppl 2:59." Aliment Pharmacol Ther (1995)
  4. "Eradication therapy in Helicobacter pylori positive peptic ulcer disease: systematic review and economic analysis. 99:1833." Am J Gastroenterol (2004)