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Chronic Pancreatitis - Pancreatic Pathologies by Cincinnati Children's Pancreas Care Center

Video Published 2024-11-19 Updated 2026-08-01

Timestops (5)

Chronic Pancreatitis Pathophysiology and Fibrosis

Imaging and Diagnostic Approaches

Genetic Testing and Complication Monitoring

Medical Management and Pain Control

Multidisciplinary Treatment and Surgical Options

Topic Overview

This educational discussion covers chronic pancreatitis in pediatric patients, defining it as a chronic inflammatory condition that results in irreversible pancreatic damage with fibrosis replacing healthy tissue. The speakers explain that diagnosis relies primarily on imaging findings (MRI preferred over CT for soft tissue contrast) combined with clinical criteria including pancreatic-origin pain, exocrine dysfunction, or endocrine dysfunction. Treatment follows a stepwise approach: assessing disease stage, correcting nutritional deficiencies, using pancreatic enzyme replacement per cystic fibrosis guidelines when exocrine insufficiency is documented, endoscopic interventions (EUS and ERCP) for refractory cases, and multidisciplinary pain management using opiate-sparing medications with cognitive behavioral therapy.

Key Takeaways

MRI preferred over CT for chronic pancreatitis: better soft tissue contrast, avoids radiation, often no IV contrast needed. (2:19)
Diagnosis requires imaging (calcifications/ductal changes) plus pain, exocrine dysfunction, or endocrine dysfunction. (1:43)
Pancreatic enzyme replacement follows CF guidelines; reserve for documented exocrine insufficiency only. (5:33)
Pain management uses stepwise opiate-sparing approach: neuropathic meds, CBT, multidisciplinary team before opiates. (6:22)
Genetic testing (10-gene panel) aids early diagnosis/prognosis; coordinate with genetic counselor for interpretation. (3:56)

Inside this episode

Kai, the Library's AI content creator, listened to this episode and mapped who's speaking, the chapters, key claims, and cases. Every item links to the exact moment in the recording.

AI-enriched

Who's speaking

Speaker 1 — host
Speaker 2 — host
Dr. Maisaabel Haija — guest
Dr. Andrew Trout — guest

Chapters

0:00Introduction and Definition of Chronic Pancreatitis — Introduction to the educational series and definition of chronic pancreatitis as a chronic inflammatory condition causing progressive pancreatic damage, fibrosis, and loss of cellular function.
1:41Diagnosis and Imaging Modalities — Diagnostic criteria for chronic pancreatitis and comparison of CT versus MRI imaging approaches, with specific technical recommendations for pediatric patients.
3:41Genetic Testing — Role of genetic testing in chronic pancreatitis, including the 10-gene pancreatitis risk panel and importance of genetic counseling.
4:29Consequences and Complications — Discussion of chronic pancreatitis consequences including exocrine and endocrine dysfunction, nutritional deficiencies, growth problems, and long-term tumor risk.
5:15Treatment Approaches — Comprehensive treatment strategies including disease staging, nutritional management, pancreatic enzyme replacement, endoscopic interventions, and multidisciplinary pain management.

Key claims

0:34Chronic pancreatitis is a chronic inflammatory condition where inflammation over time results in damage and destruction of the pancreas with replacement of healthy tissue with fibrosis — Dr. Maisaabel Haija
0:54Ongoing pancreatic damage affects acinar cells, ductal cells, and islet cells which are responsible for producing insulin — Speaker 2
1:25When islet cells are damaged by chronic pancreatitis, it can lead to endocrine issues such as diabetes — Speaker 2
1:33Chronic pancreatitis is a progressive inflammatory disorder that results in irreversible loss of pancreatic function — Speaker 2
1:43Diagnosis of chronic pancreatitis mostly relies on imaging findings — Dr. Maisaabel Haija
1:48Diagnosis involves identifying calcifications, ductal obstruction, or dilation combined with one of three criteria: pain consistent with pancreatic origin, exocrine dysfunction, or endocrine dysfunction — Dr. Maisaabel Haija
2:15For CT imaging, a single phase with portal venous contrast is adequate — Dr. Andrew Trout
2:19MRI has advantages over CT in terms of soft tissue contrast with multiple different sequences, providing the best visualization of both parenchymal and duct changes in chronic pancreatitis — Dr. Andrew Trout
2:33Multiple CT phases including non-contrast, arterial and portal venous phases markedly increase radiation dose in children and do not provide much additional diagnostic information — Speaker 2
2:50Non-contrast CT is essentially never needed in a child with pancreatitis because calcifications can be seen on post-contrast phases — Dr. Andrew Trout
3:02Arterial phase imaging is reserved for specific questions about arterial pseudoaneurysms or when characterizing potential masses — Speaker 2
3:13Key MRI sequences are 3D MRCP to characterize the duct and its relationship to the bile duct, and T1 weighted sequence to understand parenchymal health — Dr. Andrew Trout
3:25MRI exams can often be performed without IV contrast except for initial characterization when understanding vascular complications or fluid collections — Dr. Andrew Trout
3:56Cincinnati Children's has an in-house 10 gene pancreatitis risk panel to screen for genetic links to pancreatitis — Speaker 2
4:06It is advised to work closely with a genetic counselor before sending genetic testing to help the family choose the test and interpret it afterwards — Dr. Maisaabel Haija
4:17Genetic testing plays a vital role in early diagnosis and prognosis of pancreatic diseases, potentially guiding new preventative and therapeutic interventions — Speaker 2
4:32Exocrine and endocrine function need assessment because they can decline over time in chronic pancreatitis — Dr. Maisaabel Haija
4:49Problems related to chronic pancreatitis include macro and micronutrient deficiencies, growth problems, small intestinal bacterial overgrowth, and risk for tumors in adulthood — Dr. Maisaabel Haija
5:18Treatment starts with assessing disease stage, finding extent of exocrine or endocrine problems, and correcting nutrient abnormalities and growth issues — Dr. Maisaabel Haija
5:33For pancreatic enzyme replacement, cystic fibrosis guidelines are followed for dosing — Speaker 2
5:39Pancreatic enzyme replacement is reserved only for cases with documented exocrine pancreatic insufficiency — Speaker 2
5:46When medical management fails and the patient continues to have symptoms, endoscopic management is considered — Dr. Maisaabel Haija
5:55Endoscopic therapy relies on two methods: endoscopic ultrasound and endoscopic retrograde cholangiopancreatography (ERCP) — Speaker 2
6:02ERCP is an imaging and interventional modality where the endoscopist can evaluate pancreatic or biliary ducts and treat problems with scarring or strictures — Dr. Maisaabel Haija
6:22Pain management follows a stepwise ladder approach starting with opiate-sparing medications and reserving opiates for severe pain cases — Speaker 2
6:25Opiate-sparing chronic pain medications include neuropathic medications like amitriptyline and gabapentin, usually prescribed in partnership with a pain specialist — Speaker 2
6:47Multidisciplinary pain management includes a pain specialist, psychologist, and physical therapist to address all aspects of pain's impact on the patient's body — Dr. Maisaabel Haija
6:59Psychologists assess pain's functional and emotional impact, as chronic pain can significantly affect daily functioning — Speaker 2
7:10Cognitive behavioral therapy (CBT) is incorporated in pain management at Cincinnati Children's and has been shown in other chronic conditions to be helpful in managing pain — Speaker 2

This episode was analyzed and enriched by Kai, the Library's AI content creator. Every item links to the moment it comes from — click a timestamp to listen in context.

Written for:

Chronic Pancreatitis in Children: Imaging Strategy, Diagnosis, and Stepwise Management

The episode's teaching points arranged as a structured lesson, building from the basics up to the finer points. Written by Kai from the episode transcript and reviewed before publishing.

For trainees · Teaching arc · AI-written, human-reviewed

Diagnosis rests on imaging plus functional impairment

Chronic pancreatitis is diagnosed when imaging demonstrates structural damage — calcifications, ductal obstruction, or dilation — combined with evidence of functional loss: pain consistent with pancreatic origin, exocrine insufficiency, or endocrine dysfunction 1:48. The diagnosis is not made on symptoms alone, nor on imaging alone; you need both. This framework prevents overdiagnosis in children with recurrent abdominal pain and normal pancreatic function, and it prevents underdiagnosis when imaging changes are subtle but enzyme or insulin production has already declined.

MRI is the primary modality; CT is reserved and simplified. MRI provides superior soft tissue contrast through multiple sequences, giving the best visualization of both parenchymal and ductal changes 2:19. The key sequences are 3D MRCP to characterize the duct and its relationship to the bile duct, and T1-weighted imaging to assess parenchymal health 3:13. For follow-up imaging, IV contrast is often unnecessary unless you are characterizing vascular complications or fluid collections at initial presentation 3:25. When CT is required, a single portal venous phase is adequate 2:15. The multi-phase protocols used in adults — non-contrast, arterial, and portal venous — markedly increase radiation dose in children without adding diagnostic value 2:33. Non-contrast CT is essentially never needed because calcifications are visible on post-contrast phases 2:50. Arterial phase imaging is reserved for specific questions about pseudoaneurysms or mass characterization 3:02. The teaching point: pediatric imaging protocols should be deliberately simplified from adult templates, not reflexively copied.

Genetic testing requires counseling before and after. Genetic variants play a significant role in pediatric chronic pancreatitis, and testing can guide prognosis and potentially influence therapeutic decisions 4:17. However, genetic testing should not be ordered in isolation. Work closely with a genetic counselor before sending the test to help the family choose the appropriate panel, and again afterward to interpret results 4:06. A positive result for a pathogenic variant changes the conversation about recurrence risk, screening for complications, and family planning — none of which should be delivered without preparation.

Enzyme replacement is reserved for documented insufficiency. Pancreatic enzyme replacement therapy follows cystic fibrosis dosing guidelines 5:33, but it is prescribed only when exocrine pancreatic insufficiency is documented 5:39. This is not a symptomatic trial for abdominal pain. Exocrine and endocrine function must be assessed serially because both decline over time 4:32, and treatment starts with correcting nutrient deficiencies and growth problems before escalating to more invasive interventions 5:18. The complications extend beyond enzyme and insulin deficiency: macro- and micronutrient deficiencies, small intestinal bacterial overgrowth, and in adulthood, increased tumor risk 4:49.

Pain management follows a stepwise, multidisciplinary approach. Start with opiate-sparing medications — neuropathic agents like amitriptyline and gabapentin — and reserve opiates for severe pain 6:22 6:25. This is not a solo decision. Pain management requires a pain specialist to prescribe and titrate medications, a psychologist to assess functional and emotional impact, and a physical therapist to address the somatic component 6:47 6:59. Cognitive behavioral therapy has been shown in other chronic conditions to help manage pain and is incorporated into the multidisciplinary model 7:10. The ladder approach is explicit: medical management first, endoscopic intervention when medical management fails and symptoms persist 5:46. Endoscopic therapy includes both diagnostic and therapeutic ERCP to address ductal strictures and obstructions 5:55 6:02.

The overarching principle: chronic pancreatitis in children is managed by matching the intensity of intervention to documented structural and functional loss, not to symptom severity alone. Imaging drives diagnosis, genetic counseling frames prognosis, enzyme replacement addresses documented deficiency, and pain management escalates in a structured way with multidisciplinary support. Each step requires evidence before advancing.

Takeaways from this story

Chronic pancreatitis diagnosis requires both imaging evidence of structural damage and functional impairment—not symptoms alone.
Single-phase portal venous CT is adequate in children; multi-phase protocols increase radiation without diagnostic benefit.
Pancreatic enzyme replacement is reserved for documented exocrine insufficiency, not prescribed as a symptomatic trial.
Pain management follows a stepwise ladder starting with opiate-sparing neuropathic medications and multidisciplinary support.
Genetic testing should be ordered in partnership with a genetic counselor to guide test selection and interpret results.

Chronic Pancreatitis in Children: Diagnosis, Imaging Strategy, and Multidisciplinary Management

The episode's main topic retold as a plain-language walkthrough — what it is, why it matters, and what the speakers concluded. Written by Kai from the episode transcript and reviewed before publishing.

For the care team · Explainer · AI-written, human-reviewed

Why Pediatric Pancreatology Exists as a Discipline

Chronic pancreatitis in children is not simply acute pancreatitis that keeps happening. It is a progressive inflammatory disorder in which repeated injury replaces functional pancreatic tissue with fibrosis, leading to irreversible loss of both exocrine and endocrine function 1:33. Unlike adults, in whom chronic pancreatitis is often alcohol-related, pediatric cases frequently have genetic underpinnings and present diagnostic and therapeutic challenges that require subspecialty expertise. The condition affects acinar cells that produce digestive enzymes, ductal cells, and islet cells responsible for insulin production 0:54. When islet cells are damaged, endocrine dysfunction including diabetes can result 1:25. The multisystem consequences—malnutrition, growth failure, chronic pain, and long-term cancer risk—demand coordinated care that general pediatrics cannot provide alone.

The Core Clinical Problem

Chronic pancreatitis is defined as a chronic inflammatory condition in which ongoing inflammation causes pancreatic damage, destruction, and replacement of healthy tissue with fibrosis 0:34. Diagnosis relies primarily on imaging findings: calcifications, ductal obstruction, or dilation, combined with one of three clinical criteria—pain consistent with pancreatic origin, exocrine dysfunction, or endocrine dysfunction 1:48. The challenge is that imaging must be precise enough to detect early structural changes without exposing children to excessive radiation, and treatment must address not only the pancreas itself but also the downstream metabolic, nutritional, and pain-related consequences.

How the Approach Works

Imaging Strategy

MRI is the preferred modality for chronic pancreatitis evaluation in children 2:19. It provides superior soft tissue contrast through multiple sequences and offers the best visualization of both parenchymal and ductal changes without ionizing radiation 2:19. The key sequences are 3D MRCP to characterize the pancreatic duct and its relationship to the bile duct, and T1-weighted imaging to assess parenchymal health 3:13. In many cases, MRI can be performed without intravenous contrast except for initial characterization when vascular complications or fluid collections need evaluation 3:25.

When CT is necessary, a single-phase portal venous contrast study is adequate 2:15. The multi-phase CT protocols used in adults—non-contrast, arterial, and portal venous phases—markedly increase radiation dose in children without providing significant additional diagnostic information 2:33. Non-contrast CT is essentially never needed because calcifications are visible on post-contrast phases 2:50. Arterial phase imaging is reserved for specific questions about arterial pseudoaneurysms or mass characterization 3:02.

Genetic Evaluation

Genetic testing plays a central role in pediatric chronic pancreatitis. Cincinnati Children's uses an in-house 10-gene pancreatitis risk panel to screen for genetic links 3:56. Genetic testing is advised in close partnership with a genetic counselor to help families choose the appropriate test and interpret results 4:06. This approach enables early diagnosis, informs prognosis, and may guide preventative and therapeutic interventions 4:17.

Assessing Consequences

Both exocrine and endocrine function require serial assessment because they decline over time 4:32. Beyond pancreatic insufficiency and diabetes, clinicians must evaluate for macro- and micronutrient deficiencies, growth problems, and small intestinal bacterial overgrowth 4:49. Long-term surveillance includes monitoring for tumor risk in adulthood 4:49.

Treatment Framework

Treatment begins with disease staging, determining the extent of exocrine or endocrine dysfunction, and correcting nutritional abnormalities and growth issues 5:18. Pancreatic enzyme replacement follows cystic fibrosis dosing guidelines but is reserved only for documented exocrine pancreatic insufficiency 5:33 5:39.

When medical management fails and symptoms persist, endoscopic management is considered 5:46. Endoscopic therapy relies on two modalities: endoscopic ultrasound and endoscopic retrograde cholangiopancreatography (ERCP) 5:55. ERCP is both an imaging and interventional tool that allows the endoscopist to evaluate the pancreatic and biliary ducts and treat strictures or scarring 6:02.

Pain management follows a stepwise ladder approach, starting with opiate-sparing medications and reserving opiates for severe cases 6:22. Opiate-sparing options include neuropathic agents such as amitriptyline and gabapentin, typically prescribed in partnership with a pain specialist 6:25. Multidisciplinary pain management incorporates a pain specialist, psychologist, and physical therapist to address all dimensions of pain's impact on the patient 6:47. Psychologists assess functional and emotional consequences, as chronic pain significantly affects daily functioning 6:59. Cognitive behavioral therapy (CBT) is integrated into pain management and has demonstrated efficacy in other chronic pediatric conditions 7:10.

Where Practice Is Contested

The discussion does not address specific thresholds for initiating enzyme replacement, criteria for proceeding to endoscopic intervention, or the role of surgery in refractory cases. The genetic panel's clinical utility in guiding treatment decisions—beyond diagnosis and counseling—remains an area of active investigation.

When to Involve This Team

Refer when a child has recurrent acute pancreatitis (typically defined as two or more episodes), imaging findings suggestive of chronic changes, unexplained abdominal pain with elevated lipase, or evidence of exocrine or endocrine pancreatic dysfunction. Early referral allows for genetic evaluation, baseline imaging with appropriate modality selection, and establishment of a multidisciplinary care plan before complications such as malnutrition or opioid dependence develop. The threshold for referral should be lower in children with a family history of pancreatitis or known genetic syndromes.

Takeaways from this story

MRI with 3D MRCP and T1 sequences is preferred over CT for pediatric chronic pancreatitis; single-phase CT suffices when needed.
Diagnosis requires imaging findings plus one of three criteria: pancreatic-type pain, exocrine dysfunction, or endocrine dysfunction.
Pancreatic enzyme replacement follows CF dosing guidelines but is reserved only for documented exocrine insufficiency.
Pain management uses a stepwise ladder starting with neuropathic agents; multidisciplinary care includes pain specialists and CBT.
Genetic testing via a 10-gene panel should be coordinated with genetic counseling to guide interpretation and family decision-making.

Keywords

chronic pancreatitis fibrosis diabetes exocrine dysfunction endocrine dysfunction exocrine pancreatic insufficiency nutrient deficiencies growth problems small intestinal bacterial overgrowth chronic pain CT MRI MRCP genetic testing endoscopic ultrasound

Hashtags

#chronicpancreatitis #pancreatitis #pancreaticdisease #pancreaticpathology #cincinnatichildrens #pediatricpancreatitis #pediatricradiology #pancreaticimaging #PediatricGastroenterology #PancreasCare #MedicalImaging #PancreasCarePediatrics

Transcript

Global Cat MD along with Cincinnati Children's Hospital sharing knowledge to improve child health around the globe. Welcome back to our educational video series on pancreatic pathologies brought to you by the Pancreas Care Center at Cincinnati Children's. Today's topic is chronic pancreatitis, and we are joined by two experts from our hospital, Doctor Maisaabel Haija, medical director of the Pancreas Care Center, and Doctor Andrew Trout, director of clinical research, Department of Radilogy and Medical imaging. Let's start by learning more on chronic pancreatitis. So, chronic pancreatitis is a chronic inflammatory condition with the inflammation over time, it would result in a damage and destruction of the pancreas as the organ. And that could result in replacement of some of the healthy tissue with fibrosis. The fibrosis is basically a scar tissue that takes over that space in the pancreas, and the ongoing damage in the pancreas affects various types of cells such as Sinor cells, ductal cells, and even islet cells, which are responsible for producing insulin. The function that the Cells could provide would decline when you have chronic pancreatitis. For instance, the asiner cells make digestive enzymes, so if they're diseased or destructed, then you have less of the pancreatic enzymes. When the islet cells which produce insulin are damaged by chronic pancreatitis, it can lead to endocrine issues such as diabetes. Chronic pancreatitis is a progressive. Inflammatory disorder that results in the irreversible loss of pancreatic function. Here's how we diagnose this condition. So diagnosis of chronic pancreatitis is mostly relying on image findings. Diagnosis involves identifying calcifications, ductal obstruction, or dilation combined with one of the following three criteria. Either the pain that is consistent with pancreat. Pic origin or exocrine dysfunction or endocrine dysfunction. When imaging chronic pancreatitis, both MRI and CT can play a role, but what is the best modality for assessing patients with chronic pancreatitis? CT, when it's performed, a single phase with portal venous contrast is adequate. MRI has advantages over CT in terms of the soft tissue contrast that you get with the multiple different MRI sequences, and Going to provide you the best visualization of both parenchymal and duct changes that we see with chronic pancreatitis. What about using IV contrast? When doing CT with IV contrast, often in adults, multiple phases will be acquired, including non-contrast images as well as arterial and portal venous phases. We try to avoid that in children because it markedly increases the radiation dose and it doesn't give us that much additional diagnostic information. And non-contrast CT is essentially never needed in a child with pancreatitis. We can see calcifications on the post-contrast phases of imaging. And in general, we only do portal venous phase imaging. According to Dr. Trout, we reserve arterial face imaging for when there's a specific question about arterial pseudoaneurysms or when we need to characterize potential masses. What about MRI? The key sequences are going to be your MRCP sequence, your 3D MRCP sequence that allows you to. Characterize the duct and its relationship to the bile duct, and then a T1 weighted sequence to understand parenchymal health. At an initial characterization of a patient with a history of acute recurrent or chronic pancreatitis, it can be useful to have contrast there to understand vascular complications or fluid collections. But in many cases we can get away with doing these exams without IV contrast. These imaging tips are important for diagnosis. Now, let's shift our focus. To the role of genetic testing in chronic pancreatitis, there is plenty of genetic testing available that you can order depending on the labs that we send the test to. At Cincinnati Children's, we have an in-house 10 gene pancreatitis risk panel where we screen for the problems with the genetic link and pancreatitis. Of course it is advised before sending genetic testing to work very closely with the genetic counselor so that they can help the family. Choose the test but also interpret it afterwards. Genetic testing plays a vital role in the early diagnosis and prognosis of pancreatic diseases, potentially guiding new and effective preventative and therapeutic interventions. Now, let's discuss the consequences of chronic pancreatitis. We need to keep in mind what could happen from this chronic inflammation, so we assess the exocrine and the endocrine function because those could decline over time. Additionally, we need to maintain a thorough evaluation and workup for complications that may arise as a result of this condition. Some of the other problems that we face when we are dealing with a chronic pancreatitis are related to nutrition, macro and micronutrient deficiencies, growth problems, small intestinal bacterial overgrowth, and in some cases, we also see the risk for tumors, and that's down the line when they are into the adult. There are numerous complications that can arise from chronic pancreatitis. So what are the most effective treatment options? So it starts with assessing the stage of the disease and finding out the extent of the exocrine or the endocrine problems, but also correcting the nutrient abnormalities and nutrition and growth is very important. In terms of pancreatic enzyme replacement, when needed, we follow the cystic fibrosis guidelines for dosing. And we try to reserve them only for the cases that there's a documented exocrine pancreatic insufficiency. In cases where we have tried everything medically and that had failed and the patient continues to have symptoms, we could think next about endoscopic management. And for endoscopic therapy, we rely on two methods, endoscopic ultrasound and endoscopic retrograde cholangio. Cryptography, which is ERCP, and this is an imaging but also interventional modality where the endoscopist could evaluate the pancreatic duct or the biliary ducts and treat any problems with scarring or strictures that is part of the process of chronic pancreatitis. What about pain management? It is a stepwise approach, so we follow. A ladder where we start with opiate sparing medications and reserve opiates for the severe pain cases, and some of the opiate sparing chronic pain medications are neuropathic medications like amitriptyline, gabapentin, and usually those are in partnership with a pain specialist prescribing the medications and part of the multidisciplinary management. Of pain is having a pain specialist and a psychologist and a physical therapist so that we can make progress and address all the aspects that the pain could take on a patient's body. Psychologists play a key role in helping patients cope with pain by assessing its functional and emotional impact, as chronic pain can significantly affect daily functioning. But what we know and we incorporate in our management here at Cincinnati Children's is a multidisciplinary pain management, and in those cases we apply cognitive behavioral therapy or CBT that has been shown in other chronic conditions to be very helpful in managing the pain. Let's summarize what we learned today. Chronic pancreatitis is a progressive inflammatory condition that leads to the irreversible destruction of pancreatic tissue. Affecting both exocrine and endocrine functions, potentially resulting in nutrient deficiencies and diabetes, diagnosis relies on imaging techniques such as MRI and CT to detect calcifications, ductal obstruction, or dilation. Genetic testing plays a critical role in early diagnosis and guiding treatment strategies. Treatment includes managing. nutritional deficiencies, pancreatic enzyme replacement, endoscopic interventions, and a stepwise pain management approach involving a multidisciplinary team of pain specialists, psychologists, and physical therapists to address both the physical and emotional aspects of chronic pain. Thank you for watching this video. For a detailed look at the surgical management of chronic pancreatitis and a complete walkthrough of a TPIT procedure, stay tuned for our surgical video featuring Doctor Juan Gua from Cincinnati Children's. Link in the description below.

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