“It’s a tool,it’s got hardships”: a qualitative study of patient experience of colonoscopy and implications for trauma-informed care

Abstract

Background:

About half of the patients having colonoscopies experience procedure-related anxiety and emotional distress, which are associated with negative outcomes, including pain, higher sedation needs, longer procedure times, and avoidance of future care.

Objectives:

To improve procedure quality, we sought to understand from the patient’s perspective the emotional and psychological aspects of undergoing a colonoscopy and recommendations for improving care.

Design:

Qualitative interview study.

Methods:

We conducted semi-structured interviews with patients after colonoscopy. Questions were informed by the theoretical frame of trauma-informed care and fieldwork and collaborative discussions with endoscopists, multidisciplinary staff, and patients. Patients were recruited through purposive sampling to reflect a range of indications for colonoscopy, demographics, and health backgrounds. Interviews and data analysis were conducted in overlapping phases to ensure a diversity of perspectives. Thematic analysis was used to identify shared patterns across the data.

Results:

Nine patients completed interviews, and analysis generated the central dialectic “it’s a tool, it’s got hardships,” reflecting a shared belief that colonoscopies are both stressful and important to one’s health. Within this uniting concept, we identified themes of patient, provider, and process factors that have the potential to reduce or promote distress. Subthemes related to patients’ past experiences/expectations, coping, and access to support; providers’ communication and behavior; and process factors including prep/wait times, sedation and anesthesia, and team-based care. Factors that buffered against distress included perceived trust, transparency, and confidence; positive expectations rooted in prior healthcare experiences; flexible coping and feeling supported. Factors that contributed to increased vulnerability included having a minoritized identity, a history of past medical trauma, and uncertainty in communication and the colonoscopy process.

Conclusion:

Efforts to improve the colonoscopy experience should continue to address the interplay of these complex factors. Given that identification of those at the highest risk for distress may not always be possible, we recommend a universal trauma-informed approach and provide specific suggestions for implementation in endoscopy.

Plain language summary

Patient experiences of colonoscopies and recommendations for improving care

Colonoscopies are a common medical test for adults that diagnose digestive problems and detect colon cancer. About half of patients feel worried or upset about the procedure. Research shows that fear and distress can come from not knowing what to expect, past bad medical experiences, fear of pain or cancer, and feeling out of control. People with a history of trauma may find colonoscopies especially difficult, but providers may not know who these patients are or how to support them. We want to improve colonoscopies for all patients, including those with past trauma. To do this, we interviewed nine patients from diverse backgrounds (age, gender, medical histories, reason for the colonoscopy) about their experiences and asked them for suggestions to improve care. All of the patients felt that colonoscopies are important for their health, but also stressful. Their feelings were shaped by personal histories and expectations, providers’ actions, and the overall environment. Stress could occur at any point including scheduling, preparation, talking to the team, waiting for the procedure to start, sedation, and getting results. Patients felt better when they trusted their providers, had clear communication, used coping strategies, and felt supported. They felt worse when they were unsure what to expect or why something was happening, had trouble communicating, had past negative experiences, or identified as a gender minority. Patients had clear ideas for how colonoscopies can be improved. We recommend trauma-informed care for all patients, even if trauma history is not known. This means being aware that many people have experienced trauma and that it can affect how they feel and act in medical settings. Providers can reduce distress by giving clear information ahead of time, asking what patients need to feel safe, and checking in before, during, and after the procedure. While this may take extra effort, trauma-informed care benefits both patients and care teams.

Keywords

anxiety colonoscopy endoscopy patient experience qualitative interviews trauma-informed care

Introduction

Endoscopic procedures are central to the prevention, diagnosis, and management of gastrointestinal disease.¹ In the United States, colonoscopies are common; over 60% of adults have undergone at least one colonoscopy in their lifetime.² However, systematic reviews also indicate that around half of the patients having these procedures experience moderate to severe endoscopy-related anxiety and emotional distress.³ Patient experience is considered a key metric of procedure quality,^4
–6 and anxiety and emotional distress are associated with a number of negative outcomes, including pain during the procedure,^7,8 higher sedation needs, longer procedure times,⁹ and avoidance of future care.^10
–14 For select groups of patients, colonoscopies may even cause the onset of new posttraumatic stress symptoms or other psychological problems.^15
–17

The sources of procedure-related anxiety are varied. Common worries relate to the process of the procedure (e.g., fear of the unknown, fear of embarrassment, fear of experiencing pain, and fear of sedation/losing control), the patient-provider relationship (e.g., perceived power imbalances, difficulty with self-advocacy),¹⁸ and the outcome (e.g., discovery of pathology).^3,19
–21 Certain demographic and situational factors, including female sex, younger age, and no previous colonoscopy experience, are all associated with higher rates of colonoscopy-related anxiety,^3,20,22 as having undergone a painful procedure in the past.²³

In particular, patients with a history of psychological trauma are at especially high risk of difficult endoscopy experiences.²⁴ In gastroenterology (GI) patient populations, trauma exposure, and its psychological sequelae are common—trauma is a well-known risk factor for the development of irritable bowel syndrome and other disorders of gut-brain interaction,^25,26 and has been associated with inflammatory bowel disease (IBD).²⁷ Further, trauma can arise specifically from disease-related experiences, such as hospitalizations and disease monitoring in IBD.^28,29 In other medical contexts, trauma history has a complex relationship with healthcare access and engagement,^30,31 and is associated both with overall increased healthcare utilization and decreased engagement with preventive care, particularly screens that may be experienced as invasive or retraumatizing (e.g., routine breast and cervical cancer screenings).^32
–34 In endoscopy, this relationship may be different in patients with post-traumatic stress disorder (PTSD) and is more adherent to both screening and surveillance colonoscopies.^35,36 However, exposure to past trauma is associated with higher sedation needs during endoscopy^37
–39 and patients are more adherent to follow-up colonoscopies when the initial procedure is completed with general anesthesia.^35,40 Importantly, this emerging research has been completed using electronic medical record (EMR) documentation, and the rates of PTSD in these datasets are much smaller than would be expected. As patients may or may not disclose their trauma histories to healthcare providers, even when prompted,^41,42 shared decision-making is paramount when referring patients for and performing endoscopic procedures.

Although colonoscopies are considered routine and low-risk, many patients who need colonoscopies do not receive them (non-scheduling and no-show rates vary, but range from around 15%¹⁴ to 50%¹²), and half of the patients who do receive them report considerable distress.³ Given the common and complex interactions between trauma and GI conditions,^25,26,28 we initiated a qualitative study to better understand the colonoscopy experience from the patient perspective, which can shed light on complexities that are not reflected by surveys or medical record data. Our goal in conducting this project was to identify general experiences and needs from an initial sample of unique patients and to use this information to develop broadly applicable general recommendations for universal trauma-informed endoscopy care.

Methods

Approach

This study was nested within an overarching initiative to increase access to behavioral health services within a gastroenterology and hepatology department at a rural academic medical center. This redesign effort was conducted by a multidisciplinary team of gastroenterologists, psychologists, administrative and secretarial staff, a patient navigator, and a patient partner, and relied on a design thinking approach. Details of this effort have been published previously.⁴³ For this subproject, we sought to better understand patients’ needs specific to endoscopy procedures, as opposed to outpatient care. This manuscript was prepared in accordance with the Standards for Reporting Qualitative Research (SRQR; Supplemental Material).⁴⁴

Participant selection

Adult, English-speaking patients awaiting colonoscopies in preprocedure rooms at Dartmouth Hitchcock Medical Center were approached about this study. Patients were asked if they would be willing to participate in an interview as part of a quality improvement project to better understand the colonoscopy experience from the patient’s perspective. Patients were selected for recruitment through purposive sampling to reflect patients with a range of indications for colonoscopy (screening, diagnostic, and disease/symptom management), ages, and genders, past colonoscopy experiences, and psychiatric backgrounds.⁴⁵ Those who agreed to participate answered preliminary questions prior to their procedure (focused on their thoughts and feelings at that moment and expectations for the procedure) and scheduled a time for a follow-up phone interview (10–20 min) within 1 week of their procedure. Verbal consent was obtained before the initial screening and confirmed before the follow-up call. Follow-up calls were audio recorded and then transcribed.

Interview development

Broadly, interviews sought to understand the emotional and psychological aspects of undergoing a colonoscopy, the influence of past medical encounters on the current experience, and patients’ recommendations for improving care. A semi-structured interview guide was developed through an iterative process of pilot research and group discussion with the larger program redesign team. In preparation for the interview development, the first author spent time across several weeks observing and interacting with staff in the endoscopy suite and shadowing patients through the endoscopy process from the waiting room to discharge. During this phase of the project, the interviewer took contemporaneous field notes, but discussions were not recorded or included in formal data analysis. Following this initial investigation stage, the larger program redesign team identified important information domains (e.g., components of patient experience, colonoscopy history, and hopes for the future), drafted primary prompts and follow-up questions, and then reviewed these for clarity and acceptability. This process resulted in a semi-structured interview guide informed by patient and provider stakeholders.

Data analysis

The theoretical frame for this study was trauma-informed care (TIC), an approach to healthcare delivery that assumes that people’s behavior, including their interactions with the healthcare system, is driven by their past experiences, some of which might have been traumatic.^46
–48 Data were analyzed using reflexive thematic analysis (TA), a theoretically flexible analytic approach to identifying and interpreting shared patterns of meaning within the data.^49,50 In our analysis, we applied both deductive and inductive modes of interpretation. That is, we recognized that our analysis was influenced by our original frame of TIC and our expertise as both clinicians and researchers, and we also sought to center the lived experiences of the participants and the subjective meanings they ascribed to these experiences.⁵¹ We elected to display our themes and representative quotations in a table for easy practical reference.⁵²

TA does not prescribe a particular sample size.⁵³ To support our goal of understanding broad perspectives while recognizing that there is no single typical patient during initial recruitment, we used a matrix to ensure that each patient reflected a unique combination of background factors (first vs repeat colonoscopy, colonoscopy indication, and gender) that, according to past research, are likely to shape patients’ perspectives. As interviews were ongoing, the first and senior authors met for a preliminary review of three interviews, reflecting unique colonoscopy histories and indications, to begin data familiarization and coding. Given strong concordance of coding, the first author then continued coding the remaining interview transcripts using the software program ATLAS.ti,⁵⁴ which extracted and organized coded segments. We conducted interviews and data analysis in several overlapping phases to ensure that this purposive critical case sampling strategy achieved the intended informational power, reflecting a diversity of patients undergoing colonoscopy. We continued until analyses ceased revealing new codes and thematic content relative to the initial analysis, a marker of saturation.^55,56 All interviews were conducted by the first author, at the time a postdoctoral fellow in clinical psychology with a specialty emphasis on psychogastroenterology. Coded data and preliminary themes were reviewed with both the senior author and the second author, a gastroenterologist and endoscopist, and organized into an initial thematic map. To promote rigor in the interpretive process, this thematic map was also discussed at a multidisciplinary team meeting that included gastroenterologists, advanced practice providers, nurses, and administrative staff, all of whom were familiar with the TIC model. Demographic information, including relevant diagnoses and procedure indications, was abstracted from the EMR and confirmed with participants during interviews.

Results

Potential participants were approached by the first author on 6 different days between December 2022 and February 2023. Thirteen people agreed to be interviewed and completed preliminary preprocedure conversations, and nine completed follow-up calls within 1 week. The remaining four did not respond to follow-up within this window, which we imposed to ensure ecological validity with recent memories of the colonoscopy experience. Participant demographic characteristics are in Table 1.

Table 1.

Patient demographics.

Characteristic	Completed follow-up, n = 9	Preprocedure only, n = 4
Age
Range	26–71 Years	27–48 Years
Mean (SD)	45.67 (18.89)	43.25 (11.32)
Gender, n
Women	3	2
Men	5	2
Transgender	1	0
Colonoscopy indication, n
Diagnostic	3	1
Surveillance/disease management	2	3
Screening	4	0
Number of prior colonoscopies, n
0	3	1
1	2	1
2–3	2	1
>4	2	1
Psychiatric diagnosis, n
None	3	2
Anxiety-related disorder	5	1
Trauma- and stressor-related disorder	1	1

During interviews, participants described their experiences before, during, and after their colonoscopy; related these to their overall health and prior interactions with the healthcare system; and considered how their own experiences might be similar and different from those of other people with different backgrounds. Our inductive-deductive analysis of the patient interviews suggested that most aspects of the procedure reflected an overarching theme that captured a tension or dialectic in patients’ experience: “It’s a tool, it’s got hardships.” That is, all patients viewed a colonoscopy as an important aspect of their healthcare with many benefits but also identified challenging aspects of the procedure. Within this central organizing concept, we identified subthemes that can be categorized as individual patient factors, provider factors, and structural/environmental factors. Finally, we split each subtheme to identify factors on each side of the dialectic: that is, the factors that improved the patient experience and those that increased the risk of distress. Themes, subthemes, and representative quotations are in Table 2.

Table 2.

Themes and representative quotations.

Theme	Promoters of positive experience	Challenging aspects of experience
Individual patient factors
Past experiences, preparation, and expectation setting	“When I turned 50, I started reading up as much as possible about the process.” (#3) “I think my past experiences help . . . I know a colonoscopy can be scary, but I would tell friends it’s actually pretty standard and easy, literally like going to the dentist. You get nervous going to the dentist and no one likes it, but you’re in and out super quick and it’s pretty painless.” (#5) “I actually look forward to it . . . it’s a tool and something I have to get done.” (#6) “There are benefits of colonoscopies. Knowing what’s going on in your body, especially when you have a family history of cancer. That balances out my fears.” (#9)	“It’s just fear of the unknown, being hooked up to stuff, not knowing if it’s gonna hurt, how I’m going to react to it . . . I feel like next time, I won’t be as nervous.” (#2) “As a kid, I was really sick and needed so many tests. I didn’t know what was happening. I had no choice. It can still be terrifying, even though I know what is going to happen now.” (#7) “The invasiveness of a colonoscopy . . . it’s weird, it’s invasive, that makes me uncomfortable. Something going inside my body, the embarrassment of being naked in front of people, that’s just strange.” (#9) “With a colonoscopy, obviously all your business is displayed, so immediately with gender dysphoria, there’s a lot of anxiety around that.” (#4) “I do think about the worst case scenario, I’ve had cancer, so my fears are not unfounded.” (#8)
Patients cope creatively	“I use a lot of skills, breathing and distraction and keeping my mind busy.” (#4) “I try to use mindfulness and focus on the positives.” (#7) “I was really worried I wouldn’t be able to handle this with grace, but to help face my fears I think about the commitment I made to my mom to take care of my health.” (#3)	”I have so much fear about going into hospitals. I try not to look at the instruments or equipment, I’m afraid of the pain it might involve.” (#3)
Access to support	“My spouse is here, she helps keep me calm.” (#8) “I feel comfortable by myself, I’m fine just waiting. My husband was there to pick me up and he’s very supportive.” (#2)	“This time I had to wait alone a lot longer and it was harder, but since it was my third or fourth colonoscopy, I was okay . . . If it had been my first time, I think my anxiety would have kept building. So if a family member could have stayed with me, that would have been good.” (#3)
Provider factors
Proactive communication	“My comfort with doctors comes from the preliminary stages. Being available for questions, sharing information, minimizing uncertainty. They did a good job with instructions, offering to call ahead of time.” (#6) “They’re matter of fact, give me information to know what’s going on, tell me what they’re about to do and why.” (#9)	“There weren’t really difficulties communicating with the team, but I had to initiate the conversations. I don’t think they would have told me what kind of medication I was getting if I hadn’t asked. They gave me oxygen and I didn’t know why; I hadn’t had that in the past; I had to ask why I was getting it.” (#1)
Be confident, but don’t go on autopilot	“Going into the room and having the team being so positive and so nice, there even being music playing in the room, made it seem like it was a lot more of a relaxing setting, like nothing to really worry about . . . they knew what they were doing if they were okay with playing music.” (#5) “Seeing how at ease the doctor was about it, it just seemed very routine and straightforward and this is what we’re going to do.” (#2)	“During the procedure, they didn’t warn me . . . I don’t know what’s normal so I just wish they’d warned me.” (#1)
Structural, environmental, and process factors
Colonoscopy starts before the actual colonoscopy	“It had been scheduled a long time, and I wanted to get it done. I need it to help manage my conditions and make adjustments that are important.” (#6)	“I was concerned about the prep and whether it will work, given my disease. I wouldn’t want to go through it and then not be able to get the test, and have to do the prep again.” (#6) “I think that the prep the night before, I think that might be the hardest part of it . . . but there’s nothing that anyone can do about that . . . a check in and encouragement would be nice.” (#5)
Sedation and anesthesia	“My nervousness went away as soon as we started to move forward with things. And once I got to the [procedure] room, I got nervous again, but then I knew the drugs were coming and that made me feel better. Once I got under, I was obviously fine . . . Not being able to remember what happened is helpful.” (#2) “The medicine kicked in very quickly so that helped. . .once I was wheeled in it was over.” (#9)	“I have a lot of fears about anesthesia, like not waking up or it affecting my brain. Or if I just had sedation, would I do something embarrassing?” (#7) “I did feel a little bit out of it at the end, I wasn’t given enough time to kind of come to . . . I think if I had more time to kind of wake up from the anesthesia, I think that would have been beneficial. And also, being more with it when I was talking to the doctor so I could possibly ask more questions.” (#2) “Them telling me I wasn’t going to completely be knocked out, there was a chance I might wake up, I didn’t want to have that. That made me nervous. But they told me I would be comfortable and they were right, if I remember correctly I was asleep the whole time.” (#5)
Team-based care	“I know there are a lot of people involved and that can make people anxious, so for the people there, just show your face, say hello. So that as a patient, you know you’re not just a number, not just a body moving through.” (#6)	“Having a lot of nurses is also difficult. There wasn’t any consistency, even though the whole process was pretty short. A different check in person, a different IV person, a different procedure nurse, a different checkout one. I understand they have different roles but it was just weird. I didn’t know who to ask about things.” (#1)

With respect to the Individual Patient Factors theme, patients identified personal factors, both related and unrelated to medical history, as key determinants of the colonoscopy experience. Three interacting subthemes comprised these individual factors, including “Past experiences, preparation, and expectation setting;” “Patients cope creatively;” and “Access to support.” Patients reflected on how uncertainty, invasiveness, and vulnerability in medical encounters increased colonoscopy-related anxiety. The impact of personal and family histories on healthcare varied—for example, for some, a family or personal history of cancer helped patients feel prepared for procedures; for others, childhood illnesses and cancer increased catastrophizing about potential bad outcomes. For all, the reassuring value of information provided by a colonoscopy mitigated distress and fear. The interaction of coping (“Patients cope creatively”) and support (“Access to support”) can explain the variable impact of these historical factors. That is, the influence of past events was attenuated depending on whether patients felt equipped to manage the stress of a colonoscopy and whether they had support that they felt met their needs. Some felt that their coping abilities meant that no additional support was necessary, whereas others identified the benefit of support from family members and hospital staff.

Patients also identified interacting Provider Factors that influenced their experiences. In particular, they discussed the importance of provider-initiated conversations (“Proactive communication”) and the value of individualized care within a routine procedure (“Be confident, but don’t go on autopilot”). Patients recognized the dissonant experiences between the patient and the provider on the day of a colonoscopy. For all, the fact that colonoscopies are routine for providers was reassuring and helped promote trust in the process. However, patients also shared that this could contribute to them feeling like a number or feeling worried about whether the process was proceeding normally. Patients expressed appreciation when providers explained not only the “what” but the “why” in reducing uncertainty and providing care that felt personalized.

Finally, Structural, Environmental, and Process factors also contributed to patient experiences. Importantly, patients viewed the colonoscopy process as beginning long before they came to the hospital (“Colonoscopy starts before the actual colonoscopy”). They identified the process as beginning at scheduling, whether the colonoscopy was part of regular healthcare maintenance or a helpful step in diagnosing the symptoms, and this is where anticipatory anxiety began. The preparation process, in particular, was a source of increased anxiety, with prominent feelings of being alone and worries about preparation quality interfering with getting the valuable health information they needed. Patients also discussed “Sedation and anesthesia” as central to the colonoscopy experience and a source of both comfort and anxiety. The importance of expectation setting and proactive communication applied to discussions around sedation as well, and patients cited anticipatory challenges and surprises related to understanding their sedation plans. In interviews, patients grappled with the fact that physical and emotional comfort could at times feel at odds; that is, the desire not to feel pain or remember the experience also involved an increased sense of vulnerability and giving up control, and could lead to challenges encoding important post-procedure communications from the medical team. Finally, patients recognized beneficial and challenging aspects of “Team-based care” as important parts of their colonoscopy experiences. Patients were cognizant of the complexities of the teams of staff and providers and felt that this could contribute to both communication challenges and the sense of being anonymous. At the same time, patients appreciated when it was apparent that members of the medical team worked in concert and communicated well with each other (“Be confident, but don’t go on autopilot”), explained their roles (“Proactive communication”), and made small gestures that recognized patients’ humanity and made them feel supported (“Access to support”).

Discussion

The results of this quality improvement study demonstrate that the interactions between a variety of patients, providers, and structural factors determine the psychological and emotional impact of a colonoscopy. All participants, regardless of their identities, past experiences, and mental health histories, identified the vulnerability and invasiveness inherent in the colonoscopy process, as well as the importance and utility of the procedure for managing their health. Certain factors appeared to serve as a buffer against this vulnerability, including perceived trust, transparency, and confidence; having had a prior illness detected early through screening; and use of coping strategies and a sense of feeling supported. Other factors, including having a minoritized identity, a history of past medical trauma, and uncertainty in both patient-provider communication and the colonoscopy process, rendered participants more likely to have a challenging emotional experience. At the time of the interview, within a week of colonoscopy, all patients continued to grapple with these positive and challenging aspects of the procedure and hold them in a dialectic. It is not clear from this study whether this balanced outlook on the experience remained, or whether patients’ perspectives shifted and solidified over time to a more extreme positive or negative position. Tracking longitudinal shifts over time was beyond the scope of this project, which prioritized recency as part of ecological validity, but is worthy of future investigation to improve a comprehensive understanding of patient perspectives. The sample size in this study precluded the possibility of conducting formal between-group analyses based on demographic factors and health histories. Other future directions include conducting deeper, targeted explorations of the impact of each of the factors identified in this study (e.g., qualitative or mixed-methods explorations focused on those with diagnosed PTSD or minoritized gender identities, or first-time vs repeat colonoscopy), as well as broader investigation of the generalizability of these factors (e.g., quantitative surveys in a different setting). These findings are overall consistent with previous research that establishes the varied reasons for procedure-related anxiety, including fears about the colonoscopy process and outcome, and the protective nature of education and patient-provider trust.

A number of factors that improve patient experience and reduce procedure-related distress have been identified previously, many of which are already considered standard of care or best practices. For example, studies indicate that patients highly value clear verbal and written communication, multimodal preparation instructions, and the prompt sharing of results,^21,57,58 sentiments that were echoed by the participants in our study. In addition, adequate sedation is associated with higher patient satisfaction with the procedure.^6,59
–63 The majority of colonoscopies are performed with either moderate or deep sedation (a small minority are performed without any sedation), though practices vary by setting.⁵⁹ Patient education and expectation setting about sedation are especially important, as many patients are unaware of the differences between these sedation types. In the case of moderate sedation, patients who are unprepared may be more distressed by awareness during the process if they were expecting to be completely unconscious, whereas those who are adequately prepared are less worried about this possibility.⁶⁴ In our study, although we did not specifically assess sedation type, feeling adequately sedated was associated with positive overall feelings about the procedure, though participants were also fearful of risks (losing control and death) and cited the after-effects of anesthesia as a barrier to communication and trust following the procedure. Finally, accompaniment by a trusted escort has been shown to reduce anxiety after the procedure,⁶⁵ and participants in our study discussed the importance of a supportive other to help with distraction and grounding prior to the procedure, and comprehension and communication after. Past research highlights how support from family and friends is associated with a positive procedure experience, both in terms of the practical (understanding preparation instructions, interpreting results) and emotional (mitigating fears, providing reassurance) aspects of the procedure.²¹ Many of these aspects of high-quality care apply broadly to all hospital procedures, not only endoscopies.

Efforts to reduce anxiety and improve patient experience have targeted both patient and environmental factors. These include pre-endoscopy interventions directed at patient preparedness, including education^8,66
–68 and cognitive and emotional processing,⁶⁹ that have been shown to reduce preprocedure anxiety. During the periprocedural time, low-cost interventions such as relaxing music, distraction, and virtual reality,^70,71 as well as hospital clothing that protects a patient’s modesty beyond the standard open-back hospital gown, have also demonstrated benefits.^72,73 Even without preprocedure interventions, in the periprocedural time, staff can reassure patients that their dignity will be protected and their bodies will remain covered until the procedure begins, and that the minimum amount of the buttocks will be exposed for scope insertion. They can also support patients’ intrinsic coping by asking simple questions such as “When you are feeling stressed or overwhelmed, what do you do that helps?” and encouraging engagement from patients’ friends or family if relevant. More recently, experts have issued recommendations for providing TIC in gastroenterology, focused on education of all levels of staff regarding the ubiquity of trauma and diversity of trauma responses, implementing trauma screening in the clinic, emphasizing patient autonomy and transparent communication, and creating a safe physical environment.^74
–76 With respect to GI procedures, suggestions for providing TIC during anorectal examinations include obtaining consent before and during procedures, ongoing monitoring for distress, and debriefing after the procedure.⁷⁷

Prior research has shown that certain cognitive and emotional styles commonly associated with baseline anxiety and posttraumatic stress, including emotional avoidance and pain catastrophization, predict in-procedure pain and emotional distress.^7,78,79 Thus, it is possible that preprocedure interventions designed to address these mental health concerns and processes could improve patients’ experiences. In patients who are known to a gastroenterology clinic, it is likely that a preprocedure referral to an embedded GI psychologist could help not only with the development of adaptive coping strategies but also with increased knowledge about the procedure and associated process. In settings without mental health providers, any opportunity for preprocedure contact with a provider, for example, a member of the nursing staff or a patient navigator, is likely to improve adherence and outcomes.⁸⁰ If patients with known trauma can receive services before their procedure, the likelihood of a failed procedure (e.g., incomplete preparation and incomplete procedure due to trauma or pain) may decrease, providing a corrective experience for the patient and bolstering their mental health recovery, and reducing the chance of burnout among staff and providers by reducing the number of stressful clinical encounters and empowering resilient coping when they do occur.^81,82

Yet the findings in the present study suggest that such targeted interventions may be helpful but insufficient. First, all participants, regardless of prior experience and formal mental health history, expressed worry and concern of varying degrees of severity. Second, as previously discussed, many people are hesitant to reveal trauma and other sensitive mental health information to providers due to fears of stigma and concern about retraumatization. This may be especially relevant in the endoscopy context, as many procedures are performed “open access,”⁸³ meaning that limited health information may be available and there are limited opportunities to develop patient-provider trust in advance. This highlights the importance of a universal, trauma-informed approach to care for all patients, not only those with previously identified mental health concerns. Although there are challenges to implementing TIC, including cost, time, and buy-in, interest among GI staff, providers, and patients is clear,⁷⁶ and evidence suggests that collaborative approaches that involve patient and staff stakeholders facilitate implementation and have benefits for both patients’ and staff’s well-being.⁸⁴ Recommendations informed by our fieldwork and patient interviews, as well as potential barriers and challenges to implementing these changes, are in Table 3.

Table 3.

Recommendations for patient-centered, trauma-informed endoscopy care.

Recommendation	Rationale	Talking point	Barriers
Provide preprocedure educational materials, including videos and handouts. Include sedation information.	Education reduces uncertainty.	Provide upon scheduling. “People often find that familiarizing themselves with the process helps the day go smoothly.”	Minimal. Most centers already provide this; if not, many high-quality publicly available resources.
Used shared decision-making and considered mental health history, in addition to medical history, in sedation recommendations.	Patient attitudes toward sedation vary. Expectations and subjective sense of adequate sedation are important determinants of experience.	At time of referral, provide an explanation of available sedation. “Is there anything you can think of that might make this procedure difficult for you? I want to understand your history and perspectives to inform my medical recommendation.”	Discussions may add time to visits; anesthesia availability may be limited by facility and staffing, could cause delays in scheduling.
Offer a “menu” of options that may increase comfort, for example warm blankets, extra gowns, bright vs dim lights, open vs closed curtain in preprocedure room, and music in procedure room.	Patients do not know what is available unless offered.	As part of intake process. “Here are some ways we can make you more comfortable. Let us know what works for you.”	Minimal. Can be printed on a checklist in each preprocedure room.
Offer option to keep undergarments on beneath gown until just before procedure begins.	Reduces vulnerability and feelings of being trapped, particularly with longer preprocedure wait times.	As part of intake process. “You’ll take your underwear off for the colonoscopy. You can do that now when you change into your gown, or later just before the procedure.”	Minimal. Patient may forget to remove underwear or may be more challenging once patient is connected to intravenous line (IV).
Inquire about patient preferences regarding provider gender.	Preferences may be influenced by cultural/religious values as well as interpersonal trauma, which can occur between people of all genders; do not make assumptions.	At scheduling. “Do you have preferences with regard to the gender of your providers?”	Given staffing, may be challenging or even impossible to accommodate (e.g., single gender all male/all-female teams). Present patients with realistic options to allow an informed choice. For example, “The next available appointment is with Dr. X who is [gender]. Other members of the team that day may be different genders. Would that work for you?”
Discuss anxiety management (and medication) proactively.	Many patients benefit from premedication while waiting but do not know this is an option.	At any point from before scheduling (e.g., in clinic) to day-of intake process. “It seems like this is quite stressful for you. Let’s discuss some options that might help.”	Depends on medical appropriateness and requires additional monitoring/staff.
Make the environment safer: speak to patients at eye level, do not block exits, and ensure a staff member is visible when transporting patients in supine position.	Reduces power-imbalance related threat, sense of being trapped or lost.	During intake process. “We do our best to guide you through this day, and we know that there are lots of us here on the team. Keep us posted on how you’re doing and how we’re doing.”	Minimal. Requires training and self-awareness of all staff.
Initiate conversation about communication styles.	Some patients benefit from “play-by-play” narration; others find this increases anxiety.	During intake process. “Everyone is different when it comes to communication. I typically explain outloud what I’m about to do. I can also give less information. What do you think helps you the most?”	Minimal.
Provide updates when running late.	Reduces uncertainty.	“We apologize but things are running about X minutes behind. I will come back with another update in Y minutes.”	Minimal and often standard practice.
Share visual information (such as posters in waiting and preprocedure rooms) about helpful coping and grounding tools.	Normalizes anxiety, can help patients in absence of staff member, and helps all members of team provide support with little psychosocial training.	N/A	Minimal. Posters available for download.^43,71

Our findings and these recommendations should be considered in light of the study’s limitations. We recognize that in qualitative studies, the data generated is “co-created” and susceptible to bias and influence by the interview questions. This could mean that certain perspectives are overemphasized. For example, it is possible that patients might have overemphasized both positive and negative aspects of the experience because of our direct inquiry, or that our questions might have heightened distress. We sought to mitigate bias by designing the study as an interdisciplinary team, seeking patient perspectives throughout the development process, and engaging reflexively throughout our analysis.

Although we used purposive sampling to recruit a diverse sample in terms of demographics (age and gender), indication for colonoscopy, and number of past colonoscopies, our sample was also small, English-speaking only, and from a single rural academic medical center. The perspectives and recommendations here may be mere snapshots and may not be generalizable to other populations and settings. In addition, we could not consider colonoscopy outcomes in our sampling, given that participants were recruited before their procedures. By chance, at the time of the follow-up interview, none of the participants had a bad outcome (e.g., active disease progression necessitating surgery and detection of cancer). Perspectives from these patients could be particularly important, as these outcomes may be more likely to result in medical posttraumatic stress. The one participant in our study who was transgender experienced an adverse event involving misgendering by staff following their procedure, an unfortunately common healthcare experience for transgender people.⁸⁵ This participant’s experience highlights the importance of acknowledging not only the vulnerability inherent in these procedures but also the additional distress faced by people from minority backgrounds due to misgendering, power imbalances, and/or systemic inequities, for example. Given that transgender people are at higher risk of worse gastrointestinal health outcomes overall due to minority stress and barriers to accessing quality preventive care,^86,87 more research should be conducted to better understand the endoscopy experiences of this group and to establish best practices for gender-affirming endoscopy care.^88,89 In addition, absent from this research are the perspectives of individuals who, because of anticipatory fears or negative past experiences, may avoid colonoscopies entirely.^10
–14 Future research should investigate further the potential role of mental health concerns, including prior trauma, in procedure no-shows and cancellations. Given that TIC efforts may be particularly beneficial for these patient populations, future work should consider targeted recruitment strategies.

Conclusion

Recent efforts to define and implement TIC in GI settings are promising, as our research and others identify that patient support needs are not being met⁵⁸ and providers and staff are already overburdened.⁸¹ The present study highlights that colonoscopies have the potential to be both stressful and reassuring, and the psychological impact of a procedure depends on patient, provider, and environmental factors, highlighting the importance of a system-wide trauma-informed approach. Future directions include monitoring patient perspectives over time; in-depth exploration with specific subpopulations; larger, quantitative studies to evaluate the relative contributions and interactions of the patient, provider, and process factors; and measuring the impact of TIC changes on patient and staff experience as well as procedure quality metrics. With TIC increasingly considered the standard of care, future efforts should focus on innovation in trauma-informed endoscopy to improve both patient and provider experience and ensure that all patients who need these procedures have an equal opportunity to have them completed.

Supplemental Material

sj-docx-1-tag-10.1177_17562848251346250 – Supplemental material for “It’s a tool, it’s got hardships”: a qualitative study of patient experience of colonoscopy and implications for trauma-informed care

Supplemental material, sj-docx-1-tag-10.1177_17562848251346250 for “It’s a tool, it’s got hardships”: a qualitative study of patient experience of colonoscopy and implications for trauma-informed care by Katrina S. Hacker, Michael A. Curley, Corey A. Siegel and Jessica K. Salwen-Deremer in Therapeutic Advances in Gastroenterology

Footnotes

Acknowledgements

The authors thank the patients and staff at the Dartmouth Hitchcock Medical Center endoscopy unit and the GI motility team for their input and support in conducting this project.

Declarations

ORCID iDs

Katrina S. Hacker

Corey A. Siegel

Jessica K. Salwen-Deremer

Supplemental material

Supplemental material for this article is available online.

References

Ruhl

Everhart

. Indications and outcomes of gastrointestinal endoscopy. In: Everhart

(ed.) The burden of digestive diseases in the United States. US Department of Health and Human Services, Public Health Service, National Institutes of Health, National Institute of Diabetes and Digestive and Kidney Diseases. Washington, DC: US Government Printing Office, 2008, pp.123–135.

QuickStats: reason for the most recent colonoscopy, among adults aged 50–75 years who had a test in the past 10 years—National Health Interview Survey,^† United States, 2018. MMWR Morb Mortal Wkly Rep 2020; 69: 766.

Yang

Sriranjan

Abou-Setta

, et al. Anxiety associated with colonoscopy and flexible sigmoidoscopy: a systematic review. Am J Gastroenterol 2018; 113: 1810–1818.

Kaminski

Thomas-Gibson

Bugajski

, et al. Performance measures for lower gastrointestinal endoscopy: a European Society of Gastrointestinal Endoscopy (ESGE) Quality Improvement Initiative. Endoscopy 2017; 49: 378–397.

Tierney

Bevan

Rees

, et al. What do patients want from their endoscopy experience? The importance of measuring and understanding patient attitudes to their care. Frontline Gastroenterol 2016; 7: 191–198.

Rex

Khalfan

. Sedation and the technical performance of colonoscopy. Gastrointest Endosc Clin N Am 2005; 15: 661–672.

Pontone

Lauriola

Palma

, et al. Do difficulties in emotional processing predict procedure pain and shape the patient’s colonoscopy experience? BMJ Open 2022; 12: e050544.

Hsueh

F-C

Chen

C-M

Sun

C-A

, et al. A study on the effects of a health education intervention on anxiety and pain during colonoscopy procedures. J Nurs Res 2016; 24: 181–189.

Aljebreen

Almadi

Leung

. Sedated vs unsedated colonoscopy: a prospective study. World J Gastroenterol 2014; 20: 5113–5118.

10.

Jones

Devers

Kuzel

, et al. Patient-reported barriers to colorectal cancer screening: a mixed-methods analysis. Am J Prev Med 2010; 38: 508–516.

11.

McLachlan

S-A

Clements

Austoker

. Patients’ experiences and reported barriers to colonoscopy in the screening context—a systematic review of the literature. Patient Educ Couns 2012; 86: 137–146.

12.

Denberg

Melhado

Coombes

, et al. Predictors of nonadherence to screening colonoscopy. J Gen Intern Med 2005; 20: 989–995.

13.

Travis

Kerrison

O’Connor

, et al. Barriers and facilitators to colonoscopy for cancer detection: patient and practitioner perspectives. Psychol Health 2024; 39(9): 1263–1283.

14.

Bhise

Modi

Kalavar

, et al. Patient-reported attributions for missed colonoscopy appointments in two large healthcare systems. Dig Dis Sci 2016; 61: 1853–1861.

15.

Berzin

Blanco

Lamont

, et al. Persistent psychological or physical symptoms following endoscopic procedures: an unrecognized post-endoscopy adverse event. Dig Dis Sci 2010; 55: 2869–2873.

16.

Taft

Bedell

Craven

, et al. Initial assessment of post-traumatic stress in a US cohort of inflammatory bowel disease patients. Inflamm Bowel Dis 2019; 25: 1577–1585.

17.

Pothemont

Quinton

Jayoushe

, et al. Patient perspectives on medical trauma related to inflammatory bowel disease. J Clin Psychol Med Settings 2022; 29: 596–607.

18.

Mikocka-Walus

Moulds

Rollbusch

, et al. “It’s a tube up your bottom; it makes people nervous”: the experience of anxiety in initial colonoscopy patients. Gastroenterol Nurs 2012; 35: 392–401.

19.

Al-Dibouni

Poullis

Jackson

. Factors associated with anxiety in pre-lower gastrointestinal endoscopy in inflammatory bowel disease patients: a systematic literature review. Gastrointest Nurs 2020; 18: S26–S35.

20.

Shafer

Walker

Waldman

, et al. Factors associated with anxiety about colonoscopy: the preparation, the procedure, and the anticipated findings. Dig Dis Sci 2018; 63: 610–618.

21.

Rosvall

Axelsson

Toth

, et al. Patients’ experiences before, during, and after a colonoscopy procedure: a qualitative study. Gastroenterol Nurs 2021; 44: 392–402.

22.

Mahajan

Agrawal

Barthel

, et al. Are patients who undergo open-access endoscopy more anxious about their procedures than patients referred from the GI clinic? Am J Gastroenterol 1996; 91: 2505–2508.

23.

Ylinen

E-R

Vehviläinen-Julkunen

Pietilä

A-M

. Effects of patients’ anxiety, previous pain experience and non-drug interventions on the pain experience during colonoscopy. J Clin Nurs 2009; 18: 1937–1944.

24.

Nicolai

MPJ

Keller

de Vries

, et al. The impact of sexual abuse in patients undergoing colonoscopy. PLoS One 2014; 9: e85034.

25.

Park

Videlock

Shih

, et al. Adverse childhood experiences are associated with irritable bowel syndrome and gastrointestinal symptom severity. Neurogastroenterol Motil 2016; 28: 1252–1260.

26.

Soh

AYS

Loke

, et al. Systematic review with meta-analysis: the association between post-traumatic stress disorder and irritable bowel syndrome. J Gastroenterol Hepatol 2019; 34: 68–73.

27.

Fuss

Lease

. Moderating the relationship between ulcerative colitis and Crohn’s disease and symptoms of PTSD: the role of remission. J Clin Gastroenterol 2023; 57: 816.

28.

Taft

Quinton

Jedel

, et al. Posttraumatic stress in patients with inflammatory bowel disease: prevalence and relationships to patient-reported outcomes. Inflamm Bowel Dis 2022; 28(5): 710–719.

29.

Taft

McGarva

Omprakash

, et al. Hospitalization experiences and post-traumatic stress in inflammatory bowel disease: opportunities for change. Inflamm Bowel Dis 2023; 29: 675–683.

30.

Marshall

Carney

Hsieh

, et al. Effects of trauma history on cancer-related screening, diagnosis, and treatment. Lancet Oncol 2023; 24: e426–e437.

31.

Alcalá

Valdez-Dadia

von Ehrenstein

. Adverse childhood experiences and access and utilization of health care. J Public Health 2018; 40: 684–692.

32.

Farley

Patsalides

. Physical symptoms, posttraumatic stress disorder, and healthcare utilization of women with and without childhood physical and sexual abuse. Psychol Rep 2001; 89: 595–606.

33.

Farley

Minkoff

Barkan

. Breast cancer screening and trauma history. Women Health 2001; 34: 15–27.

34.

Alcalá

Mitchell

Keim-Malpass

. Heterogeneous impacts: adverse childhood experiences and cancer screening. Cancer Causes Control 2018; 29: 343–351.

35.

Pasricha

Burhans

, et al. The impact of post-traumatic stress disorder on screening and surveillance colonoscopy. iGIE 2023; 2: 299.e1–304.e1.

36.

Crawford

DHG

Mellor

Teo

, et al. Post-traumatic stress disorder is associated with a higher rate of polypectomy independent of an increased frequency of colonoscopy in Australian veterans: a retrospective review. Intern Med J 2023; 53: 1423–1428.

37.

Lee

Nagra

La Selva

, et al. Nurse-administered propofol continuous infusion sedation for gastrointestinal endoscopy in patients who are difficult to sedate. Clin Gastroenterol Hepatol 2021; 19: 180–188.

38.

Taylor

Rushton

. Caring for patients with posttraumatic stress disorder during gastrointestinal procedures. Fed Pract 2009; 26: 36–39.

39.

George

Sprang

. Differences in sedation requirements between male and female veterans undergoing colonoscopy: 2016 ACG/Naomi Nakao Gender-Based Research Award 2016 ACG Presidential Poster Award: 359. Am J Gastroenterol 2016; 111: S163.

40.

Pasricha

Burhans

, et al. Choice of sedation for initial colonoscopy determines compliance with follow-up colonoscopy in patients with a history of trauma. Am J Gastroenterol 2022; 117: e445.

41.

Austin

. Screening for traumatic experiences in health care settings: a personal perspective from a trauma survivor. JAMA Intern Med 2021; 181: 902–903.

42.

Leibowitz

Jeffreys

Copeland

, et al. Veterans’ disclosure of trauma to healthcare providers. Gen Hosp Psychiatry 2008; 30: 100–103.

43.

Salwen-Deremer

Bardach

Tormey

, et al. Redesigning a gastroenterology behavioral health program to improve patient access. Clin Gastroenterol Hepatol 2024; 22: 12.e1–15.e1.

44.

O’Brien

Harris

Beckman

, et al. Standards for Reporting Qualitative Research: a synthesis of recommendations. Acad Med 2014; 89: 1245–1251.

45.

Campbell

Greenwood

Prior

, et al. Purposive sampling: complex or simple? Research case examples. J Res Nurs 2020; 25: 652–661.

46.

Boudreau

Mukerjee

Wesp

, et al. Trauma-informed care. In: Mukerjee

Wesp

Singer

, et al. (eds.) Clinician’s guide to LGBTQIA+ care. New York, NY: Springer Publishing Company, 2021, pp.69–81.

47.

Reeves

. A synthesis of the literature on trauma-informed care. Issues Ment Health Nurs 2015; 36: 698–709.

48.

Substance Abuse and Mental Health Services Administration. SAMHSA’s concept of trauma and guidance for a trauma-informed approach. HHS Publication (SMA)14-4884. Rockville, MD: Substance Abuse and Mental Health Services Administration, 2014.

49.

Braun

Clarke

. Thematic analysis. In: APA handbook of research methods in psychology, Vol 2: Research designs: Quantitative, qualitative, neuropsychological, and biological. Washington, DC: American Psychological Association, 2012, pp.57–71.

50.

Braun

Clarke

. Reflecting on reflexive thematic analysis. Qual Res Sport Exerc Health 2019; 11: 589–597.

51.

Braun

Clarke

. What can “thematic analysis” offer health and wellbeing researchers? Int J Qual Stud Health Well-Being 2014; 9: 26152.

52.

Braun

Clarke

. One size fits all? What counts as quality practice in (reflexive) thematic analysis? Qual Res Psychol 2021; 18: 328–352.

53.

Braun

Clarke

. To saturate or not to saturate? Questioning data saturation as a useful concept for thematic analysis and sample-size rationales. Qual Res Sport Exerc Health 2021; 13: 201–216.

54.

Scientific Software Development GmbH. ATLAS.ti, https://atlasti.com (2023, accessed 19 July 2024).

55.

Malterud

Siersma

Guassora

. Sample size in qualitative interview studies: guided by information power. Qual Health Res 2016; 26: 1753–1760.

56.

Guest

Namey

Chen

. A simple method to assess and report thematic saturation in qualitative research. PLoS One 2020; 15: e0232076.

57.

Dubois

Creutzfeldt

Törnqvist

, et al. Patient participation in gastrointestinal endoscopy—from patients’ perspectives. Health Expect 2020; 23: 893–903.

58.

Restall

Michaud

Walker

, et al. Patient experiences with colonoscopy: a qualitative study. J Can Assoc Gastroenterol 2020; 3: 249–256.

59.

Dossa

Dubé

Tinmouth

, et al. Practice recommendations for the use of sedation in routine hospital-based colonoscopy. BMJ Open Gastroenterol 2020; 7: e000348.

60.

Early

Lightdale

Vargo

, et al. Guidelines for sedation and anesthesia in GI endoscopy. Gastrointest Endosc 2018; 87: 327–337.

61.

Krigel

Chen

Wright

, et al. Substantial increase in anesthesia assistance for outpatient colonoscopy and associated cost nationwide. Clin Gastroenterol Hepatol 2019; 17: 2489–2496.

62.

Khan

Hur

Lebwohl

, et al. Unsedated colonoscopy: impact on quality indicators. Dig Dis Sci 2020; 65: 3116–3122.

63.

Singh

Poluha

Cheung

, et al. Propofol for sedation during colonoscopy. Cochrane Database Syst Rev 2008; 2008: CD006268.

64.

Chatman

Sutherland

Van Der Zwan

, et al. A survey of patient understanding and expectations of sedation/anaesthesia for colonoscopy. Anaesth Intensive Care 2013; 41: 369–373.

65.

Nasiri

Khatib

Kheiri

, et al. The influence of escort during upper endoscopy and colonoscopy on patient satisfaction and anxiety. J Fam Med Prim Care 2016; 5: 134–138.

66.

Sue-Chue-Lam

Castelo

Benmessaoud

, et al. Randomised controlled trials of non-pharmacological interventions to improve patient-reported outcomes of colonoscopy: a scoping review. BMJ Open Gastroenterol 2023; 10: e001129.

67.

Parker

Zipursky

, et al. A web-based multimedia program before colonoscopy increased knowledge and decreased anxiety, sedation requirement, and procedure time. J Clin Gastroenterol 2018; 52: 519.

68.

Jain

Nugent

, et al. Improving colonoscopy bowel preparation and reducing patient anxiety through recently developed online information resource: a cross-sectional study. J Can Assoc Gastroenterol 2022; 5: 161–168.

69.

Albashir

Durepos

Causada Calo

, et al. Psychological interventions for reducing anxiety in patients undergoing first-time colonoscopy: a pilot and feasibility study. Eur J Gastroenterol Hepatol 2021; 33: e634–e641.

70.

Umezawa

Higurashi

Uchiyama

, et al. Visual distraction alone for the improvement of colonoscopy-related pain and satisfaction. World J Gastroenterol 2015; 21: 4707–4714.

71.

Veldhuijzen

Klaassen

NJM

Wezel

RJAV

, et al. Virtual reality distraction for patients to relieve pain and discomfort during colonoscopy. Endosc Int Open 2020; 08: E959–E966.

72.

Chung

Park

Hong

, et al. Comparison of double pants with single pants on satisfaction with colonoscopy. World J Gastroenterol 2013; 19: 4177–4184.

73.

Aamar

Butt

Madhani

, et al. Effect of a novel patient garment on perceived privacy during colonoscopy: a simple approach to minimize embarrassment. Gastroenterol Res Pract 2019; 2019: 2467101.

74.

Jagielski

Harer

. Working with trauma in the gastroenterology setting. Gastroenterol Clin North Am 2022; 51: 867–883.

75.

Jagielski

Fuss

Taft

. Providing trauma-informed care for all in gastroenterology. Lancet Gastroenterol Hepatol 2024; 9: 587–588.

76.

Szkodny

Bardach

Hacker

, et al. Implementation of a trauma-informed care approach in a gastroenterology setting. Dig Dis Sci 2024; 70: 119–127.

77.

Jagielski

Naftaly

Riehl

. Providing trauma informed care during anorectal evaluation. Curr Gastroenterol Rep 2023; 25: 204–211.

78.

Rollbusch

Mikocka-Walus

Andrews

. The experience of anxiety in colonoscopy outpatients: a mixed-method study. Gastroenterol Nurs 2014; 37: 166–175.

79.

Lauriola

Tomai

Palma

, et al. Procedural anxiety, pain catastrophizing, and procedure-related pain during EGD and colonoscopy. South Med J 2020; 113: 8–15.

80.

Lebwohl

Neugut

Stavsky

, et al. Effect of a patient navigator program on the volume and quality of colonoscopy. J Clin Gastroenterol 2011; 45: e47.

81.

Keswani

Keefer

Surawicz

. Burnout in gastroenterologists and how to prevent it. Gastroenterology 2014; 147: 11–14.

82.

Elisseou

. Trauma-informed care: a missing link in addressing burnout. J Healthc Leadersh 2023; 15: 169–173.

83.

Chandrasekhara

Eloubeidi

Bruining

, et al. Open-access endoscopy. Gastrointest Endosc 2015; 81: 1326–1329.

84.

Huo

Couzner

Windsor

, et al. Barriers and enablers for the implementation of trauma-informed care in healthcare settings: a systematic review. Implement Sci Commun 2023; 4: 49.

85.

Chang

Sayyed

Haffner

, et al. Perioperative misgendering experiences in patients undergoing gender-affirming surgery: a call for a gender-inclusive healthcare environment. Eur J Plast Surg 2023; 46: 573–581.

86.

Barker

Jones

Gold

, et al. Colorectal cancer screening status among transgender and cisgender individuals in safety net primary care settings. Ann Fam Med 2023; 21(Suppl. 3): 5086.

87.

Nelson

. A cancer screening crisis for transgender patients. Cancer Cytopathol 2019; 127: 421–422.

88.

Vélez

Newman

Paul

, et al. Approaching digestive health care in transgender and gender-diverse communities. Gastroenterology 2024; 166: 369.e2–375.e2.

89.

Hacker

Friedlander

. Inclusive inflammatory bowel disease care for sexual and gender minorities: an urgent need in uncertain times. Inflamm Bowel Dis 2025; 31(5): 1483–1486.

Supplementary Material

Please find the following supplemental material available below.

For Open Access articles published under a Creative Commons License, all supplemental material carries the same license as the article it is associated with.

For non-Open Access articles published, all supplemental material carries a non-exclusive license, and permission requests for re-use of supplemental material or any part of supplemental material shall be sent directly to the copyright owner as specified in the copyright notice associated with the article.

0.00 MB

0.01 MB