Video Abstract
Clinician empathy is associated with improved communication and clinical outcomes. We hypothesized that, when clinicians express empathy, families are more likely to deepen discussions, and that clinicians express less empathy in care conferences with language interpretation.
Prospective, mixed methods cohort study of English and interpreted audio-recorded transcripts of care conferences for pediatric patients with serious illness hospitalized at a single urban, quaternary medical institution between January 2018 and January 2021. Directed content analysis identified empathic opportunities, clinician empathetic statements or missed opportunities, and family responses. Clinician empathic statements were “buried” if immediately followed by more clinician medical talk. Descriptive analyses summarized demographics and codes. χ2 analyses summarized differences among language interpretation and family responses.
Twenty-nine patient–family dyads participated. Twenty-two (81%) family members were female. Eleven (39%) used language interpretation (8 Spanish, 2 Vietnamese, 1 Somali). Families created 210 empathic opportunities. Clinicians responded with unburied empathy 80 times (38%, no differences for English versus interpreted care conferences, P = .88). When clinicians buried empathy or missed empathic opportunities, families responded with alliance (agreement, gratitude, or emotional deepening) 14% and 15% of the time, respectively. When clinicians responded with unburied empathy, families responded with alliance 83% of the time (P < .01).
Our study suggests that clinician empathic expression does not differ when language interpretation is used in pediatric care conferences. Clinicians often miss opportunities to express empathy, or they bury it by medical talk. Although unburied empathy created opportunities for relationship-building and family-sharing, buried empathy negatively impacted these domains similarly to no empathic expression.
What’s Known on This Subject:
Clinician empathy expression is associated with improved care. It is unclear how clinician empathy expression in care conference discussions may be impacted uniquely for families who use language interpretation.
What This Study Adds:
In this mixed methods study of 29 pediatric care conferences, when clinicians expressed empathy, families were more likely to express emotions and deepen discussion. We found no differences in clinician empathic expression in English care conferences compared with interpreted ones.
High-quality communication between patients, families, and clinicians is critical in caring for patients with serious illness.1–5 Care conferences are meetings for patients, held between patients, families, and multidisciplinary clinicians.6–9 Care conferences offer unique needs and opportunities for communication that is compassionate, clear, and culturally responsive, because these meetings typically involve important information-sharing and clinical decision-making, and families are often facing high levels of stress and emotion.6–9
Patients who use language interpretation are known to experience disparities in health outcomes, differences in care provision, and differences in communication, compared with English-speaking patients.10–17 A growing point of interest is how communication might differ during care conferences for families who use language interpretation, and how that might contribute to known disparities. In pediatric care conferences, existing data indicate that families who use language interpretation report poorer understanding and feeling less empowered, compared with English-speaking families.8,18,19 Further, clinicians in care conferences for families who use language interpretation spend a greater percentage of time talking, including less shared decision-making, compared with care conferences for English-speaking families.18–21 When clinicians express empathy, patients perceive higher-quality care, as well as improved health outcomes, and clinicians have greater satisfaction with less burnout.8,9,22–35 Empathic expression also serves as a tool for clinicians to gather information about family preferences and goals, to improve their treatment recommendations, and enhance shared decision-making.9,19,36,37
Few studies have looked at clinician empathy expression in pediatric care conferences, and none that we are aware of have included families who use language interpretation.9 In this mixed methods study of pediatric care conferences of seriously ill children, we sought to understand how empathy expression in care conferences may be impacted uniquely for families who use language interpretation. We hypothesized that clinician empathy expression would be decreased in interpreted care conferences compared with those in English. We also hypothesized that, when clinicians missed opportunities to express empathy and give families room to process information, families would be less likely to share more about their emotions and less likely to express alliance (agreement, gratitude, or mourning) with clinicians.
Methods
Study Design
This was a prospective, mixed methods cohort study analyzing transcripts of care conferences for seriously ill children at a single quaternary academic pediatric hospital. It was approved by the local institutional review board. Informed consent was obtained from patients’ families and clinicians.
Participants
Study participants included hospitalized patients of any age with a planned care conference, family members (including at least 1 legal guardian; hereafter referred to as “family” or “parent”) and any clinical team members participating in the conference (hereafter referred to as “clinician”). Any upcoming care conferences (same day to within 2 weeks) were identified through communication with unit-based social workers and palliative care team members. To focus on patients with acute serious illness, we included patients in the PICU, cardiac ICU, NICU, or in any inpatient unit with a palliative care consult. After screening for eligibility, study personnel consulted with the clinical team. Families were excluded if the clinical team felt they were too distressed for recruitment. Bedside nurses were then asked to introduce the study and ask families if they were willing to hear more. If families agreed, they were approached in-person or by phone by research team members unknown to them. If family provided informed consent to participate, research staff obtained informed consent from all participating clinical team members immediately before the conference. Participants were told that the study goal was to assess communication in care conferences. Participants were enrolled from January 2018 to January 2021.
Data Collection
Patient clinical characteristics were obtained from electronic health record review. Families completed surveys which included: demographics (sex, age, race, ethnicity, highest level of education), language for care, self-assessed ability to speak English using US Census categories (not at all, not well, well, or very well), and previous care conference experience (none, 1 or 2, 3 or more).
At the beginning of each care conference, a study team member set up a recording device, then waited outside of the room to stop recording once participants were finished. Audio recordings were transcribed verbatim. All interpretation was performed using trained professional interpreters. For staff and agency interpreters at the institution, local, state, and national certifications are accepted. Because the study focused on how clinicians respond to what they hear (whether through an interpreter or directly), only English portions were transcribed. Transcripts were not shared with study participants.
Data Analysis
Qualitative Analysis
We conducted qualitative thematic analysis following Standards for Reporting Qualitative Research.38 We adapted existing frameworks to develop our directed content analysis approach, including a priori coding of: family expression of empathic opportunities, clinician expression of empathy or missed opportunity to express empathy, and family response to clinicians. For family empathic opportunities, we adapted the Verona Coding Definitions of Emotional Sequences, a consensus-based system for coding patient expressions of emotional distress, which has been validated in several languages and clinical settings.26,39 It includes:
We adapted a framework from October et al to assess clinician responses.19 This coding approach uses a clinically relevant, well-known mnemonic for empathetic responses: name, understand, respect, support, explore, silence (NURSE[S]).9 When clinicians responded to an empathic opportunity with a NURSE(S) statement, this was further coded as unburied (if the statement was followed by a pause of >5 seconds to allow family to respond), or buried (if the statement was immediately followed by medical talk). When a clinician did not use a NURSE(S) statement in response to an empathic opportunity, this was coded as a missed opportunity, which was further subcoded (Supplemental Table 7).9,40 Family responses to clinicians were coded and categorized into themes:
alliance responses: families shared more about emotions, agreed with clinicians, expressed mourning, or expressed gratitude;
cognitive responses: families did not acknowledge emotional content; and
no responses: families were either interrupted, not given an opportunity to reply, or gave a brief reply such as “ok” or “got it.”
The primary coding team represented pediatric physicians with experience in critical care and bioethics (A.E.O.), palliative care (J.B., A.T.), health services and qualitative research (A.E.O., A.T. and J.B.), and a research assistant with training in health services and qualitative research (A.M.). Two coders (J.B. and A.T.) were present for some care conferences. They did not code any conferences for which they were present. Coders had the potential to code for colleagues with whom they worked, but all transcripts were anonymized. To improve validity, an advisory panel with representatives from the patient family advisory council (K.W.); patient navigation and interpretation services (B.F.); the hospital’s Center for Diversity and Health Equity (M.S.); and palliative care, oncology, and bioethics (A.R.R.) was involved in all steps of analysis, from codebook development to data analysis and interpretation.
The first 8 transcripts were coded as a team of 4, for group training in the codebook (Supplemental Table 7), refinement of codes, and consensus- establishment. Remaining transcripts were coded in teams of 2. We used variable coder pairings to improve consistency. Because we coded as a team, we did not complete testing for interrater reliability. Given the inherent subjectivity of defining an empathic opportunity, the coding team reviewed all challenging excerpts with the advisory panel, using a final “vote” in rare cases when consensus was not reached. Dedoose software was used for data analysis and interpretation.41
Quantitative Analysis
We summarized patient and family demographics, survey responses, family empathic opportunities, clinician responses, and family responses using counts and percentages. We assessed statistical significance of differences between clinician expressions in care conferences with language interpretation and in English, and differences in family responses to categories of clinician statements, using Pearson χ2 tests. Quantitative analyses were performed with a 2-sided α of 0.05, using Stata version 16 (StataCorp., College Station, TX).
Results
Demographic Data
We identified 69 eligible patients, of which 29 were included. The remainder were not included because: study team was unable to reach family (n = 10), study team was unavailable to record (n = 9), or family declined because they were overwhelmed (n = 5), they did not want to be recorded (n = 10), or no reason given (n = 6). Two families did not complete demographic surveys; the remainder of their data were included.
Median patient age was 8 months, and 18 of 29 (62%) of patients were female (Table 1). Most care conferences (19 of 29, 66%) were for patients hospitalized >1 month. The most common diagnoses were genetic, cardiac, and pulmonary (Table 1). Most patients (17 of 29, 59%) were in an ICU. Of family participants, 22 of 27 (81%) were female, and 19 of 27 (70%) had previous care conference experience. A total of 11 of 29 (38%) required language interpretation, with 8 in Spanish, 2 in Vietnamese, and 1 in Somali. All interpretation was provided in-person, with 1 conference starting with virtual interpretation then switching a few minutes in. Care conferences ranged from 17 minutes to 110 minutes (mean 44 minutes, SD 0.70 for English; mean 63 minutes, SD 1.10 for interpreted care conferences). The mean number of clinical team members, including language interpreters, was 8 (range 3–13, SD 2.5) for English, and 7 (range 5–11, SD 2.3) for interpreted care conferences (Table 2). The median number of family members present was 2 (range 1–3) for both English and interpreted care conferences (Table 2). Some conferences included virtual clinician participants. Care conferences were typically led by the primary team (86%, Table 2). Palliative care was present at 65% of care conferences (Table 2).
Patient and Parent Characteristics
Parent Demographics . | n (%) . |
---|---|
Language for care (N = 29) | |
English | 18 (62) |
Spanish | 8 (28.5) |
Somali | 1 (3.5) |
Vietnamese | 2 (7) |
Parent age, median (range) (N = 27) | 33 (21–49) |
Parent sex (N = 27) | |
Male | 4 (15) |
Female | 22 (81) |
Other/nonbinary | 1 (4) |
Parent race/ethnicity (N = 27) | |
American Indian or Alaska Native | 2 (7) |
Asian American | 4 (15) |
Black or African American | 2 (7) |
Hispanic | 8 (30) |
Non-Hispanic white | 10 (37) |
Did not answer/prefer not to say | 1 (4) |
Parent highest level of education (N = 27) | |
Less than high school degree | 4 (15) |
High school degree or equivalent, eg, GED | 7 (26) |
Some college but no degree | 6 (22) |
Associate, bachelor’s, or graduate degree | 10 (37) |
Care conference experience (N = 27) | |
None | 8 (30) |
Attended 1 or 2 previous care conferences | 14 (52) |
Attended 3 or more previous care conferences | 5 (19) |
Patient demographics (N = 29) | |
Patient age, median (range) | 8 mo (2 wk–17 y) |
Patient sex | |
Male | 11 (38) |
Female | 18 (62) |
Other/nonbinary | None |
Length of hospitalization | |
<1 wk | 4 (14) |
Between 1 wk and 1 mo | 6 (21) |
Between 1 mo and 6 mo | 19 (66) |
Hospital location | |
PICU | 7 (24) |
NICU | 4 (14) |
Cardiac ICU | 6 (21) |
Acute care | 12 (41) |
Primary diagnoses | |
Genetic | 7 (24) |
Cardiac | 7 (24) |
Pulmonary | 6 (21) |
Traumatic | 1 (3.5) |
Endocrine | 1 (3.5) |
Neurologic | 3 (10) |
Oncologic | 1 (3.5) |
Gastrointestinal | 2 (7) |
Immunologic | 1 (3.5) |
Parent Demographics . | n (%) . |
---|---|
Language for care (N = 29) | |
English | 18 (62) |
Spanish | 8 (28.5) |
Somali | 1 (3.5) |
Vietnamese | 2 (7) |
Parent age, median (range) (N = 27) | 33 (21–49) |
Parent sex (N = 27) | |
Male | 4 (15) |
Female | 22 (81) |
Other/nonbinary | 1 (4) |
Parent race/ethnicity (N = 27) | |
American Indian or Alaska Native | 2 (7) |
Asian American | 4 (15) |
Black or African American | 2 (7) |
Hispanic | 8 (30) |
Non-Hispanic white | 10 (37) |
Did not answer/prefer not to say | 1 (4) |
Parent highest level of education (N = 27) | |
Less than high school degree | 4 (15) |
High school degree or equivalent, eg, GED | 7 (26) |
Some college but no degree | 6 (22) |
Associate, bachelor’s, or graduate degree | 10 (37) |
Care conference experience (N = 27) | |
None | 8 (30) |
Attended 1 or 2 previous care conferences | 14 (52) |
Attended 3 or more previous care conferences | 5 (19) |
Patient demographics (N = 29) | |
Patient age, median (range) | 8 mo (2 wk–17 y) |
Patient sex | |
Male | 11 (38) |
Female | 18 (62) |
Other/nonbinary | None |
Length of hospitalization | |
<1 wk | 4 (14) |
Between 1 wk and 1 mo | 6 (21) |
Between 1 mo and 6 mo | 19 (66) |
Hospital location | |
PICU | 7 (24) |
NICU | 4 (14) |
Cardiac ICU | 6 (21) |
Acute care | 12 (41) |
Primary diagnoses | |
Genetic | 7 (24) |
Cardiac | 7 (24) |
Pulmonary | 6 (21) |
Traumatic | 1 (3.5) |
Endocrine | 1 (3.5) |
Neurologic | 3 (10) |
Oncologic | 1 (3.5) |
Gastrointestinal | 2 (7) |
Immunologic | 1 (3.5) |
N = 27 to 29; 2 parents did not complete surveys. GED, graduate equivalent degree.
Care Conference Composition
. | Total, N (Range) . | English, N (Range) . | Interpreted, N (Range) . |
---|---|---|---|
Total family/trusted others present | 1.9 (1–3) | 2 (1–3) | 1.7 (1–3) |
Total clinicians present | 7.9 (3–13) | 7.9 (3–13) | 7.7 (5–11) |
Professions present, average (range) | |||
Physician | 4.4 (2–9) | 4.6 (2–7) | 4.2 (2–9) |
APP (NP/PA) | 0.7 (0–3) | 0.8 (0–3) | 0.6 (0–2) |
Nursing | 1.2 (0–3) | 1.3 (0–3) | 1 (0–2) |
Social work | 0.9 (0–2) | 0.9 (0–2) | 0.8 (0–2) |
Othera | 0.1 (0–2) | 0.2 (0–2) | 0.1 (0–1) |
Traineesb | 1.4 (0–4) | 1.6 (0–4) | 1.2 (0–4) |
Specialties, ie, intensive care, neurology, cardiology | |||
Subspecialties present, average (range) | 3.4 (1–6) | 3.6 (2–6) | 3.2 (1–5) |
Palliative care presence, n/N (%) | 19 of 29 (65.5%) | 11 of 18 (61.1%) | 8 of 11 (72.2%) |
Care conference leader, n/N (%) | |||
Primary team attending | 23 of 29 (79.3%) | 14 of 18 (77.8%) | 9 of 11 (81.8%) |
Primary team trainee | 2 of 29 (6.9%) | 2 of 18 (11.1%) | 2 of 11 (18.1%) |
Palliative care attending | 1 of 29 (3.4%) | 1 of 18 (5.6%) | 0 of 11 |
Other subspecialty attending | 0 of 29 (0%) | 0 of 18 | 0 of 11 |
Other subspecialty trainee | 1 of 29 (3.4%) | 1 of 18 (5.6%) | 0 of 11 |
. | Total, N (Range) . | English, N (Range) . | Interpreted, N (Range) . |
---|---|---|---|
Total family/trusted others present | 1.9 (1–3) | 2 (1–3) | 1.7 (1–3) |
Total clinicians present | 7.9 (3–13) | 7.9 (3–13) | 7.7 (5–11) |
Professions present, average (range) | |||
Physician | 4.4 (2–9) | 4.6 (2–7) | 4.2 (2–9) |
APP (NP/PA) | 0.7 (0–3) | 0.8 (0–3) | 0.6 (0–2) |
Nursing | 1.2 (0–3) | 1.3 (0–3) | 1 (0–2) |
Social work | 0.9 (0–2) | 0.9 (0–2) | 0.8 (0–2) |
Othera | 0.1 (0–2) | 0.2 (0–2) | 0.1 (0–1) |
Traineesb | 1.4 (0–4) | 1.6 (0–4) | 1.2 (0–4) |
Specialties, ie, intensive care, neurology, cardiology | |||
Subspecialties present, average (range) | 3.4 (1–6) | 3.6 (2–6) | 3.2 (1–5) |
Palliative care presence, n/N (%) | 19 of 29 (65.5%) | 11 of 18 (61.1%) | 8 of 11 (72.2%) |
Care conference leader, n/N (%) | |||
Primary team attending | 23 of 29 (79.3%) | 14 of 18 (77.8%) | 9 of 11 (81.8%) |
Primary team trainee | 2 of 29 (6.9%) | 2 of 18 (11.1%) | 2 of 11 (18.1%) |
Palliative care attending | 1 of 29 (3.4%) | 1 of 18 (5.6%) | 0 of 11 |
Other subspecialty attending | 0 of 29 (0%) | 0 of 18 | 0 of 11 |
Other subspecialty trainee | 1 of 29 (3.4%) | 1 of 18 (5.6%) | 0 of 11 |
APP, advanced practice provider; NP, nurse practitioner; PA, physician assistant.
Other includes physical therapy or genetic counselor.
Trainees include residents, fellows, nurse practitioner fellows, or social work student.
Empathic Opportunities From Family Members
Across 29 care conferences, we identified 210 empathic opportunities, with a median of 5 (range of 0–20) per care conference. There was no difference between interpreted and English care conferences (median 7, mean 8, SD 6.2, range 0–20 for English; median 5, mean 6, SD 4.7, range 1–15 for interpreted). Overt concerns (explicit emotional statements) made up 27% of empathic opportunities for interpreted conferences, compared with 15% for English conferences (P = .048) (Table 3). Of the cues that represented more subtle hints of emotion, verbal hints at a concern (34%) or neutral phrases with emotional overtones (21%) were most common. We captured 7 instances of positive emotion (3% of total empathic opportunities).
Example Family Empathic Opportunities by Category
Family Empathic Opportunity . | Example . |
---|---|
Concerns (explicit emotional statements) | Via interpreter: “So when you guys tell me, ‘You’re going to go home,’ it actually makes me feel more nervous because, just, I feel that there’s going to be less support over there than here.” |
Vague statements | “Like you said, you pick that path, and that’s the path we go with. And we’re definitely not ready to make that decision today.” |
Verbal hints | “Where my brain is leading me is not where my heart is leading me at all.” |
Physiologic or cognitive correlates | “Ok. Mom has a messed-up brain right now, because I’m tired.” |
Neutral phrases with emotional overtones | Via interpreter: “We don’t want to have [child] with us just for 1 or 2 years. We want her to be with us for much longer in a much safer way.” |
Repetitions | [After father had mentioned blood draws several times before]: “And it’s necessary to get so much blood out after you take blood 2 or 3 times? Is that enough? That’s not enough? You need to keep getting more?” |
References to past emotions | [Referring to BiPAP]: “[Child’s name] would get scared when we put it on.” |
Nonverbal expressions | Crying |
Positive emotions | “She actually put her hand to her mouth last night and sucked on her fingers, so I got real excited. And she was just smiling, like, ‘What? What?’” |
Family Empathic Opportunity . | Example . |
---|---|
Concerns (explicit emotional statements) | Via interpreter: “So when you guys tell me, ‘You’re going to go home,’ it actually makes me feel more nervous because, just, I feel that there’s going to be less support over there than here.” |
Vague statements | “Like you said, you pick that path, and that’s the path we go with. And we’re definitely not ready to make that decision today.” |
Verbal hints | “Where my brain is leading me is not where my heart is leading me at all.” |
Physiologic or cognitive correlates | “Ok. Mom has a messed-up brain right now, because I’m tired.” |
Neutral phrases with emotional overtones | Via interpreter: “We don’t want to have [child] with us just for 1 or 2 years. We want her to be with us for much longer in a much safer way.” |
Repetitions | [After father had mentioned blood draws several times before]: “And it’s necessary to get so much blood out after you take blood 2 or 3 times? Is that enough? That’s not enough? You need to keep getting more?” |
References to past emotions | [Referring to BiPAP]: “[Child’s name] would get scared when we put it on.” |
Nonverbal expressions | Crying |
Positive emotions | “She actually put her hand to her mouth last night and sucked on her fingers, so I got real excited. And she was just smiling, like, ‘What? What?’” |
BiPAP, bilevel positive airway pressure.
Clinician Empathic Expression
In response to 210 total empathic opportunities, clinicians expressed empathy (with NURSE[S]) 58% (122 of 210) of the time, and did so in an unburied fashion 38% (80 of 210) of the time (Table 4, Fig 1). Of all NURSE(S) statements, they were most likely to use a “respect” statement (“I think what I’m hearing are some really thoughtful and loving things for [child], that you really want her to have a happy and long life”), (32%, 39 of 122, of empathic expressions). They were least likely to use silence/continuers or “explore” statements (“Tell me what you are worried about”), (8%, 10 of 122, and 6%, 7 of 122, respectively). When clinicians missed empathic opportunities, they most often did so by sharing medical information (52%, 46 of 88, of all missed opportunities, Supplemental Table 8).
Percentage of each clinician response type (unburied empathic response, buried empathic response, or no response) per conference type (interpreted versus English).
Percentage of each clinician response type (unburied empathic response, buried empathic response, or no response) per conference type (interpreted versus English).
Clinician Response Types Per Conference Type
. | All, n = 210 . | Interpreted, n = 67 . | English, n = 143 . | P . |
---|---|---|---|---|
Unburied empathic response | 80 (38%) | 26 (39%) | 54 (38%) | .88 |
Buried empathic response | 42 (20%) | 15 (22%) | 27 (19%) | |
Missed opportunitya | 88 (42%) | 26 (39%) | 62 (43%) |
. | All, n = 210 . | Interpreted, n = 67 . | English, n = 143 . | P . |
---|---|---|---|---|
Unburied empathic response | 80 (38%) | 26 (39%) | 54 (38%) | .88 |
Buried empathic response | 42 (20%) | 15 (22%) | 27 (19%) | |
Missed opportunitya | 88 (42%) | 26 (39%) | 62 (43%) |
Missed opportunities were subcategorized into the following: medical statements, psychosocial statements, negation, pivoting, ignoring, and deferring.
We found no differences in clinician empathic expression between interpreted and English conferences (61% in interpreted care conferences, 57% in English care conferences, P = .53, Table 4, Fig 1). Likewise, clinician expressions of unburied empathy were similar for interpreted and English care conferences (39% of all responses in interpreted care conferences, 38% in English care conferences, P = .88, Table 4, Fig 1). We found no difference in clinician empathy expression in response to concerns compared with cues (60% for concerns, 58% for cues, P = .79). Clinicians were slightly more likely to express unburied empathy when family expressed concerns compared with cues, but this did not reach statistical significance (75% for concerns, 63% for cues, P = .28).
Family Response
We coded 80 family responses to unburied empathic statements, 42 responses to buried empathic statements, and 88 responses to missed empathic opportunities (Table 5). When clinicians expressed unburied empathy, families were more likely to express alliance compared with when clinicians expressed buried empathy or missed empathic opportunities (83%, 14%, 15%, respectively, P < .01, Fig 2). These findings were similar for care conferences that used language interpretation (85%, 13%, 19%) and those that did not (81%, 15%, 13%). Table 6 shows exemplars of exchanges that include family empathic opportunity, clinician response, and family response.
Percentage of each family response type (alliance versus cognitive/no response), per clinician response type (N = 210). N = 210 total responses from 11 interpreted and 17 English conferences. One conference did not include any empathic opportunities.
Percentage of each family response type (alliance versus cognitive/no response), per clinician response type (N = 210). N = 210 total responses from 11 interpreted and 17 English conferences. One conference did not include any empathic opportunities.
Family Responses to Clinician Expressions of Empathy, by Clinician Response Type and Care Conference Type
Family Response . | Unburied Empathic Response (N = 80) . | Buried Empathic Response (N = 42) . | Missed Opportunity (N = 88) . | |||
---|---|---|---|---|---|---|
Interpreted, n = 26 . | English, n = 54 . | Interpreted, n = 15 . | English, n = 27 . | Interpreted, n = 26 . | English, n = 62 . | |
Alliance responsea | 22 (85%) | 44 (81%) | 2 (13%) | 4 (15%) | 5 (19%) | 8 (13%) |
Cognitive response | 4 (15%) | 8 (15%) | 4 (27%) | 10 (37%) | 7 (27%) | 23 (37%) |
Emotional escalation | 0 (0%) | 0 (0%) | 0 (0%) | 0 (0%) | 2 (8%) | 2 (3%) |
No response | 0 (0%) | 2 (4%) | 9 (60%) | 13 (48%) | 12 (46%) | 29 (47%) |
Family Response . | Unburied Empathic Response (N = 80) . | Buried Empathic Response (N = 42) . | Missed Opportunity (N = 88) . | |||
---|---|---|---|---|---|---|
Interpreted, n = 26 . | English, n = 54 . | Interpreted, n = 15 . | English, n = 27 . | Interpreted, n = 26 . | English, n = 62 . | |
Alliance responsea | 22 (85%) | 44 (81%) | 2 (13%) | 4 (15%) | 5 (19%) | 8 (13%) |
Cognitive response | 4 (15%) | 8 (15%) | 4 (27%) | 10 (37%) | 7 (27%) | 23 (37%) |
Emotional escalation | 0 (0%) | 0 (0%) | 0 (0%) | 0 (0%) | 2 (8%) | 2 (3%) |
No response | 0 (0%) | 2 (4%) | 9 (60%) | 13 (48%) | 12 (46%) | 29 (47%) |
Family response types include 4 subcategories for alliance responses: agreement, deepening emotional discussion, expressing gratitude, and expressing mourning.
Sample Communication Exchanges; Exemplar of the Coding Schema Described in Figure 1
Example 1: Exchange where clinician uses unburied NURSE(S) statement | |
Empathic opportunity Cue: verbal hint | Mother: “...the feeling I feel like I’m lacking right now. I don’t feel like I’m Mom right now.” |
Clinician response Unburied NURSE(S): name | NICU attending: “I’m sorry. That’s hard.” |
Family response Alliance: deepen emotional discussion | Mother: “And that’s when I’ll be like, ‘What can I do?’ Because I want that feeling. I don’t have him home. That’s ok, but I want to be able to feel like I’m Mom even with him here.” |
Example 2: Exchange where clinician uses buried NURSE(S) statement | |
Empathic opportunity Cue: verbal hint | Father, via interpreter: “We like it because it’s nice to be informed. Sometimes, you tell us things that we don’t want to hear about, but we need to know.” |
Clinician response Buried NURSE(S):respect; buried by a different clinician | CICU attending: “Exactly.” Palliative care attending: “It’s really brave.” CICU attending: “Ok, anybody else have anything else?” |
Family response No response | [No response from parent] |
Example 3: Exchange where clinician misses opportunity for empathic response | |
Empathic opportunity Concern | Mother: “And it’s scary, because, in the day, how you would move an infant that wasn’t born the way he was, they’ll wake up. He doesn’t wake up.” |
Clinician response Missed opportunity: ignore emotion, medical statement | Neurologist: “I think that the amount of sleepiness he has in the day could be related to his brain injury. I think that is easier to say. Why he has that more awakeness at nighttime, it is possible that the fact that he goes from super sleepy to super irritable could be related to his brain, as well. [Pause] Does that kind of answer the question, or not really?” |
Family response No response | Mother: “Kind of.” |
Example 1: Exchange where clinician uses unburied NURSE(S) statement | |
Empathic opportunity Cue: verbal hint | Mother: “...the feeling I feel like I’m lacking right now. I don’t feel like I’m Mom right now.” |
Clinician response Unburied NURSE(S): name | NICU attending: “I’m sorry. That’s hard.” |
Family response Alliance: deepen emotional discussion | Mother: “And that’s when I’ll be like, ‘What can I do?’ Because I want that feeling. I don’t have him home. That’s ok, but I want to be able to feel like I’m Mom even with him here.” |
Example 2: Exchange where clinician uses buried NURSE(S) statement | |
Empathic opportunity Cue: verbal hint | Father, via interpreter: “We like it because it’s nice to be informed. Sometimes, you tell us things that we don’t want to hear about, but we need to know.” |
Clinician response Buried NURSE(S):respect; buried by a different clinician | CICU attending: “Exactly.” Palliative care attending: “It’s really brave.” CICU attending: “Ok, anybody else have anything else?” |
Family response No response | [No response from parent] |
Example 3: Exchange where clinician misses opportunity for empathic response | |
Empathic opportunity Concern | Mother: “And it’s scary, because, in the day, how you would move an infant that wasn’t born the way he was, they’ll wake up. He doesn’t wake up.” |
Clinician response Missed opportunity: ignore emotion, medical statement | Neurologist: “I think that the amount of sleepiness he has in the day could be related to his brain injury. I think that is easier to say. Why he has that more awakeness at nighttime, it is possible that the fact that he goes from super sleepy to super irritable could be related to his brain, as well. [Pause] Does that kind of answer the question, or not really?” |
Family response No response | Mother: “Kind of.” |
Discussion
In this mixed method study of care conference communication for 29 seriously ill patients and family members, we found that clinicians frequently missed opportunities to empathize in a manner that allowed for deeper discussion. Contrary to our hypothesis, our findings were similar for care conferences using language interpretation and those in English. When clinicians acknowledged emotion and created space to respond, families were far more likely to respond with alliance (>80% of the time), including deepening or sharing more about their emotion, expressing gratitude, and expressing agreement. However, when clinicians buried empathy with more medical talk or missed opportunities to express empathy, families most often responded cognitively or not at all (86% for missed opportunities, 85% for buried empathy).
Our study is consistent with previous work, which suggests that, when clinicians display empathy, families share more about their feelings and goals, the clinician–family relationship is enhanced, and families report feeling more supported.9,42,43 Our findings differ from a previous study examining adult care conferences, which showed that clinicians express support less frequently when language interpretation is used.18 There are few studies on interpreted care conference empathic expression (none in pediatrics), and the most recent adult study is from 2009. Thus, the difference we found may indicate improvements in communication with language interpretation over the past 12 years, as well as a potential difference between pediatric and adult settings.
It is encouraging that we did not find a difference in communication of empathy between patients who use language interpretation and those who speak English. One possible reason for this finding is that professional interpretation allows clinicians to recognize and respond to emotions as effectively as if there was no language difference. This finding is supported by previous work showing that strategies to improve communication for patients who use language interpretation led to improvements in care quality and patient satisfaction.14,15,20,44–49 For example, improving access to and use of interpretation led to improved informed consent processes, decreased hospitalization lengths of stay, and decreased readmission rates.14,15,20,50–55 In 1 systematic review, improved access to professional interpretation was associated with improved communication (errors and comprehension), utilization, clinical outcomes, and satisfaction with care.56 This finding highlights the critical need for consistent use of professional interpretation. Furthermore, though in this study, empathic expression may not be a source of disparities when professional interpretation is present, we know that significant disparities in outcomes and communication still exist for families who use language interpretation, and further work is indicated to explore and improve them.10,11,13,14,17,57
In addition to highlighting how empathy expression positively impacts family responses in care conferences, our results suggest that burying clinicians’ empathic responses with more medical talk is as ineffective as missing the opportunity to express empathy altogether. This suggests that clinicians seeking to improve their communication and expression of empathy may need to focus on creating space for families to respond to empathic statements. As empathy continues to be better understood empirically, we can refine how we teach its expression with techniques such as silence.52–54 Additionally, when clinicians miss empathic opportunities, unsurprisingly, they most commonly share medical information instead. Clinicians are trained to integrate and share medical information; focusing on medical details may be the most comfortable approach for many.55 Understanding common ways clinicians miss opportunities to express effective empathy may help guide their approach.
This study has several important limitations. We included a small overall number of care conferences and a limited range of languages. A significant number of conferences were excluded because parents declined participation. It is possible that parents’ communication with the clinical team impacted their decision, which may have impacted our findings. Furthermore, we excluded families who were too distressed for recruitment, which may have impacted our findings. Anyone who attended the care conference was consented to participate, and knowledge about being recorded may have influenced their behavior. We collected audio only, and interpreted written transcripts, thus potentially missing nonverbal communication and nuanced verbal cues. This study was conducted at a single institution using only professional interpreters, which may limit generalizability. We did not assess interpretation quality, though all conferences used professional interpreters. Our study focused only on care conferences, excluding other times when families express emotion. Additionally, although we combined 2 comprehensive, validated, and practical frameworks for this analysis, we recognize that they do not capture all emotional or empathic expression. Our all-white coding team was limited in diversity. Patients and families, for individual and cultural reasons, may express emotion or respond to empathy in different ways. For this reason, we worked with an advisory team from various disciplines, backgrounds, racial groups, and cultures to develop the codebook, and check coding and analysis.
Future work should look more broadly at clinician empathy expression across an entire encounter and gather family and clinician perspectives on empathy in conjunction with analysis of conversations. Future work should also explicitly assess how empathic expression impacts shared decision-making and other goals of communication between families and clinical teams.
Conclusions
In summary, our study suggests that, in pediatric care conferences, clinicians often miss opportunities to express empathy, or express empathy that is buried by medical talk. This may impact how families respond and how communication progresses. Our results offer guidance for clinical teams seeking to effectively communicate with families across languages: listening for emotions, employing NURSE(S) empathic statements, and stopping to allow for a response may help deepen discussion. We found no differences in empathy expression or caregiver response to empathic statements for conferences in English compared with those with language interpretation. Additional studies are needed to better understand disparities for families who use language interpretation, and our findings should drive future work to further explore other potential differences in communication that may contribute to disparate experiences and clinical outcomes.
Drs Olszewski and Trowbridge conceptualized and designed the study, conducted analysis, and drafted the initial manuscript; Dr Bogetz conducted analysis; Ms Mercer collected data and conducted analysis; Ms Bradford directed and conducted the quantitative analysis; Ms Scott, Ms Williams, and Ms Fields provided feedback regarding study design and data analysis; Dr Rosenberg conceptualized and designed the study, and provided oversight for the analysis; and all authors reviewed and revised the manuscript, approved the final manuscript as submitted, and agree to be accountable for all aspects of the work.
The work described in this article reflects the opinions of the authors and not the funders.
FUNDING: Supported by Seattle Children’s Research Institute’s Center for Clinical and Translational Research through the Academic Enrichment Fund, the Faculty Research Support Fund, and the Treuman Katz Center for Pediatric Bioethics. Dr Bogetz has received grants for unrelated work from the National Institutes of Health, the Cambia Health Foundation, the National Palliative Care Research Center, the Seattle Children’s Research Institute, and the Lucile Packard Foundation for Children’s Health. Dr Rosenberg has received grants for unrelated work from the National Institutes of Health, the American Cancer Society, Arthur Vining Davis Foundations, the Cambia Health Foundation, Conquer Cancer Foundation of ASCO, CureSearch for Children’s Cancer, the National Palliative Care Research Center, and the Seattle Children’s Research Institute. Dr Trowbridge is supported, in part, by the Cambia Health Foundation.
CONFLICT OF INTEREST DISCLOSURE: The authors have indicated they have no conflicts of interest relevant to this article to disclose.
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