Literature DB >> 32553507

Transplant Patients' Isolation and Social Distancing Because of COVID-19: Analysis of the Resilient Capacities of the Transplant in the Management of the Coronavirus Emergency.

Diana Lupi1, Barbara Binda2, Filippo Montali3, Andrea Natili2, Laura Lancione2, Davide Chiappori2, Ida Parzanese4, Daniela Maccarone4, Francesco Pisani2.   

Abstract

BACKGROUND: One of the peculiar aspects of the transplant patient's life is that, in the post-surgery phase, the patient lives in an "isolation" condition, having to pay particular attention to the living environment and preferring a limited social life given that the immunosuppressive treatment entails immunodepression in the patient. With coronavirus disease 2019 (COVID)-19, as in a post-surgery situation, social isolation is being implemented.
MATERIALS AND METHODS: The study started on March 17, 2020, and ended on April 24, 2020. Consulting/phone interviews were made. The phone questionnaire, submitted to 71 patients, consisted of a set of 15 questions that investigated structure and psychological resistance. Eight patients have been monitored exclusively for the psychological aspect through a more articulate supporting path.
RESULTS: In essence, from the overall analysis of the data derived from the study of the positioning of patients based on the stage of renal function, the bands related to the development of psychopathological aspects, and the use of positive personal resources, it emerges that patients in stage V kidney failure are in the first bracket as regards the development of psychopathological aspects (absence of these experiences) and in the third bracket as regards the good use of positive resources to deal with isolation. Therefore, it can be deduced that, although with data that can be expanded, a serious or medium-serious situation from an organic point of view in this socio-health emergency situation is well addressed by the transplanted patient.
CONCLUSION: Transplant patients have faced the measure of social distancing adequately and in adherence to the treatment thanks to the phone assistance of all the medical-surgical and psychological team.
Copyright © 2020 The Authors. Published by Elsevier Inc. All rights reserved.

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Year:  2020        PMID: 32553507      PMCID: PMC7260500          DOI: 10.1016/j.transproceed.2020.05.031

Source DB:  PubMed          Journal:  Transplant Proc        ISSN: 0041-1345            Impact factor:   1.066


Background. Transplantation, demonstrated by different studies, can represent a traumatic moment in a patient’s life that, if not adequately understood and supported by the medical-psychological team, the family, and social environment, may affect the physical balance and quality of life of the patient. One of the peculiar aspects of the transplant patient’s life is that, in the post-surgery phase, the patient lives in an “isolation” condition, having to pay particular attention to living environment and personal care and hygiene while preferring a limited social life given that the immunosuppressive treatment entails immunodepression. With coronavirus disease 2019 (COVID)-19, as in a post-surgery situation, social isolation is being implemented. Therefore, with a view to support the patients, the Regional Center for Kidney Transplants (Regione Abruzzo Regione Molise) immediately activated—as soon as the closure of the clinics was ordered with consequent suspensions of examinations—additional crisis hotlines of constant support to its patients. The study started on March 17, 2020, in response to the declared pandemic and COVID-19 emergency, and ended on April 24, 2020. The 2 inspiring assumptions of the study have been 1. the transplant patient’s isolation and the social isolation, as a restrictive measure for COVID-19, could have similarities of behavior and management by the public service; and 2. the transplant patient already has experience with restrictive measures related to the care of physical health and so could positively react to social distancing. The purpose of the Transplant Center has been to continue to ensure clinical-medical assistance and psychological support to transplant patients and patients on the waiting list, and to monitor the psycho-physical trend through data collection obtained by phone inquiries.

Material and Methods

Seventy-nine consulting/phone clinical and psychology interviews were made. Eight patients, transplanted or on a waiting list, were monitored for the psychological aspect through a more articulate supporting path. It is also reported that 1 of these 8 patients, who had received a kidney transplant, tested positive for COVID-19 and was followed up during hospitalization through psychological telephone support. Additional data of a more detailed clinical nature are being studied and correlated with other cases followed by this center. The phone questionnaire, submitted to 71 patients (51 men and 20 women), consisted of a set of 15 questions that investigated structure and psychological resistance. Questions explored, in essence, how the person has reacted to the temporary emergency situation, whether through the reactive development of psychopathological aspects (12 questions divided into 4 areas: mood/anxiety, body rhythm, thinking function, and deviance) or whether through the ability to draw from personal resources in a positive prospective for the moment and for the future (3 questions: positive resources area).

Results

Thus far, 79 patients have been monitored (Table 1 ). For details related to the positioning of patients according to the stages of progression of kidney disease according to the Clinical Practice Guideline for the Evaluation and Management of Chronic Kidney Disease [1], refer to Table 2 . According to the stage of progression of kidney disease, it was found that 7.04% of patients were in stage I, 32.04% in stage II, 21.10% in stage III A, 18.31% in stage III B, 18.31% in stage IV, and 2.82% in stage V. Further allocations related to sex are shown in Table 2.
Table 1

Demographic and Clinical Features

SexAverage Age of PatientsTime Post-transplantationDonor Source
71 total56 years8 years65 deceased donors
20 men6 living donors
51 women
Table 2

Stage of Kidney Function (KDIGO 2012)

IIIIII AIIIBIVV
Total5231513132
Men416121090
Women173342
%7.04%32.40%21.10%18.31%18.31%2.82%
% Men on stage80%69.60%86.70%77%77%------
% Men on total5.63%22.50%18.30%14.08%12.70%------
% Women on stage20%30.40%24.30%23%23%100%
% Women on total1.04%9.86%2.82%4.22%5.60%2.82%

Abbreviation: KDIGO, Kidney Disease Improving Global Outcomes.

Demographic and Clinical Features Stage of Kidney Function (KDIGO 2012) Abbreviation: KDIGO, Kidney Disease Improving Global Outcomes. The opportunity is taken to integrate the data relating to the psychological aspects detected through the telephone interview by providing indications about the number of patients who gave qualitatively positive or not positive answers. Therefore, the 3 ranges of answers provided by patients with regard to their quality are reported in the “Development of Psychopathological Aspects” section of Table 3 , where it is noted that band 1, which reports the number of patients who have not developed symptoms related to psychopathology, is definitely represented. We note the placement of 67 patients out of 71 in band 1, this means that 94% of patients do not feel unwell or situations that could change in a psychopathological sense. Further indications on the nature of the responses, divided by investigation areas, are reported in the analysis within the article.
Table 3

Number of Patients Divided by Response Bands in the 2 Investigation Areas

Development of Psychopathological Aspects
Band 150 men17 women67 total
Band 21 men3 women4 total
Band 3000
Use of Positive Resources
Band 15 men3 women8 total
Band 229 men5 women34 total
Band 317 men12 women29 total
Number of Patients Divided by Response Bands in the 2 Investigation Areas In the “Use of Positive Resources” section of Table 3 the third and second bands, most represented, show the number of patients who skillfully and easily accessed positive personal resources to deal with the situation of isolation. Band 1 shows the number of patients who have difficulty using resources, and band 2 and progressively 3 shows patients who manage to use the positive aspects of themselves to face the difficulties associated with social isolation. It should be noted that 34 patients out of 71 frequently use positive personal tools; 29 patients out of 71 use them regularly and easily, not encountering difficulties in finding positive energy to face the problems of the moment; and 8 patients show limitations in dealing with problems. Further indications on the nature of the responses, divided by investigation areas, are reported in the analysis within the article. For this reason, it can be argued that, in substance, the adjustment to isolation measures has represented, for transplant patients, a significant life experience able to structure a more positive and purposeful attitude toward the COVID-19 emergency situation, as shown in Table 4 . In this regard, 54% of the answers in the area “positive resources” corroborate the capacity of being able to draw from personal positive aspects, such as self-confidence, faith in the future, and planning capacity. Twenty-five percent of answers converge to the use of “occasional” personal resources while 21% shows “never or rarely” with respect to confidence and future planning.
Table 4

Diversified Answers by Area of Investigation

Answers Area "Development of Psychopathological Aspects"Answers of “Use of Positive Resources"
Never or rarely88%Never or rarely21%
Often or always6%Often or always54%
Occasionally6%Occasionally25%
Diversified Answers by Area of Investigation These last 2 sets of answers, in the same way, spark interest of study and further information since, in the future, we might verify if the patients who have less personal capacity of adjustment and processing of traumatic events will be both those who, as shown in the literature, might be less compliant with treatments and those who needed and keep on needing to follow processes of psychological support because of a structural fragility of the personality. In order to create a correspondence between Table 2 and Table 3, the summary data are shown in Table 5 . From the overall analysis of the data derived from the study of the positioning of patients based on the stage of renal function and the bands related to the development of psychopathological aspects and the use of positive personal resources, it emerges that stage V kidney failure patients are in the first bracket as regards the development of psychopathological aspects (absence of these experiences) and in the third bracket as regards the good use of positive resources to deal with isolation. The analysis of the intersection of the data concerning the 23 patients in stage II with kidney function "mildly decreased," the most represented stage in this study, shows that they are not in a situation of psychological malaise (22 in band 1, 1 in band 2); 8 out of 23 patients draw significantly on their positive personal resources, 13 patients did so frequently but in an inconsistent and lasting way, and 1 patient did so in a limited way. Therefore, it can be deduced that, although with a datum that can be expanded, a serious or medium-serious situation from an organic point of view in this socio-health emergency situation is well addressed by transplant patients. By crossing lines and columns, it is possible to identify the psychological condition, with respect to the development of the psychopathological aspects and use of personal resources, in the progression of kidney disease. Although it is a small sample, the available data seem to support our initial hypotheses in which we understood how isolation of the transplanted person and social isolation, as a restrictive measure for COVID-19, could have similarities in behavior and management by the public service and that, therefore, the transplanted patient, with experience of restrictive measures related to the care of physical health, could respond positively to social distancing.
Table 5

Data Analysis in Tables 2 and 3

Stage of Kidney FunctionNo. PatientsDevelopment of Psychopathological Aspects
Use of Positive Resources
Band 1Band 2Band 3Band 1Band 2Band 3
I: Normal to high5410041
II: Mildly decreased2322101139
IIIA: Mildly to moderate decreased151500582
IIIB: Moderately to severely decreased131300148
IV: Severely decreased131120157
V: Kidney failure2200002
Data Analysis in Tables 2 and 3

Discussion

Psychological background related to situations of isolation has been studied. Studies demonstrate that there are numerous factors of stress that contribute to making the social distancing time harder, as demonstrated in the studies of Blendon et al [2], Cava et al [3], Hawryluck [4], and Jeong et al [5], which, in particular, notes how the quarantine could bring out feelings of anger and anxiety and consequently jeopardize the mental health of the patient. In favor of such studies, the research led by Beller and Wagner [6] can be mentioned in relation to the loneliness, social isolation, synergic interaction, and the connection with mortality. Phobic or obsessive feelings have also been analyzed in the study of Reynolds et al [7], which, after the end of the SARS emergency, structured avoidance behaviors: 54% of the people who were put in isolation avoided those who coughed or sneezed, 26% stayed away from closed or crowded places, and 21% avoided public spaces. In contrast, from the analysis of our data, it emerged that answers to the questions of the area “mood/anxiety” were concern the absence of symptoms attributable to anxiety experiences, depression, irritability, and depressed mood for a percentage of 89.13%; answers to the questions of “body rhythm” denied difficulties related to the rhythm of the body (eg, psychosomatic episode, sleep/wakefulness), for a percentage of 72.77%; answers to the question of “thinking function” were, for 83%, related to the absence of the difficulties connected to the thinking function (focus); answers to the questions of “deviance” were, for 98.59%, inherent in the denial of engaging deviant behaviors (eg, failed compliance, use of alcohol, non-correct medicines taking). The interesting datum is that 54% of the answers in “positive resources” were related to the productive capacity of drawing from concrete personal skills to face this emergency situation. Moreover, 6 patients, transplanted or on a waiting list, used phone communication for initial psychological support; 2 patients, 1 transplanted and 1 on a waiting list, were monitored on a weekly basis for all of phase 1 with more articulate psychological phone support. The organ transplant, on the other hand, represented for patients a life situation that demands the activation of extraordinary energies, both mental and physical, and can act as an intense stressor stimulus, especially in the presence of a structure of a fragile personality, to which the organism responds with a neurotransmitter and endocrine-metabolic modifications, also determining the increase of attention and reactivity to stimuli [[8], [9], [10], [11]]. As shown in different studies [12,13], responsive backgrounds to the transplant can materialize in mental disorders (eg, post-traumatic stress disorder, adaption disorder, psychosomatic disorder). In light of the results of international research that shows the improvement of physical functions and general quality of post-transplant life [[14], [15], [16], [17], [18], [19]], the disappearance of sleep disturbances and appetite disorders, and the enhancement of cognitive functions [20], our goal has been to verify how the transplant patient, who has already experienced existential discontinuity [21], meaning a sudden interruption of the patient’s self and everyday life, has also already experienced isolation and potential traumatic times related to the loneliness-isolation and, therefore, in this time of emergency could react in a more positive and consistent manner. Hence, the transplantation, as well as social distancing, upset the stance of the person, causing a discontinuity of the sense of existence [22] that engages the subject to manage a new reorganization of one’s self and life habits. Phone interviews reveal, in all respects, that transplanted recipients seem to respond to restrictive measure of social distancing in an adequate way without the development of discomfort/psychopathological aspects. Such data, considering the similarity of a life situation of a transplant patient who has to apply social distancing based on the studies of Brooks et al [23] that prove how public health has a double role of compliance monitoring and support to people in quarantine and the sector studies related to the effectiveness of post-transplant assistance by the medical team [[24], [25], [26]], better corroborate the job done by this medical team toward 24/7 assistance though phone communications for the management of either medical-surgical and psychological aspects.

Conclusion

Transplant patients, thanks to support pre- and post-transplant and throughout the process of treatment management in the phase 1 of the COVID-19 emergency, have faced the measure of social distancing, enforced by the government, adequately and in adherence with the treatment, thanks to the phone assistance of all the medical-surgical and psychological team. In the future, it could be useful to monitor the same sample of subjects at the end of phase 1 to verify the change of the attitude that draws from the capacity to tap into personal resources and potential psycho-pathological disorders that could get involved in the phase of new adjustment. At last, a further object of study could be the verification of the hypothesis that the patients who were not compliant before the COVID-19 emergency may have permanently revealed aspects of lack of confidence and non-adherence by not following medical indications or adopting an oppositional attitude.
  23 in total

1.  Psychiatric complications after liver transplantation.

Authors:  A T Kizilisik; M H Shokouh-Amiri; C R Tombazzi; S Desmukh; H P Grewal; S R Vera; A O Gaber
Journal:  Transplant Proc       Date:  2001 Nov-Dec       Impact factor: 1.066

2.  Kidney transplantation improves quality of life.

Authors:  O Witzke; G Becker; G Franke; M Binek; T Philipp; U Heemann
Journal:  Transplant Proc       Date:  1997 Feb-Mar       Impact factor: 1.066

3.  Psychosocial consequences of living kidney donation: a prospective multicentre study on health-related quality of life, donor-recipient relationships and regret.

Authors:  Lieke Wirken; Henriët van Middendorp; Christina W Hooghof; Jan-Stephan F Sanders; Ruth E Dam; Karlijn A M I van der Pant; Judith M Wierdsma; Hiske Wellink; Elly M van Duijnhoven; Andries J Hoitsma; Luuk B Hilbrands; Andrea W M Evers
Journal:  Nephrol Dial Transplant       Date:  2019-06-01       Impact factor: 5.992

Review 4.  Interventions to improve medication adherence in adult kidney transplant recipients: a systematic review.

Authors:  Jac Kee Low; Allison Williams; Elizabeth Manias; Kimberley Crawford
Journal:  Nephrol Dial Transplant       Date:  2014-06-20       Impact factor: 5.992

5.  Does ethnicity influence perceived quality of life of patients on dialysis and following renal transplant?

Authors:  A B Bakewell; R M Higgins; M E Edmunds
Journal:  Nephrol Dial Transplant       Date:  2001-07       Impact factor: 5.992

6.  Impact of clinical pharmacy services on renal transplant patients' compliance with immunosuppressive medications.

Authors:  M A Chisholm; L L Mulloy; M Jagadeesan; J T DiPiro
Journal:  Clin Transplant       Date:  2001-10       Impact factor: 2.863

7.  The experience of quarantine for individuals affected by SARS in Toronto.

Authors:  Maureen A Cava; Krissa E Fay; Heather J Beanlands; Elizabeth A McCay; Rouleen Wignall
Journal:  Public Health Nurs       Date:  2005 Sep-Oct       Impact factor: 1.462

8.  Psychosocial, neuropsychological and neurological status in a sample of heart transplant recipients.

Authors:  B Strauss; T Thormann; H Strenge; E Biernath; U Foerst; C Stauch; U Torp; A Bernhard; H Speidel
Journal:  Qual Life Res       Date:  1992-04       Impact factor: 4.147

9.  Posttransplant Medical Adherence: What Have We Learned and Can We Do Better?

Authors:  Mary Amanda Dew; Donna M Posluszny; Andrea F DiMartini; Larissa Myaskovsky; Jennifer L Steel; Annette J DeVito Dabbs
Journal:  Curr Transplant Rep       Date:  2018-04-17

10.  Mental health status of people isolated due to Middle East Respiratory Syndrome.

Authors:  Hyunsuk Jeong; Hyeon Woo Yim; Yeong-Jun Song; Moran Ki; Jung-Ah Min; Juhee Cho; Jeong-Ho Chae
Journal:  Epidemiol Health       Date:  2016-11-05
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  3 in total

1.  Quality of Life and Mental Health in Kidney Transplant Recipients During the COVID-19 Pandemic.

Authors:  Concetta De Pasquale; Maria Luisa Pistorio; Pierfrancesco Veroux; Rossella Gioco; Alessia Giaquinta; Francesca Privitera; Massimiliano Veroux
Journal:  Front Psychiatry       Date:  2021-06-09       Impact factor: 4.157

2.  Medical Students and Patients Benefit from Virtual Non-Medical Interactions Due to COVID-19.

Authors:  Taylor M Coe; Trevor J McBroom; Sarah A Brownlee; Karen Regan; Stephen Bartels; Noelle Saillant; Heidi Yeh; Emil Petrusa; Leigh Anne Dageforde
Journal:  J Med Educ Curric Dev       Date:  2021-07-21

3.  COVID-19 Minisymposium: Toward a Strategic Roadmap.

Authors:  Barry D Kahan
Journal:  Transplant Proc       Date:  2020-10-06       Impact factor: 1.066

  3 in total

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