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Impact of yoga on psychopathologies and QoLin persons with HIV: A randomized controlled study
Article in Journal of Bodywork and Movement Therapies · October 2018
DOI: 10.1016/j.jbmt.2018.10.005
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Impact of yoga on psychopathologies and QoLin persons with HIV: A randomized controlled study
Asha Kiloor, Sonykumari, Kashinath Metri
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DOI:
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S1360-8592(18)30446-7
https://doi.org/10.1016/j.jbmt.2018.10.005
YJBMT 1733
Journal of Bodywork & Movement Therapies
Received Date: 22 June 2017
Revised Date: 12 March 2018
Accepted Date: 28 July 2018
Please cite this article as: Kiloor, A., Sonykumari, Metri, K., Impact of yoga on psychopathologies and QoLin persons with HIV: A randomized controlled study, Journal of Bodywork & Movement Therapies, https://doi.org/10.1016/j.jbmt.2018.10.005.
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Title: Impact of yoga on psychopathologies and QoLin persons with HIV: A randomized controlled study
Authors:
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Asha Kiloor1, Msc (Yoga)
Yoga Therapist, SVYASA University, Bengaluru
Dr Sonykumari1, PhD
Associate Professor, SVYASA University, Bengaluru
*Dr Kashinath Metri1, MD, PhD
Assistant Professor, SVYASA University, Bengaluru
*Corresponding author: Dr Kashinath G Metri
Email: [email protected] Mobile: +01 9035257626
1Affiliation: Division of Yoga and Life Sciences, Sami Vivekananda Yoga
Anusandhana Samsthan (SVYASA – A deemed to be a University), # 1 Eknath
Bhavan Gavipuram Circle K G Nagar, Bengaluru-560019, India.
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ABSTRACT
Background: Evidence suggests that individuals with human immunodeficiency
virus (HIV) positive, often exhibit poor physical and mental health, which
contributes to a reduced Quality of Life (QoL). Yoga is a form of alternative
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therapy that has positive influences on general health and QoL.
Objectives: This study examined the effects of yoga on i) anxiety, depression
and psychological well-being, and ii) Quality of Life (QoL), among individual
with HIV positive.
Methodology: Sixty individuals with HIV-positive (aged30–50 years) from
rehabilitation centres across Bangalore were randomly assigned to the yoga
intervention group (n=30; 11 men) or the wait-listed control group (n=30; 10
men). Participants in the yoga group underwent 8 weeks of intense yoga
practice, performed an hour a day, for 5 days a week. The yoga practice
consisted of physical postures, breathing practices, relaxation techniques, and
meditation. Participants in the wait-listed control group followed their normal
routine. Anxiety, fatigue, depression, and QoL were assessed twice for all
subjects in each group – once at the start of the study to establish a baseline
and once more at the end of the2month study period to assess any changes.
Data analysis was performed on the assessments using SPSS software version 10.
Results: In the yoga group, a significant reduction in anxiety (p<0.001),
depression (p<0.001), and fatigue (p<0.001) was observed, associated with
significant improvements in well-being (p<0.001) and all domains of QoL
(p<0.001). However, in the control group, an increase in anxiety, fatigue, and
depression was observed, associated with a significant decrease in well-being
and QoL.
Conclusion: This study clearly indicates that yoga intervention improves the
psychological health and QoL of individuals with HIV-positive. Therefore, based
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on these findings, yoga is strongly recommended as a complementary therapy
to enhance conventional HIV care.
Keywords: HIV, Yoga, Fatigue, Anxiety, Depression, Quality of Life.
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INTRODUCTION
Approximately, 40 million people worldwide are living with human
immunodeficiency virus (HIV) infection (Alter et al 2006). Country-wise, India
records the second-highest number of HIV-infected persons, approximately 3–4
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million (Go et al 2004). HIV is an infectious disease that affects an individual’s
immunity, thus increasing vulnerability to various opportunistic infections.
Pharmacological treatments such as Anti-Retroviral Therapy (ART) are presently
used to increase life expectancy and control HIV progression. But, the ART
intervention is frequently associated with various side effects (Antoni et al 2002;
Hartmann et al 2006).
However, despite ART intervention, several psychological issues associated with
HIV, continue to persist among persons with HIV-positive (Green & Smith 2004;
Rodger et al 2013; Rosenfield et al 1996).
Additionally, individuals with HIV-positive experience social stigmas, feelings of
guilt, uncertainty about the future, feelings of isolation, lack of social
reinforcement, and worry about frequent infections, thus making them prone to
chronic psychological problems such as anxiety disorder and depression (Bogart
LM et al 2000; Vogl et al 1999). Several cross-sectional studies have
demonstrated a high prevalence of anxiety disorder and depression among
individuals HIV-positive, with the risk of depression being four times more as
compared to normal individual. The prevalence rate of depression among HIV-
infected individuals ranges from 5% to 45%, and the prevalence rate of anxiety
disorder is up to 38% (Bogart LM et al 2000; Elliott A et al 1998). Also, individuals
with HIV positive have depression have higher suicidal tendency than non-HIV
depressed individuals (Chandra P et al 1998; Cluver et al 2007; Penzak et al
2000).
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Further studies have shown that the presence of depression in HIV-infected
individuals is associated with a decreased CD4 cell count, an increased viral
load, and reduced compliance with ART (Yun LW et al 2005).
Apart from frequent infections, weight loss and fatigue are observed
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prominently among individuals with HIV-positive. Such symptoms affect daily
work and lead to more disability and dependency in the persons with HIV
(Cleary PD et al 1993; Low et al 2011; Ferrando et al 1998; Breitbart et al 1998).
Collectively, these issues such as anxiety, depression, poor immunity, and HIV-
associated symptoms lead to reduced psychological well-being and
significantly affect quality of life (QoL) among individuals with HIV-positive
people (Adewuya et al 2008; AminiLari et al 2013; Aranda et al 2004).
Non-drug interventions such as yoga, meditation, tai chi, or Cognitive
Behavioural Therapy (CBT) have been found to be effective in improving several
physical and psychological symptoms associated with chronic health
conditions, including HIV (Antoni et al 2002; Naoroibam et al 2016; Bhargav et al
2016; Ferrando et al 2004; Taylor et al 1995).
Yoga
Yoga is a form of mind–body intervention consisting of physical practices,
breathing techniques, and meditation. The science of Yoga is considered to be
approximately more than 5000 years old (Keley et al 2010). Spiritually, the
practise of yoga aims to achieve the highest goal of life called Moksha, which
refers to liberation (Siddiqui et al 2016). Scientific investigations have noted the
many physiological and psychological benefits of yoga practice in both clinical
and nonclinical populations (Yang et al 2007; Raju et al 1986).
The practise of yoga has disease preventive effects and beneficial effects on
wellness. Scientific evidences have confirmed the various wellness benefits of
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yoga for various health conditions, such as diabetes mellitus (Hemmer et al 2008;
Mahapure et al 2008), cardiovascular disease (Ashish et al 2015), neurological
disorders (Sharma, 2015), gastrointestinal disorders (Kaswal et al 2013; ), and
many psychological troubles. A significant portion of yoga research has focused
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on studying its impact on psychological health and well-being. Yoga and
meditation intervention studies show reduction in anger (Bhushan & Sinha 2001),
anxiety (Eppley et al 1989), and depression (Krishnamurthy & Telles 2007; Woolery
et al 2004), as well as increase in well-being (Netz & Lidor 2003). The potential of
yoga to increase psychological well-being, including improved energy, and
overall QoL has been demonstrated in older adults (Oken B et al 2006).Yoga
practice reduces depression symptoms in pregnant woman (Mitchell,
2012).Yoga can be considered an ancillary treatment option for people with
depressive disorders and individuals with elevated levels of depression (Cramer
& Langhorst 2013).Yoga practice results in a significant decrease in anxiety levels
and a positive change in subjective well-being among students (Jadhav &
Havalappanavar 2009).Yoga practice reduces anxiety and blood pressure and
improves QoL more significantly than physical exercise (Marefat &
Peymanzad2011).
Hence, the present study intended to assess the impact of a 2-month integrated
yoga intervention on psychological health, QoL, and well-being among HIV-
infected persons, when compared with a matched wait-list control group.
Methods and materials
Participants
HIV-infected people aged 30–50 years on ART were recruited in this
study.We considered the participants within this age range because, after the
age of 50, people with HIV usually experience severe weight loss, and co-
morbid conditions such as tuberculosis, hepatitis B, fatigue syndrome etc.
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rendering them unable to perform yoga. Also, the lower age limit is chosen as
30, as any HIV person below 30 years of age is usually in less advanced stages of
disease.
We approached two HIV rehabilitation centres located in Bengaluru city, India.
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A total of 88 participants was approached for participation, and they were
screened for eligibility criteria.
Among 88 participants, 63 were found to be eligible for the study. Of 63
potential participants, 2 declined to participate in the study. Finally, we selected
60 potential participants for the study. For the equal distribution of subjects
across both groups, we did not consider the data of one subject from yoga
group, although he received IY (See Flow Chant 1). None of the participants
had CD4 count<300 indicating AIDS.
Randomization
Participants’ names were fixed up in alphabetical order and then listed in serial
order from 1 to 60. Using a computer-based random number generator, two
groups were formed. The groups were named 'A' and 'B'. Group A was selected
as intervention group and B as a wait-list group using tossing method.
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Flow Chart 1
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Subjects screened = 88
Eligible subjects = 63
Drop outs=2 Due personal reasons
60 subjects
Yoga group = 30 subjects
Pre assessment n=30
2 Months yoga + ART
Post assessment n=30
Control group = 30 subjects
Pre assessment n=30
ART only
Post assessment n=30
Figure 1: Participant recruitment
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Inclusion criteria
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· HIV-positive and within the age range of30–50 years
· Willing to participate in the study
· Participants of Both genders
Exclusion criteria
· Prior exposure to yoga
· Physical handicap or Severe disability
· Recent surgery
· Acute respiratory infections
· History of psychiatric illness or usage of antipsychotic medication
· Drug addiction
Ethical consideration
Participants were informed about the study protocol in their respective mother
tongue, and written informed consent was obtained before the
commencement of the study.
This study was approved by an Institutional Review Board (IRB) of Directorate of
Distance Education, SVYASA University, Bengaluru, India.
Intervention
All subjects in the yoga group performed2 months of yoga practice consisting of
loosening practices, Suryanamaskara, breathing practices, Asanas, Pranayama,
meditation, and relaxation techniques (See Table:1), which were performed
daily for 1hour, 5 days a week. The subjects in the control group followed their
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normal routine activity. Regular attendance was monitored by maintaining an
attendance register and subjects who attended <70% of the sessions were
excluded from analysis. A total of 95% of the subjects attended all sessions, none
of the subjects had attendance less than 70%.
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The yoga module used in the study by Rosy et al (2015) was applied in this study.
(Please add Table 1 Here)
Table 1: List of practices performed by the yoga group
Sl.No. Name of Practices Starting Prayer
Shithilikarana practices
1 Forward and backward bending
Number of rounds
5 rounds
Duration 2 min
2 min
2 Twisting
3 Side bending
5 rounds 2 min 5 rounds 2 min
Suryanamaskara
Quick Relaxation Technique
Breathing Practices
6 rounds 8 min
3 min
1 Hands in and out breathing 2 Ankle stretch breathing
3 Bhujangasanabreathing
4 Straight leg- raise breathing
Asanas
1 Ardhakatichakrasana
2 Ushtrasana
3 Paschimothanasana 4 Bhujangasana
5 Shalabhasana
6 Setubandasana
5 rounds 2 min 5 rounds 2 min 5 rounds 2 min 5 rounds 2 min
1 round 2min 1 round 1 min 1 round 1 min 1 round 1 min 1 round 1 min
1 round 1min
7 Vipareetakarani Quick Relaxation Technique
Pranayama
1 round 2 min 3 min
1 Kapalabhati
2 Sectional Breathing
3 Nadishudhi
60–80 rounds/min 2 min 5 rounds 5 min
10 rounds 5 min
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4 Seetkari/Seetali/Sadanta 5 Bhramari
5 rounds 2 min 10 rounds 5 min
Meditation
1 Nadanusandhana Deep Relaxation Technique
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Closing Prayer
9 ×4 5 min 10 min
2 min
Assessments and tools
Primary outcome measures
WHO Quality of Life- HIV Brief (WHOQOL-HIV BREF)
Both groups were administered WHOQOL-HIV BREF before and after 2 months of
(Hsiung PC et al 2011).
The WHOQOL-HIV BREF is considered to be a valid &a reliable tool to assess
different domains of QoL among HIV infected persons. It comprises of 31 items,
each using a 5-point Likert scale ( 5 most 1 least?). The 31 items are distributed
across six domains. The six domains of QoL are as follows: physical health,
psychological health, level of independence, social relationships, environment,
and spirituality/religion/personal beliefs. The physical health domain measures
pain and discomfort, energy and fatigue, and sleep and rest. The psychological
health domain measures positive feelings, thinking, learning, memory and
concentration, self-esteem, body image and appearance, and negative
feelings. The level of independence domain measures mobility, daily life
activities, dependence on medications or treatments, and work capacity. The
social relationships domain includes personal relationships, social support, and
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sexual activity. The environment domain measures physical safety and security,
home environment, financial resources, health and social care, accessibility and
quality, opportunities for acquiring new information and skills, participation in
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and opportunities for recreation and leisure activities, and physical environment
(pollution, noise, traffic, climate, and transport) (Fatiregun, 2009).
Secondary outcome measures
Hospital Anxiety and Depression Scale
Anxiety and depression were assessed using the Hospital Anxiety and Depression
Scale.
The Hospital Anxiety and Depression Scale (HADS) is a valid tool to assess
symptom severity and anxiety disorders and depression in both individuals under
somatic, psychiatric, and primary care as well as those in the general
population. The scale contains a total of 14 items, of which 7 items assess
subjective anxiety and 7 assess depressions. (Zigmond AS; Snaith et al RP 1983)
Fatigue
For both groups, subjective fatigue was assessed using the Fatigue Severity Scale
(FSS) before and after 2 months.
Fatigue Severity Scale
The FSS is a valid tool to assess subjective fatigue. For both groups, the FSS was
administered before and after 2 months. The FSS is a method of evaluating the
impact of fatigue (Valko P et al 2008).
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WHO (Five) Well-Being Index (1998 version)
Both groups were administered WHO (Five) Well-Being Index (1998 version)
before and after 2 months of the yoga intervention (Huen & Bonsiqnore M 2001).
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It is a valid &reliable tool to assess the subjective well-being of individual
(Saipanish, 2009; Heun et al 2001).
Data analysis
Data analysis was performed using SPSS version 10 (IBM, Chicago, USA).
Data was subjected tothe Shapiro–Wilk test normality test and all variables were
found to be normally distributed. Descriptive statistics were presented as mean
and standard deviation. Paired sample t test and the independent sample t test
were used to compare the characteristics within-group and between-group,
respectively.
P value (significance) more than 0.05 was considered to depict a statistically
significant change.
Results
Demographic characteristics of participants did not differ between the two
groups; hence, the groups were comparable at baseline (Table 2).
Table 2: Comparison of demographics between the groups at baseline
Variable Yoga group, (n=30; 10 men; 20
women)
Control group, p value (n=30; 11 men; 19
women)
[Mean±SD] [Mean±SD]
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Age (years)
History of HIV infection
(years)
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Fatigue
Psychological well-
being
Anxiety
Depression
Physical QoL
Psychological QoL
Overall QoL &General
health
Social relations
Environmental
Spirituality
41.90±7.02
6.82±1.83
47.87±4.47
11.26±3.52
11.29±2.15
9.16±2.15
10.71±1.16
10.27±0.85
12.39 ± 1.41
9.58 ± 0.81
11.58 ± 0.98
11.68 ± 1.25
42.1±7.32 0.13
6.65±1.36 0.15
48.42±1.18 0.51
9.87±1.54 0.51
11.45±2.17 0.71
9.19±2.04 0.92
10.77±1.15 0.81
10.01±1.01 0.50
12.32 ± 1.17 0.81
9.48 ± 0.63 0.60
11.47 ± 0.89 0.84
11.26 ± 1.12 0.17
The yoga group consisted of 30 participants (11 men and 19 women), and the
wait-listed control group consisted of 30 participants (10 men and 20 women).
The intervention was found to be feasible, which is evidenced by a regular
attendance rate ofmore than 90%.
Shapiro-Wilk Test: Data was subjected to Shapiro-Wilk test and all the variables
found to be normally distributed with p value more than 0.05. Hence we used
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the paired sample t-test to assess the changes within each group before and
after 2 months and the independent sample t-test were used to compare the
differences between the groups.
Yoga group (Table 3)
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In the yoga group, we noted significant improvement in depression (p <0.001),
anxiety (p <0.001), psychological well-being (p <0.001), fatigue (p <0.001), and
all domains of QoL after2 months of yoga intervention when compared with
those at baseline (Table 3).
Control group (Table 3)
In contrast to the yoga group, we observed a significant increase in anxiety (p
<0.001), depression (p <0.001), and fatigue (p <0.005), along with asignificant
decrease in all domains of QoL and well-being (p <0.001), after 2 months
compared with those at baseline in the control group (See Table 3).
Table 3: Pre–post comparison of variables of yoga and wait-listed control groups
Group Yoga group Control group
Pre M ± SD Post M ± SD
p %
value change
Pre M ± SD Post M ± SD p value
Between-
% group
change compariso
n p value
Fatigue
Well-being
Anxiety
Depression
47.87 ± 4.47
11.26 ± 3.52
11.29 ± 2.15
9.16 ± 2.15
22.77 ± 2.51 <0.001
19.03 ± 1.97 <0.001
5.45 ± 1.34 <0.001
4.74 ± 1.12 <0.001
−52 48.42 ± 1.18
69 9.87 ± 1.54
−52 11.45 ± 2.17
−48 9.19 ± 2.04
49 ± 35 0.005 2 <0.001
8.61 ± 2.56 0.001 −13 <0.001
12.48 ± 2.20 <0.001 9 < 0.001
10.23 ± 1.93 <0.001 11 <0.001
QOL PH 10.71 ± 1.16 15.77 ± 1.12 <0.001 47 10.77 ± 1.15 9.84 ± 1.1 <0.001 −9 <0.001
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Psy 10.27 ± 0.85
LOInd 12.39±1.41
SRln 9.58±0.81
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Envmt 11.58±0.98
PBlfs
11.68±1.25
14.94 ± 0.84 <0.001 45
15.68±1.17 <0.001 27
13.29±0.59 <0.001 39
15.71±0.57 <0.001 36
<0.001
15.94±0.96 36
10.01±1.01
12.32±1.17
9.48±0.63
11.47±0.89
11.26±1.12
9.08±0.91 <0.001 −9 <0.001
10.97±1.49 <0.001 −11 <0.001
9.26±0.58 0.03 −2 <0.001
10.87±0.67 0.002 −5 <0.001
10.84±1.07 0.11 −4 <0.001
Abbreviations: “<” values are p values’ Fatg, Fatigue;WBng, Well-being;Anx, Anxiety;Dpr, Depression;QOL
Ph, QOL Physical;QOLPsy, QOL Psychological. QOL LOInd, QOL Level of Independence;QOL SRln, QOL Social
Relation;QOL Envmt, QOL Environment; QOL PBlfs, QOL Personal Beliefs
Between-group comparison
The yoga group showed a higher improvement in anxiety (p <0.001), depression
(p <0.001), fatigue (p <0.001), psychological well-being (p <0.001), and all
domains of QoL. Thus, we found significant differences between theyoga and
control groups (Table 3).
Discussion
In this study, we found a significant improvement in depression, anxiety, fatigue,
well-being, and QoL following 2 months of the yoga intervention in HIV-infected
participants. In contrast to the yoga group, a significant increase in depression,
anxiety, and fatigue and the deterioration of QoL and well-being were
observed in the control group. Worsening of the control group characteristics
may be attributed to the progression of the disease. Previously ssurveys have
shown that the natural advancement of disease involves worsening of anxiety
and depression symptoms along with reduction of CD4 counts in HIV patients.
Both these factors are known to have are reciprocities spiraling effect on each
other, resulting in a vicious cycle. Addition of yoga may break this cycle by
preventing or retarding progression of psychopathology (Marry et al 2002). Rosy
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et al 2016 also observed that there was an increase in anxiety and depression in
HIV positive patients on ART after one month of routine conventional treatment
as compared to the baseline.
This study suggests that yoga practice enhances the mental health by improving
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the well-being and reducing anxiety, depression and fatigue. Further, these
findings suggest the importance of yoga as an alternative intervention in
conventional HIV care. This study also showed the significance of the yoga
intervention as an add-on therapy to ART in HIV care.
Few studies have shown the potential use of the yoga intervention in HIV-
infected persons.
Another randomized controlled trial by Mawar et al 2015 reported significant
improvement in the health related QoL domains (12% in physical health; 9% in
level of independence; 11% in psychological health) (Mawar et al 2015)
In a randomized controlled trial, Rosy et al (2016) reported significant
improvement in depression scores (p=0.04, −13.39%) and a non-significant
reduction in anxiety scores (p=0.13, −8.2%) following 1 month of an integrated
yoga intervention in persons with HIV; in contrast to the yoga group, the control
group showed a significant increase in anxiety and depression over the same
period. The findings of our study are consistent with this previous study by Rosy et
al (2016) with a notable difference being the longer duration of 2 months. The
longer duration in our study may explain the comparatively higher improvement
in depression (48%) and anxiety (52%) in the yoga intervention group. Similarly,
asignificant increase in anxiety and depression in the control group was
observed at post-assessment; which may be attributed to HIV-associated
depression and anxiety.
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In another randomized controlled trial, Ram et al (2016) reported significant
improvement in QoL domains following 4 months of the yoga intervention in HIV
persons with cocaine addiction (Agarwal et al 2015). Consistent with this study,
our study also found significant improvement in QoL domains following 2 months
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of yoga intervention. However, the frequency of the yoga intervention in our
study was 5 days per week, as compared to 1 session per week in the previous
study. Also the type of yoga module differed from the previous study. These
variations could explain the greater improvement in QoL domains observed in
our study,
Our findings are also supported by a pilot RCT study by Menon et al 2013 in
which significant improvement in physical health, psychological well-being and
CD4 count following 10 weeks of yoga intervention among the adolescents with
HIV positive (Menon et al 2013).
The exact mechanism action of yoga is not known. However, based on earlier
findings, we can hypothesize that yoga practice leads to decreased stress
response through down-regulation of the HPA (hypothalamus-pituitary-adrenal
axis) (Ross et al 2009), which could have contributed to a reduction in anxiety.
Most of the yoga postures involve active stretching, which might have
contributed to increased parasympathetic activity and enhanced secretion of
positive Neuro-hormones such as serotonin, oxytocin which have anti-
depressant action (Sharma et al 2005). Decreased anxiety and depression is
shown to improve QoL (Chandwani et al 2009).
This study has a few limitations such as a small sample size, with no sample size
calculation done prior to the study. Additionally, the control-group has not had
any type of intervention, while the yoga group is a short term intervention.
Conclusion
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This study clearly indicates that yoga intervention improves the psychological
health and QoL of individuals infected with HIV. Therefore, based on these
findings, yoga is strongly recommended as a complementary therapy to
enhance conventional HIV care.
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Conflict of Interest
Authors declare no conflict of interest.
Acknowledgement
We are grateful for the constant support we received from the HIV Centres
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throughout the study.
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