Clinical Trial Details
— Status: Completed
Administrative data
NCT number |
NCT06344273 |
Other study ID # |
Burcu01 |
Secondary ID |
|
Status |
Completed |
Phase |
N/A
|
First received |
|
Last updated |
|
Start date |
July 1, 2023 |
Est. completion date |
October 1, 2023 |
Study information
Verified date |
August 2023 |
Source |
Duzce University |
Contact |
n/a |
Is FDA regulated |
No |
Health authority |
|
Study type |
Interventional
|
Clinical Trial Summary
Range of motion (ROM) is a term used to describe the amount of motion in each joint in our
body. Every joint in the body has a normal range of motion. Maintaining the normal opening of
the joints is achieved through movement. ROM exercises reduce contractures and are very
important in terms of helping to preserve muscle movements. ROM exercises are an inexpensive
method that can be applied in any environment, either as a group or individually, covering
all muscle-joint groups. Individuals with disabilities can perform ROM exercises individually
or receive support from healthcare professionals. It provides support to venous return by
increasing muscle strength in patients who are immobilized for a long time.
Based on this information, the aim of our study is to investigate the effect of lower
extremity ROM exercises during hemodialysis on hypotension, fatigue and hemodialysis comfort.
The patients will be divided into the intervention group (n=32) in which 20 minutes of ROM
exercise was applied and the control group (n=32) in which routine nursing care was given.
For the sample calculation of the study, G power analysis was performed, type 1 error was
0.05; type 2 error 0.20; With a power of 0.80, a minimum sample size of 64 people for the
experimental and control groups. The case group will be given lower extremity ROM exercises
for a total of two weeks. Each individual in the case group will have lower extremity ROM
exercises, each of which will last 20 minutes, at the beginning of the session and at the
beginning of the hour until the end of the session. "Piper's Fatigue Scale" and Hemodialysis
Comfort Scale" in the data collection form will be applied again at the end of the 1st and
2nd weeks after the sessions have started. The vital signs of the individual will be followed
and recorded at each session.
Description:
Chronic kidney failure (CKD) is an important disease that disrupts the fluid and electrolyte
balance of the individual, hinders the execution of the body's metabolic activities, and has
an increasing prevalence in the world and in our country. Waste and toxic products that
cannot be disposed of because CRF disrupts homeostasis are removed from the body by
hemodialysis, which is a renal replacement therapy. During the hemodialysis treatment
process, individuals may encounter many physical or psychological problems that affect their
quality of life such as hypotension, pain, muscle cramps, nausea, vomiting, dry skin,
itching, sleep problems, fatigue, constipation, diarrhea, emotional and sexual problems.
In hemodialysis patients, various complications occur before, during and after dialysis
treatment, usually within 1-4 hours. One of the most common complications during hemodialysis
(intradialytic) is hypotension. The Renal Disease Outcomes Quality Initiative (KDOQI) and
European Best Practice Guidelines (EBPG) define intradialytic hypotension as the development
of clinical symptoms (cramp, nausea, vomiting, dizziness, discomfort…) with a decrease in
systolic blood pressure of ≥20 mmHg or a decrease in mean blood pressure of >10 mmHg, and the
need for nursing interventions.
Normal responses are often impaired in hemodialysis patients due to comorbidities such as
cardiac dysfunction and autonomic neuropathy. Besides cardiac factors, the vascular reaction
to the decrease in blood volume may also be impaired during dialysis treatment. Decreased
arteriolar contraction compromises the physiological increase in systemic vascular resistance
during hypovolemia. Reduction in passive and active narrowing of venules and veins reduces
the shunt of blood to the central circulation and impairs venous return.
Fatigue, defined as a subjective weakness, lack of energy, is a common symptom after
hemodialysis. Psychological factors such as ultrafiltration, diffusion, osmotic imbalance,
changes in blood pressure, blood membrane interactions, prolonged positioning during
dialysis, higher tumor necrosis factor levels, and depression all play a role in the
pathogenesis of post-dialysis fatigue.
Studies have shown that physical exercise improves the exercise-functional capacity, muscle
strength and quality of life of patients receiving dialysis treatment, provides blood
pressure control, reduces the risk of diabetes development and cardiovascular disease,
alleviates depression and anxiety symptoms, increases survival and dialysis efficiency.
Range of motion (ROM) is a term used to describe the amount of motion in each joint in our
body. Every joint in the body has a normal range of motion. Maintaining the normal opening of
the joints is achieved through movement. ROM exercises reduce contractures and are very
important in terms of helping to preserve muscle movements. ROM exercises are an inexpensive
method that can be applied in any environment, either as a group or individually, covering
all muscle-joint groups. Individuals with disabilities can perform ROM exercises individually
or receive support from healthcare professionals. It provides support to venous return by
increasing muscle strength in patients who are immobilized for a long time.
Based on this information, the aim of our study is to investigate the effect of lower
extremity ROM exercises during hemodialysis on hypotension, fatigue and hemodialysis comfort.
The research was designed as a randomized controlled experimental study. The sample of the
study will be included individuals who received treatment at the Private Vital Dialysis
Center between July and August 2023, agreed to participate in the study and received written
permission, were older than 18 years old, were open to communication, were fully oriented,
could speak and understand Turkish, received hemodialysis treatment 3 times a week for 6
months or longer, did not have fistulas, did not have any conditions such as loss of
sensation in their hands and lower extremities, masses, fractures and ingrown nails. Patients
who do not want to participate in the study and who want to leave the research during the
research process will be excluded from the study. Confidentiality of information and the aims
of the study will be explained to each participant before the study, and written and verbal
consent will be obtained from individuals who agree to participate in the study. Participants
will be randomly assigned to either the case group or the control group. Protocol numbers
will be used to randomize participants in each group. Patients with an odd number of protocol
numbers will form the experimental group, and patients with an even number of protocol
numbers will form the control group. The data collection form developed by the researchers as
a result of the literature review related to the research will be filled before the
application. The data collection form consists of the "Patient Diagnosis Form", which
includes questions about sociodemographic characteristics and the disease in the first part,
and "Piper's Fatigue Scale" and Hemodialysis Comfort Scale in the second part.
The patients will be divided into the intervention group (n=32) in which 20 minutes of ROM
exercise was applied and the control group (n=32) in which routine nursing care was given.
For the sample calculation of the study, G power analysis was performed, type 1 error was
0.05; type 2 error 0.20; With a power of 0.80, a minimum sample size of 64 people for the
experimental and control groups. The case group will be given lower extremity ROM exercises
for a total of two weeks. Each individual in the case group will have lower extremity ROM
exercises, each of which will last 20 minutes, at the beginning of the session and at the
beginning of the hour until the end of the session. "Piper's Fatigue Scale" and Hemodialysis
Comfort Scale" in the data collection form will be applied again at the end of the 1st and
2nd weeks after the sessions have started. The vital signs of the individual will be followed
and recorded at each session.