Indiana University School of Medicine
Indianapolis, Indiana, 46075, United States
Location status: Recruiting
NCT Number: NCT06725550
The proposed research is to determine the clinical efficacy and neurobiological mechanisms of acupuncture analgesia in patients with sickle cell disease.
Interested in participating?
Request Info14 year–80 year
All sexes
Interventional
Not applicable
Indianapolis, Indiana, 46075, United States
Location status: Recruiting
This study will help the investigators to learn whether acupuncture, which is a non-opioid alternative pain management approach, can help to manage pain in patients with sickle cell disease and the underlying mechanisms. Acupuncture involves inserting very fine needles through the skin at specific points on the body to different depths. Acupuncture may help relieve pain and it is used for a wide range of pain conditions. Participation in this study will include 14 study visits over around 6-8 weeks and 12 months follow-up visits. This is a randomized study, which means subjects are randomly assigned to one of two groups. During the study visits: 1) Subjects will be randomized to 10 sessions with either traditional acupuncture (very fine acupuncture needles will be inserted into the skin) or laser acupuncture without needles (a laser acupuncture device will be used and there will be no physical contact between the device and subject's skin) and each session will last for 30 minutes, 2) Subjects will answer questions about their personal and health related information for assessing health condition during the in-person and follow-up study visits, 3) Investigators will perform quantitative sensory testing (QST) before and after the acupuncture sessions on the surface of selected testing areas in subjects to assess the somatosensory functionality, 4) Investigators will record brain signals before and after acupuncture sessions using magnetic resonance imaging (MRI)-an imaging tool to analyze brain structural and functional features and metabolites profile, functional near-infrared spectroscopy (fNIRS)-an imaging tool to examine the brain hemodynamic activity, and electroencephalography (EEG) -an imaging tool used to detect the brain electrical activity, 5) Subjects will receive evoked pain stimuli on the left gastrocnemius muscle during MRI, fNIRS and EEG, 6) Female subjects will take a urine pregnancy test during the screening visit as well as before each behavioral and MRI visit, 7) Investigators will collect an inner eyelid image collection for examining the hemoglobin level and 8) subjects will have two blood draws before and after the entire acupuncture sessions for regular blood examination and circulating biomarkers' analyses. Some details regarding the interventions are purposefully omitted at this time to preserve scientific integrity. They will be included after the trial is complete.
Healthy volunteers accepted: No
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Exclusion criteria
Recent (30 days) initiation or dose adjustment of stimulant medications, such as those used to treat ADD/ADHD (e.g., amphetamine/dextroamphetamine [Adderall®], methylphenidate, dextroamphetamine), or the fatigue associated with sleep apnea or shift work (e.g., modafinil).
Acupuncture treatment will both main and supplementary acupoints. Main points include GB30; ST36; LI11- LI4, GB34-SP6; LR3, SP10, DU24, DU20, Yin Tang, Ear Shen Men which are chosen based on the unique clinical features of sickle pain. The remaining individualized acupoints will be selected and manipulated with manual acupuncture with appropriate needling techniques based on the individual "Syndrome" ("reinforce" or "reduce" or "Non reinforce or reduce") that is determined by TCM diagnosis.
Laser acupuncture device VitaLaser 650 (Lhasa OMS, Weymouth, MA or similar) will be positioned 1-2cm over all of the same acupoints used in verum acupuncture treatment above. No palpation is administered prior to positioning the device and there is no physical contact between device and skin.
Time frame: changes brain connectivity features from baseline to post-treatment time point (approximately 5 weeks interval)
Characteristics of functional brain activity will be studied using fMRI.
Time frame: changes of quantitative sensory testing scores from baseline to post-treatment time point (approximately 5 weeks interval)
Somatosensory functionality will be examined using a board tests of which is a reliable and reproducible approach in pain research.
Time frame: changes of brain metabolites levels from baseline to post-treatment time point (approximately 5 weeks interval)
Characteristics of brain metabolites will be studied using 1H-MRS.
Time frame: changes of painDETECT scores from baseline to post-treatment time point (approximately 5 weeks interval)
This is 4-component questionnaires that address the location, intensity, quality of pain symptoms. painDETECT is a nine-item questionnaire that consists of seven sensory symptom items for pain that are graded from 0= never to 5= strongly, one temporal item on pain-course pattern graded -1 to +1, and one spatial item on pain radiation graded 0 for no radiation or +2 for radiating pain.
Time frame: changes of BPI scores from baseline to post-treatment time point (approximately 5 weeks interval)
A simplified BPI is used to assess the severity of pain, interference of pain on daily function, location of pain, pain medications and amount of pain relief using the rating from 0= no pain/relief/interference to 10= worst pain imaginable/complete relief/completely interferes in the past 24 hours or the past week.
Time frame: changes of nociplastic scores from baseline to post-treatment time point (approximately 5 weeks interval)
A customized questionnaire that is used to examine the locations (Yes/No) and severity of the pain interference (no problem-slight-moderate--severe) for understanding the level of nociplastic pain in the past 7 days. Widespread Pain Index and Symptom Severity will be scored from 0 to 10. Higher score connotes higher severity of nociplastic pain.
Time frame: changes of HADS scores from baseline to post-treatment time point (approximately 5 weeks interval)
HADS is used to determine the levels of anxiety and depression that a person is experiencing in the past one week. The HADS is a fourteen-item scale that generates: Seven of the items relate to anxiety and seven relate to depression. Each item on the questionnaire is scored from 0-3 and this means that a person can score between 0 and 21 for either anxiety or depression.
Time frame: changes of PHQ-9 scores from baseline to post-treatment time point (approximately 5 weeks interval)
PHQ-9 is used to assess the mental health conditions in the past two weeks. Total scores of 5, 10, 15, and 20 represent cut points for mild, moderate, moderately severe, and severe depression, respectively.
Time frame: changes of PROMIS-29 scores from baseline to post-treatment time point (approximately 5 weeks interval)
The PROMIS-29 has seven health domains (physical function, fatigue, pain interference, depressive symptoms, anxiety, ability to participate in social roles and activities, and sleep disturbance) with customized 29-item questions and a single 4-20 numeric rating for each question.
Time frame: changes of MFI scores from baseline to post-treatment time point (approximately 5 weeks interval)
MFI is a 20-item self-report instrument designed to measure fatigue with five dimensions including General Fatigue, Physical Fatigue, Mental Fatigue, Reduced Motivation and Reduced Activity. Subscale scores (range 4-20) are calculated as the sum of item ratings and a total fatigue score (range 20-100) is calculated as the sum of subscale scores. Higher scores indicate a higher level of fatigue.
Time frame: changes of PSQI scores from baseline to post-treatment time point (approximately 5 weeks interval)
The PSQI is a 19-item, self-rated questionnaire designed to measure sleep quality and disturbance over the past month in clinical populations. The sleep component scores are summed to yield a total score ranging from 0 to 21 with the higher total score (referred to as global score) indicating worse sleep quality.
Time frame: changes of pain-related quality of life scores from baseline to post-treatment time point (approximately 5 weeks interval), as well as monthly follow-up visits till the 12th month of last in-person visit.
ASCQ-Me contains both questionnaires of pain episodes frequency, severity, and the pain impact that can comprehensively examine the disease severity and impact in pain, stiffness, sleep, social function in patients with SCD. Scores for ASCQ-Me impact scales range from 0 to 100, with a standardized SCD population mean of 50 (SD, 10), where lower scores connote worse disease impact.
Time frame: changes of pain-related quality of life scores from baseline to post-treatment time point (approximately 5 weeks interval), as well as monthly follow-up visits till the 12th month of last in-person visit.
The PedsQL is a self-report and parent-report measure assessing the quality of life in a variety of domains including physical, emotional, social, and school. Items are reverse-scored and transformed to a 0-100 scale where higher scores indicate better quality of life.
Time frame: changes of circulating biomarkers levels from baseline to post-treatment time point (approximately 5 weeks interval)
Circulating biomarkers' expression profile and quantitative level of each targeted biomarker in blood samples will be examined using proteomics, multiplex assays, ELISA and etc.
Time frame: changes of blood hemoglobin level from baseline to post-treatment time point (approximately 5 weeks interval)
Blood hemoglobin level will be assessed by both regular blood sample analysis and a patented algorithm of spectral super-resolution spectroscopy technique using a software installed smartphone through the participants' inner eyelid.
Time frame: changes of brain hemodynamic activity from baseline to post-treatment time point (approximately 5 weeks interval)
Brain hemodynamic activity will be recorded and examined by functional near-infrared spectroscopy.
Time frame: changes of brain structural characteristics from baseline to post-treatment time point (approximately 5 weeks interval)
Brain structural features will also be examined using MRI.
Time frame: changes of alpha band from baseline to post-treatment time point (approximately 5 weeks interval)
Brain electrophysiological signals will be recorded and examined by EEG. EEG power in alpha band will be analyzed using Matlab, EEGLab or other computer software designed for EEG data.
Time frame: changes of theta band from baseline to post-treatment time point (approximately 5 weeks interval)
Brain electrophysiological signals will be recorded and examined by EEG. EEG power in theta band will be analyzed using Matlab, EEGLab or other computer software designed for EEG data.
Time frame: changes of beta band from baseline to post-treatment time point (approximately 5 weeks interval)
Brain electrophysiological signals will be recorded and examined by EEG. EEG power in beta band will be analyzed using Matlab, EEGLab or other computer software designed for EEG data.
Time frame: changes of delta band from baseline to post-treatment time point (approximately 5 weeks interval)
Brain electrophysiological signals will be recorded and examined by EEG. EEG power in delta band will be analyzed using Matlab, EEGLab or other computer software designed for EEG data.
Contact information is provided by the study sponsor or research team.
Ying Wang, MD, PhD
CONTACT
Ying Wang, MD, PhD
CONTACT
Indiana University
Other
Integrative Medicine in Pain Management in Sickle Cell Disease: Assessing the Clinical Efficacy and Neurobiological Impact With Acupuncture, 2.0
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