New York University, Division of Special Studies in Symptom Management
New York, 10010, United States
NCT Number: NCT03855111
Distal sensory peripheral neuropathy (DSP) is a chronic, debilitating painful condition affecting quality of life in persons living with HIV. Treatments prescribed to manage DSP pain, such as nonnarcotic and narcotic analgesics, antidepressants and anticonvulsants, are largely ineffective. In HIV there are no FDA-approved drugs for this indication. This study assesses in a randomized controlled clinical trial, the efficacy of novel non-pharmacologic pain management approaches to reduce HIV-related DSP pain and improve quality of life.
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Notify Me18 year and older
All sexes
Interventional
Not applicable
New York, 10010, United States
Distal sensory peripheral neuropathy (DSP) is a chronic, debilitating painful condition affecting quality of life in 20%-50% of persons living with HIV. Treatments prescribed to manage DSP pain, such as nonnarcotic and narcotic analgesics, antidepressants and anticonvulsants, are largely ineffective. Effective management of DSP pain is an unmet therapeutic need for this population. This study is a randomized, blinded, placebo-controlled clinical trial of the efficacy of Acupuncture/Moxibustion (Acu/Moxa) for HIV DSP pain/discomfort.
Subjects with HIV-related lower limb DSP pain are randomized to one of four Conditions: 1) Standard (fixed) protocol Acu/Moxa, 2) Individualized (tailored) protocol Acu/Moxa, 3) Sham Acu/Placebo Moxa (control), or 4) WaitList (control). Subjects attend six weeks of twice weekly treatment sessions and 3 non-treatment follow-up sessions at weeks 9, 11, and 15. All subjects are assessed by a blinded diagnostic acupuncturist (DA) and those assigned to Conditions 1, 2 and 3 receive treatments by an unblinded treating acupuncturist (TA). Specific Aims are: #1 determine group differences in weekly average pain (Gracely Pain Scale) at the end of treatment (Tx) and end of follow-up (F/U); SA#2 determine group differences in improvement in specific sensory symptoms (Subjective Peripheral Neuropathy Screen and neurological sensory testing (NST)) and patient-rated effectiveness (Clinical Global Improvement, NIH PROMIS Pain Intensity and Health-Related Quality of Life (MOS-HIV)) at Tx and F/U; SA#3 determine group differences in safety profiles; and SA#4, explore how baseline measures, TCM diagnoses, NST and pain medication use predict response to treatment.
Healthy volunteers accepted: No
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Exclusion criteria
Standard (Fixed) Active Acupuncture / Moxibustion protocol aimed at reducing lower limb neuropathic pain/discomfort.
Other names: Standard Acupuncture /Moxibustion
Individualized (tailored) protocol Acu/Moxa - Active. Acu/Moxa prescription based on TCM assessment. Protocol aimed at reducing lower limb neuropathic pain/discomfort.
Other names: Individualized Active Acupuncture / Moxibustion
Time frame: After 6 weeks of twice-weekly treatment sessions (the end of the treatment phase) and at week 15 (the end of follow up phase). Change from baseline rating of pain/discomfort
The GPS is a scale of sensory pain.
Participants rate their DSP pain by selecting one of 13 words to describe their average and worst DSP pain.
Scores on a scale: "Nothing"=0 to "Extremely intense"=12
Time frame: After 6 weeks of twice-weekly treatment sessions and at week 15 (the end of follow up phase) Change from baseline rating of neuropathy symptoms
Describes neuropathy symptoms eg. "aching/burning", "pins and needles", "numbness" severity of symptoms.
The scale is scored from 1 to 10.
1 is "minimal" and 10 is "extreme".
Time frame: Change from baseline rating of pain intensity after 6 weeks of twice-weekly treatment sessions (the end of the treatment phase) and at week 15 (the end follow-up phase)
NIH Patient-Reported Outcomes Measurement Information System (PROMIS) Pain Intensity short form is used to assess "how much a person hurts".
Pain intensity scale score from none (=1) to very severe (=5).
Pain intensity rating change from baseline. Negative values (-) indicate pain improvement. Positive (+) values indicate worsening.
Time frame: Change from baseline rating of general health after 6 weeks of twice-weekly treatment sessions (the end of the treatment phase) and at week15 (the follow-up phase)
The MOS-HIV is a general health-related quality of life questions in HIV dimensions of health.
The MOS-HIV physical health and mental health subscales assess health status on a scale of: 0 to 100 with a mean of 50 and standard deviation of 15.
Change in scale scores from baseline values are reported.
Positive values indicate improvement. Negative values indicate worsening.
Time frame: Change from baseline rating of pain intensity after 6 weeks of twice-weekly treatment sessions (the end of the treatment phase) and at 15 (the end of follow-up phase)
The CGI severity of illness scale measures global severity of symptoms [in the context of peripheral neuropathy]. The CGI improvement is recorded at timepoints after baseline as a means to assess benefit.
The participant rates severity of peripheral neuropathy on a scale of 0= No discomfort to 6= Very severe discomfort. For the CGI Pain Severity scale, we report the count and percentage of participants in each group who report moderately severe (4) or greater severity.
The participant rates improvement on a scale of (6) = great improvement to (0) no improvement. CGI Severity and CGI Improvement are both expressed as the participant count and percent of each group. We analyzed the proportion of participants in each group in categories of improved, unchanged or worsened severity ratings or improvement ratings. For the CGI Pain Improvement scale, we report the count and percentage of participants in each group who report 3 or more levels of improvement.
Time frame: Change from baseline neurological physical assessment at week 15 (the end of follow-up phase)
Neurological assessments with Neuro Sensory Testing (NST) include: sensory testing for lower limb pain and thermal sensation.
New York University
Other
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