Idiopathic Chronic Orchialgia (i.e., testicular pain) is a challenging condition to treat, with unresolved testicular pain leading to distress, diminished activities of daily living and decreased quality of life. Testicular Pain may be caused by a tumor, hernia, infection, trauma, vein compression, cysts, and/or postoperative or radiating pain, though is often times unknown. Non-pharmacologic, conservative pain reduction interventions include heat, ice, scrotal support, physical therapy, and/or counseling, and should often be used as first line of defense. More aggressive, invasive, and non-conservative medical treatment options include medications, nerve blocks, and/or surgery, each of which may be effective, but may be invasive and/or cause serious side effects. However, there is no standard of care for managing the testicular pain and many men do not respond to current biomedical or nonpharmacologic treatment options. Novel, non-invasive treatment options are needed for ICO to improve distress, daily living activities, and quality of life. Transcutaneous electrical nerve stimulation (TENS) is a non-pharmacologic intervention for acute and chronic pain. This treatment involves the application of electric current through the skin; it is safe, easy to use, and inexpensive. Despite the impact and distress associated with Testicular Pain, only one known study examined the efficacy of TENS for this condition. A 2018 double-blind, randomized controlled study of people with Testicular Pain reported that TENS improved pain and quality of life significantly more than the control condition (analgesia only). This 2018 study lacked a placebo control condition (i.e., unknown whether pain relief was due to the placebo effect, where knowing an intervention is happening leads to an expectation that pain will decrease, and therefore pain perception decreases independent of the intervention). Thus, the aim of this study is to examine the efficacy of TENS on Testicular Pain using a randomized, placebo-controlled design. The results of this study will be used to inform a larger, federally-funded study. i. Primary Aim: To assess the efficacy of TENS for Testicular Pain ii. Secondary Aim: To assess the feasibility of TENS for Testicular Pain iii. Third Aim: To assess the tolerability of TENS for Testicular Pain iii. To assess associations between dispositional pain catastrophizing on responsiveness to the TENS intervention.
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Change in Short-Form McGill Pain Questionnaire (MPQ) Pain Scores
Timeframe: This outcome measure will be used within 10 minutes of the start of each visit (right before TENS is applied) and 30 minutes after TENS is applied (within visit MPQ change) to assess the within visit change in MPQ pain.
Change in 10-point Numeric Pain Intensity Rating Scale (NRS) pain scores
Timeframe: This outcome measure will be used within 10 minutes of the start of each visit (right before TENS is applied) and 30 minutes after TENS is applied (within visit NRS change) to assess the within visit change in NRS pain.