Erectile Dysfunction
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Defines Aetna's medical necessity, investigational, and coverage criteria for diagnostic workup, laboratory testing, medical and surgical treatments, devices, and procedures for erectile dysfunction (ED) and related conditions (including Peyronie's disease). Applies to Aetna members and providers submitting claims to Aetna.
No material clinical or coverage changes in this revision.
Coverage Criteria and Medical Necessity
Diagnostic Evaluation — Diagnosis covered when ALL indicated evaluations are performed
Covered when ALL indicated evaluations are performed as part of diagnostic workup for erectile dysfunction:
Dynamic infusion cavernosometry/cavernosography and pudendal arteriography are indicated only when the member is a candidate for penile re-vascularization and meets revascularization criteria.
Injectable and Intraurethral Treatments — Covered when ALL selection criteria are met
Covered when ALL of the following selection criteria are met for injectable and intraurethral therapies:
Coverage of injectable medications is subject to the member’s benefit plan terms; phentolamine is not generally used alone.
Implantable Devices (Penile Prosthesis) — Covered when ALL of the listed criteria are met
Covered when ALL of the following criteria are met for implantable penile prosthesis:
Individuals with surgical, radiation, or traumatic causes do not need to document normal prolactin, thyroid, or testosterone to qualify. Removal/reimplantation criteria described in policy.
Surgical Re-Vascularization — Covered only when ALL of the following are met
Covered only when ALL of the following are met for penile re-vascularization:
Arterial reconstructive or venous procedures for other indications are considered experimental/investigational.
Experimental and Investigational Treatments — Not covered (list of treatments considered experimental/investigational)
Not covered—considered experimental and investigational because effectiveness has not been established:
These therapies lack established effectiveness or sufficient high-quality evidence; see policy background summaries and cited systematic reviews/RCTs.
Peyronie’s Disease — Surgical and Xiaflex Criteria; covered when criteria met
Covered when ALL listed Peyronie’s disease surgical and pharmacologic criteria are met:
Surgical correction is considered experimental if criteria not met.
Xiaflex is available only through an FDA REMS program and must be administered by certified providers/facilities; not covered for cosmetic use.
Code-specific coverage contingent on selection criteria — coverage tied to listed products and diagnoses
Coverage of listed HCPCS/J-codes and associated products is contingent on meeting the policy's selection criteria for the relevant diagnoses:
Selection criteria details are specified elsewhere in the policy and must accompany claims per plan requirements.
FDA-approved therapy: Xiaflex (collagenase) for Peyronie's disease — covered indication with program requirements
FDA-approved indication and program requirements for collagenase (Xiaflex):
The REMS requires provider and facility certification and training; commonly reported adverse reactions include penile hematoma, swelling, and pain. Dosing and cycle timing per product labeling (0.58 mg per injection; second injection 1–3 days after first; modeling 1–3 days after second; ~6 weeks between cycles).
Evidence summaries for LI‑ESWT and related therapies
Evidence summaries and synthesis for LI‑ESWT and related shock wave therapies (background — not coverage criteria):
Overall evidence is inconclusive; further large, well-designed RCTs with standardized protocols and longer follow-up are needed. LI‑ESWT and related acoustical wave therapies are considered investigational/experimental in this policy.
Some benefit plans explicitly exclude charges for treatment of sexual dysfunction. Under those plans, procedures and services billed for the treatment of impotence or sexual dysfunction may be denied; verify member benefit plan descriptions and contract terms before proceeding with authorization or billing. Additionally, many pharmacy benefit plans exclude drugs for lifestyle enhancement or performance — coverage for phosphodiesterase-5 inhibitors (e.g., sildenafil, vardenafil, tadalafil) may be limited to situations required by state regulation or when an employer/plan sponsor has elected an optional rider. Coverage of injectable medications is likewise subject to the member’s benefit plan terms.
Xiaflex (collagenase clostridium histolyticum) will not be provided for cosmetic indications. Examples of cosmetic use include treatments such as cellulite reduction; ensure that requests for Xiaflex are for the FDA‑approved clinical indication (Peyronie’s disease with a palpable plaque and qualifying curvature) and not for cosmetic purposes.
Also note plan-level exclusions for sexual dysfunction treatments may affect coverage decisions for Xiaflex; verify member pharmacy and medical benefit design and any plan-specific limitations.
The policy identifies a set of ICD-10 diagnoses that are not covered for the indications addressed in this Clinical Policy Bulletin. These include codes for psychosexual and related non-organic sexual dysfunctions (e.g., F52.21 — male erectile disorder [psychogenic impotence], F52.0 — hypoactive sexual desire disorder, F52.32 — male orgasmic disorder, F52.4 — premature ejaculation), codes for substance- or drug-related causes (e.g., F12.23, F12.93, F55.3), and codes explicitly for drug-induced erectile dysfunction (e.g., N52.2). These diagnosis codes may trigger noncoverage when used to support requests for treatments included in this policy.
Multiple minimally invasive therapies for Peyronie’s disease and ED lack consistent, high-quality evidence of effectiveness. Controlled reviews and trial data summarized in the policy report mixed or negative results for approaches such as iontophoresis and transdermal/verapamil delivery, many oral agents (e.g., vitamin E, potassium para-aminobenzoate, tamoxifen, carnitine, colchicine), extracorporeal shock wave therapy (ESWT), and intra-lesional injections with verapamil or nicardipine. Several small or uncontrolled studies have shown limited effects on curvature or inconsistent benefits; larger randomized trials are generally lacking, and further research is needed before these therapies can be endorsed as effective.
Radial wave (radial pressure wave) therapies differ from focal shock wave devices and currently have no high-quality clinical evidence supporting their use for erectile dysfunction. Systematic review findings note heterogeneous and contradictory preclinical results and identified only a limited number of small human studies and a single randomized trial — overall concluding that no quality evidence exists to support radial pressure wave therapy for ED in humans.
Biologic therapies including stem cell transplantation, stem cell-derived exosomes, and platelet-rich plasma (PRP) injections are supported primarily by preclinical studies and small early-phase human trials. Systematic reviews and pooled analyses report promising signals (improvements in physiologic and patient-reported measures in small cohorts) but note major limitations: small sample sizes, short follow-up, lack of sham- or placebo-controlled trials, and limited safety and standardization data. Consequently these biologic approaches remain investigational pending higher-quality randomized trials and standardized protocols.
The policy lists a number of diagnostic tests and procedures that are considered experimental, investigational, or not medically necessary because effectiveness has not been established. Examples include genetic and polymorphism testing for ED susceptibility or PDE5 inhibitor response (e.g., ACE insertion/deletion, eNOS polymorphisms), cavernosal nerve mapping and cavermap procedures, corpora cavernosal electromyography, dorsal nerve conduction latencies, penile plethysmography, shear wave elastography (as a diagnostic adjunct), and use of various serum biomarkers. These tests should not be considered standard diagnostic requirements for coverage absent participation in a clinical trial or other documented justification.
Transdermal, electromotive/iontophoresis, and intralesional verapamil approaches for Peyronie's disease have produced inconsistent results across studies. Randomized and controlled trials have reported small or non-significant changes in curvature and other outcomes; for example, an electromotive verapamil trial did not demonstrate statistically significant improvement versus placebo, and randomized intra-lesional verapamil trials have similarly failed to show consistent benefit. Given these mixed data, these modalities are not established as effective therapies.
Low‑intensity extracorporeal shock wave therapy (LI‑ESWT) and related acoustical wave protocols have a heterogeneous evidence base with mixed results. Meta-analyses and systematic reviews report some short-term improvements in select measurements (e.g., IIEF‑EF or EHS in small pooled analyses), while high-quality randomized trials have shown no clinically relevant effect (e.g., a double-blind randomized trial of linear LI‑ESWT found no significant benefit). Differences in device type, energy density, pulse number, and treatment schedule contribute to heterogeneity; long-term efficacy and standardized protocols are not established, and the overall evidence is insufficient to consider LI‑ESWT a standard covered therapy.
Gene therapy approaches for erectile dysfunction remain primarily at the preclinical stage with only a few early clinical investigations. Technical and safety limitations, challenges in gene delivery to the corpus cavernosum, and the limited clinical data mean gene therapy is not established for routine clinical use and should be considered investigational.
A randomized, double-blind trial of oral tacrolimus after nerve-sparing radical prostatectomy failed to demonstrate improved erectile function compared with placebo. Tacrolimus did not meet significance for the primary outcome (IIEF‑EFD) or for key secondary measures and therefore is not supported as an effective therapy in this context.
The sections summarizing PRP, stem cell, and other investigational biologic therapies are evidence summaries only and do not in themselves constitute coverage determinations. These summaries describe the current state of the literature — small trials, preclinical data, and limitations in study design — and they highlight the need for larger, controlled trials with standardized protocols before these therapies can be recommended or covered routinely.
Certain CPT, HCPCS and J-codes are listed in the policy as covered only when the policy’s selection and medical necessity criteria are met. Examples include CPT codes for penile revascularization and Peyronie’s surgical procedures, CPT codes for penile prosthesis procedures, HCPCS codes for inflatable and non-inflatable penile prostheses (C1813, C2622), injectable drug codes including alprostadil and collagenase (J0270, J0275, J0775), and device codes such as a vacuum erection system (L7900). Prior authorization, REMS verification (for Xiaflex), and documentation of the required clinical selection criteria should be confirmed before approving coverage or processing claims for these codes.
Coding and Billing
| 37788 | Penile revascularization, artery, with or without vein graft. |
| 54110-54112 | Excision of penile plaque (Peyronie disease). |
| 54200-54205 | Injection procedure for Peyronie disease. |
| 54230 | Injection procedure for corpora cavernosography. |
| 54231 | Dynamic cavernosometry, including intracavernosal injection of vasoactive drugs (e.g., papaverine, phentolamine). |
| 54235 | Injection of corpora cavernosa with pharmacologic agent(s) (e.g., papaverine, phentolamine). |
| 54400-54417 | Penile prosthesis procedures. |
| 74445 | Corpora cavernosography, radiological supervision and interpretation. |
| 0019T | Extracorporeal shock wave involving musculoskeletal system, not otherwise specified, low energy. |
| 0232T | Injection(s), platelet rich plasma, any site, including image guidance, harvesting and preparation when performed. |
| 54240 | Penile plethysmography. |
| 54250 | Nocturnal penile tumescence and/or rigidity test. |
| 54231 | Dynamic cavernosometry (listed elsewhere as a covered CPT when selection criteria are met). |
| C1813 | Prosthesis, penile, inflatable. |
| C2622 | Prosthesis, penile, non-inflatable. |
| J0270 | Injection, alprostadil, 1.25 mcg (code may be used for Medicare when drug administered under the direct supervision of a physician, not for use when drug is self-administered). |
| J0275 | Alprostadil urethral suppository (code may be used for Medicare when drug administered under the direct supervision of a physician, not for use when drug is self-administered). |
| J0775 | Injection, collagenase, clostridium histolyticum, 0.01 mg [Not covered for cosmetic use (e.g., cellulite reduction treatment)]. |
| J2440 | Injection, papaverine HCl, up to 60 mg. |
| J2760 | Injection, phentolamine mesylate, up to 5 mg. |
| L7900 | Male vacuum erection system. |
| L7902 | Tension ring, for vacuum erection device, any type, replacement only, each. |
| N48.6 | Induration of penis plastica [Peyronie's disease]. |
| N52.01-N52.1 | Male erectile dysfunction [impotence of organic origin]. |
| N52.31-N52.39 | Male erectile dysfunction subcodes (postprocedural and other specified/postprocedural erectile dysfunction). |
| 0038U | Vitamin D, 25 hydroxy D2 and D3, by LC-MS/MS, serum microsample. |
| 0232T | Platelet rich plasma injection (including image guidance, harvesting and preparation when performed). |
| 76981 | Ultrasound, elastography; parenchyma (eg, organ) [shear wave]. |
| 97032 | Application of a modality to one or more areas; iontophoresis, each 15 minutes. |
| C1813 | Prosthesis, penile, inflatable. |
| C2622 | Prosthesis, penile, non-inflatable. |
| J0270 | Injection, alprostadil, 1.25 mcg (may be used for Medicare when drug administered under direct supervision of a physician). |
| J0275 | Alprostadil urethral suppository (may be used for Medicare when drug administered under direct supervision of a physician). |
| J0775 | Injection, collagenase, clostridium histolyticum, 0.01 mg. |
| J2440 | Injection, papaverine HCl, up to 60 mg. |
| J2760 | Injection, phentolamine mesylate, up to 5 mg. |
| L7900 | Male vacuum erection system. |
| L7902 | Tension ring, for vacuum erection device, any type, replacement only, each. |
| J0585 | Injection, onabotulinumtoxinA, 1 unit. |
| J0586 | Injection, abobotulinumtoxinA, 5 units. |
| J0587 | Injection, rimabotulinumtoxinB, 100 units. |
| J0588 | Injection, incobotulinumtoxinA, 1 unit. |
| J1071 | Injection, testosterone cypionate, 1 mg. |
| J3121 | Injection, testosterone enanthate, 1 mg. |
| J3145 | Injection, testosterone undecanoate, 1 mg. |
| J9213 | Injection, interferon alpha-2A, recombinant, 3 million units. |
| J9214 | Injection, interferon alpha-2B, recombinant, 1 million units. |
| J9215 | Injection, interferon alpha-N3, (human leukocyte derived), 250,000 IU. |
| N48.6 | Induration of penis plastica [Peyronie's disease]. |
| N52.01 | Male erectile dysfunction [impotence of organic origin]. |
| N52.1 | Male erectile dysfunction (range referenced). |
| N52.31 | Postprocedural erectile dysfunction. |
| N52.39 | Other postprocedural erectile dysfunction. |
| F52.0 | Hypoactive sexual desire disorder. |
| F52.21 | Male erectile disorder [psychogenic impotence]. |
| F52.32 | Male orgasmic disorder. |
| F52.4 | Premature ejaculation. |
| N52.2 | Drug-induced erectile dysfunction. |
| R37 | Sexual dysfunction, unspecified. |
| J0775 | Injection, collagenase, clostridium histolyticum, 0.01 mg. |
Provider Requirements, Prior Authorization, and Documentation
Obtain prior authorization when implant/device or related drugs are proposed
Certain procedures, implantable penile prostheses (CPT 54400-54417; HCPCS C1813, C2622) and injectable drug administrations (e.g., alprostadil codes J0270, J0275; collagenase J0775; vacuum device L7900) are covered only when the policy's selection/medical-necessity criteria are met and prior authorization may be required per plan.
- Penile prosthesis CPT codes 54400-54417 require documented failure of nonsurgical methods and other listed criteria.
- HCPCS codes C1813/C2622 and drug codes (J0270, J0275, J0775, L7900) are covered only if selection criteria in the policy are satisfied.
- Prior authorization may be required by the member’s benefit plan.
Confirm selection criteria before seeking coverage for listed HCPCS/J-codes
Coverage for the enumerated HCPCS and J-codes is contingent on meeting the policy's selection criteria and applicable ICD-10 diagnoses; confirm criteria are satisfied before billing or requesting authorization.
Prior authorization and REMS verification required for Xiaflex
For Xiaflex (collagenase) therapy, prior authorization should confirm the FDA/REMS requirements and that the member meets the policy's Xiaflex selection criteria (palpable plaque, curvature thresholds, and injection limits).
- Xiaflex treatment course may include up to 4 cycles; each cycle consists of 2 injections and one penile modeling procedure.
- Administration must follow the Xiaflex REMS program; providers and facilities must be certified per REMS.
- Initial curvature requirement: ≥30 degrees; continuation request requires curvature ≥15 degrees and fewer than 8 total injections.
No PA specified in evidence summaries for LI‑ESWT
Background evidence summaries for LI‑ESWT and other investigational therapies do not specify prior authorization requirements; check plan-level rules before submitting requests.
- LI‑ESWT evidence is mixed and the policy background contains study summaries but no explicit PA language.
- Confirm with the member’s benefit plan whether prior authorization is needed for shock wave therapies.
Require PA and trial documentation for stem cell/exosome/PRP therapies
Stem cell, exosome, and platelet-rich plasma therapies are considered investigational with limited human data; prior authorization should require documentation of clinical-trial enrollment or justification and evidence of prior standard therapy attempts.
- Document trial phase, number of patients treated, follow-up duration, and validated outcome measures when proposing these therapies.
- Prior authorization is expected to require enrollment in an approved clinical trial or demonstration of failure of standard treatments.
No PA stated in this evidence excerpt
This evidence-summary fragment does not state a prior authorization requirement; follow plan-specific procedures for any authorization requests.
- The background provides evidence review only and contains no operational PA instructions.
- Contact payer operations or check plan documents for PA requirements.
No explicit PA requirements in final policy sections — verify plan terms
No prior authorization requirements are specified in the policy’s final administrative sections; always verify member benefit documents and plan terms for PA rules.
- Clinical Policy Bulletins do not guarantee coverage and do not replace benefit contract terms.
- Coverage and PA requirements remain subject to the member’s plan.
Document failed nonsurgical therapy before implantable prosthesis
Implantable penile prosthesis is medically necessary only after nonsurgical methods have failed or are contraindicated; document prior conservative treatments before seeking authorization or billing for prosthesis implantation.
- Confirm and document failure of nonsurgical therapies (e.g., PDE5 inhibitors, vacuum devices, injections) or a contraindication to them.
- Include required labs and absence of excluded conditions as specified in the implant criteria.
Start with PDE‑5 inhibitor therapy as first-line where appropriate
Clinical guidelines recommend initiating pharmacologic treatment with a PDE‑5 inhibitor in men without contraindications; document trial and response to PDE‑5 therapy when applicable.
- Choose a specific PDE‑5 inhibitor based on patient preference, cost, and adverse‑effect profile.
- Record treatment trials, dosing, and outcomes in the medical record.
Use established therapies before experimental/minimally supported options
Consider established, evidence-based therapies (e.g., intralesional interferon α‑2b or collagenase for Peyronie’s disease) before offering experimental or minimally supported options; document prior treatments and rationale for alternatives.
- Minimally invasive treatments with mixed/negative results (iontophoresis, ESWT, intra-lesional verapamil) lack strong evidence.
- Document why established options were unsuitable if proposing experimental therapies.
Background: oral PDE5 inhibitors generally considered first‑line
Background sections note oral PDE5 inhibitors are the usual first‑line therapy; no formal step‑therapy algorithm is specified in the policy, so document prior use when relevant to claims or PA.
- Record prior oral PDE5 inhibitor use and response when requesting coverage for advanced therapies.
- The policy provides clinical context but does not define mandatory sequencing rules.
Favor established rehabilitation methods over tacrolimus post‑prostatectomy
Given negative randomized trial data for oral tacrolimus after radical prostatectomy, prefer established rehabilitation approaches (PDE5 inhibitors, vacuum devices, penile rehabilitation) before novel agents; document prior standard treatments attempted.
- Tacrolimus failed to improve erectile function in an RCT; avoid using it as a preferred next-step without supportive evidence.
- Document trials of standard rehabilitation protocols and outcomes.
No step‑therapy sequence specified in this excerpt
This evidence excerpt does not describe any required sequencing or step‑therapy rules; follow the policy criteria and plan-level requirements when requesting coverage.
- The section summarizes literature and does not set operational step‑therapy mandates.
- Document prior therapies when relevant to utilization review.
No step‑therapy mandates present — check benefit documents
No formal step‑therapy requirements are stated in the provided sections; verify plan policies for any required sequencing prior to authorization or billing.
- Policy background and evidence reviews do not impose additional PA sequencing rules.
- Benefit plan terms remain authoritative for operational step‑therapy.
Include comprehensive history, physical, and diagnostic testing in documentation
Document a comprehensive history and physical, prior nonsurgical therapies, and relevant diagnostic testing (e.g., duplex Doppler with intracavernosal papaverine, pharmacologic response testing) when requesting authorization or billing for advanced interventions.
- Include medical/sexual history, psychosocial evaluation, and laboratory results (testosterone, prolactin, thyroid as indicated).
- For revascularization or implantable device requests, include objective vascular testing and documentation of failed conservative therapies.
Record physical exam details and objective curvature measurements
Clinical trials used physical exam details (plaque location, stretched penile length) and objective curvature measurement after pharmacologic erection; include these examination findings in the record when supporting Peyronie’s disease treatment requests.
- Record plaque location, stretched penile length, and goniometer‑measured curvature after papaverine injection.
- Include duplex ultrasound findings where performed.
Document objective curvature and patient‑reported outcomes for Xiaflex requests
For collagenase (Xiaflex) therapy, document objective curvature measurements (goniometer) and patient‑reported symptom bother scores and record the number of injection cycles and modeling procedures received.
- Document baseline curvature (≥30° required) and curvature at continuation requests (≥15° required).
- Record each injection and modeling procedure, with total injections not to exceed 8 per policy.
Record validated outcome measures (IIEF, EHS) at baseline and follow‑up
Use validated outcome measures (IIEF, IIEF‑EF/IIEF‑5, and EHS) at baseline and at prespecified follow‑up intervals to document treatment response for ED therapies.
- Record IIEF/IIEF‑EF and EHS scores at baseline and follow‑up (e.g., 1, 3–6, 12 months) as used in trials.
- Include treatment‑satisfaction or symptom bother questionnaires when available.
Provide trial details and validated outcomes when using investigational biologics
When reporting investigational biologic therapies (stem cell therapy, PRP), document trial phase, number of patients treated, follow‑up duration, validated outcome measures, and adverse events to support any coverage consideration.
- Include study protocol or clinical trial identifier if treatment is provided under a research protocol.
- Provide IIEF/EHS scores, duplex ultrasound results, and safety/adverse event reporting.
PRP evidence summaries do not specify additional documentation requirements
Background reviews of PRP and other investigational therapies summarize literature but do not list specific provider documentation requirements for authorization; rely on the documentation standards elsewhere in the policy and plan rules.
- The literature summaries note small study sizes and short follow‑up but do not specify operational documentation checklists.
- Follow general documentation guidance in the policy when submitting requests.
Providers maintain clinical responsibility; CPBs do not replace clinical judgment
Providers are responsible for medical decision‑making; Clinical Policy Bulletins are administrative tools to assist benefits administration and do not replace clinician judgment or plan contract terms.
- CPBs do not constitute offers of coverage and do not guarantee coverage.
- Always align clinical decisions with the patient's needs and benefit plan provisions.
Check plan exclusions — exclusions may cause denials
Some traditional medical plans exclude charges for treatment of sexual dysfunction; verify benefit plan exclusions before approving or billing for services, as exclusion may result in denial.
- Plan exclusions may exclude procedures for treatment of impotence under certain benefit plans.
- Check the member’s benefit description prior to authorization or claim submission.
Avoid billing disallowed HCPCS/ICD‑10 codes for listed indications
Certain HCPCS and ICD‑10 codes are identified in the policy as not covered for listed indications (e.g., codes for psychosexual dysfunction, drug‑induced ED); submitting these codes for excluded indications risks denial.
- Examples of ICD‑10 codes not covered for the CPB indications include F52.0, F52.21, F52.32, F52.4, N52.2, and R37.
- Verify the diagnosis codes match policy-covered indications before billing.
Confirm REMS certification for providers/facilities before Xiaflex approval
Xiaflex administration is restricted under an FDA REMS program; prior authorization or coverage decisions should confirm the treating provider and facility are REMS‑certified as required by the FDA.
- REMS requires participating health care professionals and health care facilities to be certified and trained for Xiaflex administration.
- Confirm REMS enrollment and certification before approving Xiaflex treatment requests.
Background sections do not list PA/billing triggers — verify plan rules
No explicit prior authorization or billing denial triggers are specified in some background fragments; nonetheless, lack of operational PA language does not supersede plan‑level authorization requirements.
- Background evidence sections summarize studies and do not list PA triggers.
- Always check the member's benefit plan for operational PA instructions.
Expect denial risk for novel/heterogeneous therapies due to insufficient evidence
Proposals for pelvic floor muscle training or novel biologic therapies (stem cell, exosome, PRP) face higher denial risk due to limited high‑quality evidence and heterogeneous protocols; include robust supporting data and trial documentation when requesting coverage.
- Small sample sizes, variable protocols, and short follow‑up in studies increase likelihood of denial for investigational approaches.
- Provide clinical-trial enrollment information or high‑quality evidence if available to mitigate denial risk.
Evidence-only fragments contain no operational authorization rules
Background and evidence‑only sections do not provide operational authorization details; rely on the policy's coverage criteria and plan provisions when preparing authorization requests.
- These sections summarize literature and are not substitutes for selection criteria or PA rules.
- Document adherence to the policy's explicit coverage criteria when applicable.
CPBs do not guarantee coverage — verify member contract terms
Clinical Policy Bulletins are administrative aids and are not guarantees of coverage; coverage determinations are governed by the member’s benefit plan and contract terms.
- Do not assume CPB language alone authorizes payment—confirm with the member’s plan documents.
- Coverage decisions remain subject to plan exclusions, prior authorization, and benefit limits.
Background, Evidence Summaries, and Rationale
Erectile dysfunction (ED) has multifactorial etiology with both organic and psychogenic contributors. Diagnostic evaluation recommended in the policy includes a comprehensive medical and sexual history, focused physical examination, vascular testing such as duplex Doppler with intracorporal vasoactive pharmacologic testing, and laboratory assessment of endocrine and metabolic contributors (e.g., serum testosterone, prolactin, glucose, lipid panel). Documentation of prior nonsurgical therapies and validated outcome measures (e.g., IIEF, EHS) is used to assess response and support treatment decisions.
Transdermal and intralesional verapamil and related electromotive or iontophoresis delivery methods have produced variable results. Early uncontrolled reports described plaque softening or modest reductions in pain, but randomized trials yielded non-significant or inconsistent effects on curvature and sexual function, and systematic assessments conclude that evidence is not robust for routine use.
LI-ESWT and related shock wave therapies have been studied in multiple meta-analyses and randomized trials. Some analyses report statistically significant short-term improvements in IIEF and EHS in selected populations, while other randomized trials and longer-term follow-up show inconsistent or absent clinically relevant benefits. Heterogeneous treatment protocols and low-to-moderate quality evidence limit definitive conclusions on routine effectiveness.
Gene therapy for ED remains mainly investigational: most data are preclinical, clinical experience is limited, and technical, delivery, and safety issues impede clinical translation. Existing reviews emphasize the need for further research before gene therapies could be considered established treatment options.
In a well-conducted randomized, double-blind trial of oral tacrolimus given after nerve-sparing radical prostatectomy, tacrolimus did not improve erectile function outcomes compared with placebo and failed to meet efficacy endpoints; thus available randomized clinical trial data do not support its use for post-prostatectomy ED.
Stem cell therapies, stem cell-derived exosomes, and PRP have encouraging signals in small human studies and preclinical models but are limited by small sample sizes, short follow-up, lack of standardized protocols, and few randomized or sham-controlled trials. Safety signals are limited in the reported small series, but the evidence base is insufficient to determine long-term effectiveness or to standardize treatment approaches.
Multiple systematic reviews and randomized trials of LI-ESWT are collated in the background. Meta-analyses report short-term improvements in IIEF and EHS in some trials (several RCTs included), while high-quality randomized data are mixed — including negative double-blind trials — and heterogeneity of protocols (energy, pulses, schedule) reduces confidence in broad clinical adoption without further standardized, large RCTs.
These evidence-summary sections provide literature context and do not themselves specify coverage determinations. Coverage decisions remain dependent on the policy’s medical necessity criteria and the member’s plan benefits.
Definitions and Outcome Measures
Revision History and Metadata
Policy administrative metadata: Last review was conducted on 08/30/2023; the policy lists an effective date of 07/31/1995 and the next scheduled review on 06/27/2024. Clinical Policy Bulletins are maintained as guidance and do not constitute guarantees of coverage — check the member’s benefit plan and contract terms for final coverage determinations.
This policy cites an extensive bibliography supporting its background and evidence summaries (well over 100 references in the full document). For details and source articles referenced in evidence reviews, consult the policy’s reference list.
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