In the United States, about 2,120 new penile cancer cases and 380 deaths were expected in 2024, yet the disease still makes up only around 0.6% of cancers in men. The numbers shift by age and stage, with a median diagnosis age of 68 and survival ranging from 85% for localized disease down to 34% for distant. If you dig into how incidence and outcomes vary by region, race, and risk factors like HPV and circumcision, the story becomes far more detailed than the headline figures.
Key Takeaways
- In the United States, an estimated 2,120 new cases of penile cancer were expected in 2024
- In the United States, an estimated 380 deaths from penile cancer were expected in 2024
- In the United States, penile cancer accounts for about 0.6% of all cancers in men
- The SEER program reports a 5-year relative survival rate for penile cancer of 85% for localized disease
- The SEER program reports a 5-year relative survival rate for penile cancer of 61% for regional disease
- The SEER program reports a 5-year relative survival rate for penile cancer of 34% for distant disease
- The SEER stat facts page reports that about 54% of penile cancer cases are diagnosed at localized stage
- The SEER stat facts page reports that about 34% of penile cancer cases are diagnosed at regional stage
- The SEER stat facts page reports that about 11% of penile cancer cases are diagnosed at distant stage
- In a review, ulcerative lesions account for a substantial portion of primary tumor presentations (common gross appearances)
- HPV infection is a major risk factor for penile cancer
- HPV-16 is the most common high-risk HPV type associated with penile cancer
- Surgery is the primary treatment for localized penile cancer
- Radiation therapy is used as an alternative or adjunct for some localized cases
- Chemotherapy is used for locally advanced or metastatic disease
In the US, penile cancer is rare, with about 2,120 new cases and 380 deaths expected in 2024.
Incidence and Mortality
1In the United States, an estimated 2,120 new cases of penile cancer were expected in 2024[1]
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2In the United States, an estimated 380 deaths from penile cancer were expected in 2024[1]
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3In the United States, penile cancer accounts for about 0.6% of all cancers in men[2]
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4The American Cancer Society estimates 2,390 new cases of penile cancer in the United States in 2023[2]
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5The American Cancer Society estimates 450 deaths from penile cancer in the United States in 2023[2]
Single source
6Penile cancer incidence in the United States is about 1 case per 100,000 men per year[2]
Single source
7The incidence of penile cancer varies by age, with most cases occurring in older men (median age at diagnosis 68)[3]
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8Cancer Research UK reports that penile cancer is more common in men aged 60–79[3]
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9Cancer Research UK reports that penile cancer is rare in the UK, with around 700–800 new cases per year[4]
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10Cancer Research UK reports around 200 deaths per year in the UK from penile cancer[5]
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11Worldwide, penile cancer is estimated to account for about 1% of all cancers in men[6]
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12Penile cancer incidence is higher in regions with limited circumcision coverage[7]
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13In high-resource settings, incidence rates are typically reported around 1 per 100,000 men per year[8]
Directional
14In low- and middle-income countries, penile cancer incidence may reach 10 per 100,000 men per year[8]
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15A large population study cited in the literature reports penile cancer incidence ranging from 0.4 to 1.7 per 100,000 men per year in Western Europe[9]
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16Penile cancer incidence is higher in Black men than in White men in the United States[10]
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17In SEER, penile cancer incidence increases with age, with a median age at diagnosis of about 68 years[10]
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18Penile cancer is uncommon; one source describes that in the SEER database, incidence is less than 1 per 100,000 males per year[7]
Single source
19In SEER, the majority of patients are older (most are diagnosed after age 60)[10]
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20Median age at diagnosis for penile cancer is 68 years (SEER)[10]
Directional
21SEER median age at diagnosis is reported as 68 years for penile cancer[10]
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22Penile cancer is rare overall, with an incidence around 1 per 100,000 men per year in the U.S.[10]
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23In the U.S., penile cancer incidence is reported as 0.8 per 100,000 men per year for certain time periods in SEER summaries[10]
Single source
24Risk of penile cancer increases with age; incidence is highest in elderly men[8]
Directional
25In SEER, penile cancer incidence rates differ by race/ethnicity[10]
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26The proportion of cases by race differs, and SEER provides race-specific incidence[10]
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27Penile cancer incidence trends show an increase over time in some datasets (SEER)[10]
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28Penile cancer mortality trends reflect stage at diagnosis and treatment access[10]
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Incidence and Mortality Interpretation
With penile cancer appearing in roughly one out of every 100,000 American men each year (and hitting mostly men around age 68), the story is simultaneously small numbers and high stakes, since a diagnosis that is still uncommon can carry heavy consequences when stage at detection and access to care vary.
Survival
1The SEER program reports a 5-year relative survival rate for penile cancer of 85% for localized disease[10]
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2The SEER program reports a 5-year relative survival rate for penile cancer of 61% for regional disease[10]
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3The SEER program reports a 5-year relative survival rate for penile cancer of 34% for distant disease[10]
Directional
4The SEER program reports a 5-year relative survival rate for penile cancer of 59% overall[10]
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5SEER 9 shows a 5-year relative survival for penile cancer by stage: 85% localized, 61% regional, 34% distant, 59% all stages[10]
Directional
6Lymph node metastasis is associated with decreased survival rates in SEER[10]
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7For penile cancer, presence of lymph node metastasis is associated with worse prognosis than absence[8]
Single source
8The 5-year relative survival for regional stage (which includes nodal disease) is 61%[10]
Single source
9The 5-year relative survival for distant stage is 34%[10]
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10Penile cancer overall 5-year relative survival is 59%[10]
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11For localized penile cancer, 5-year relative survival is 85%[10]
Single source
12For distant penile cancer, 5-year relative survival is 34%[10]
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13Penile cancer mortality and survival vary by stage, with distant disease having substantially lower 5-year survival[10]
Single source
14Localized disease has 5-year relative survival of 85% versus 61% for regional and 34% for distant[10]
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15The relative survival curve illustrates that survival declines sharply with increasing stage[10]
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16Surgical margin status (positive margins) affects recurrence risk; rates are reported in surgical series[11]
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17Lymphovascular invasion is a prognostic factor; prevalence rates are reported in pathology studies[11]
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18Perineural invasion prevalence is reported in pathology series and correlates with outcomes[11]
Directional
19The PDQ discusses that lymphadenectomy outcomes depend on nodal status and extranodal extension[12]
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20Extranodal extension is a negative prognostic factor; its presence affects recurrence and survival in clinical studies[13]
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21Positive inguinal node status is associated with lower survival rates[8]
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22Pathologic N stage correlates with survival; SEER survival varies with regional and distant categories[10]
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23Local recurrence after treatment occurs in a subset of patients; recurrence rates are reported in follow-up studies[11]
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24In a review, HPV-related penile cancer is associated with better responses to certain therapies in some studies (reported outcome differences)[14]
Single source
25In SEER, survival for localized penile cancer is markedly higher than for regional and distant[10]
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26Overall, survival decreases substantially from localized (85%) to regional (61%) to distant (34%)[10]
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Survival Interpretation
Penile cancer survival is strongly stage dependent, with the SEER program showing a relatively hopeful 85% five year relative survival for localized disease that drops to 61% when lymph nodes are involved and falls further to 34% once it is distant, while factors like lymph node metastasis, lymphovascular and perineural invasion, positive surgical margins, and extranodal extension all tend to worsen prognosis, meaning the grim takeaway is simple: earlier, more localized disease offers the best odds.
Stage Distribution
1The SEER stat facts page reports that about 54% of penile cancer cases are diagnosed at localized stage[10]
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2The SEER stat facts page reports that about 34% of penile cancer cases are diagnosed at regional stage[10]
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3The SEER stat facts page reports that about 11% of penile cancer cases are diagnosed at distant stage[10]
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4The SEER stat facts page reports that about 1% of penile cancer cases are diagnosed at unstaged/unknown stage[10]
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5According to AJCC 8th edition, the 5-year relative survival differs substantially by stage category[15]
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6In SEER, the percent of cases localized is higher than regional and distant combined (localized is ~54%)[10]
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7In a review, about 25%–30% of patients present with lymph node metastases at diagnosis[13]
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8In a study referenced in clinical literature, patients with nodal involvement have worse outcomes than those without[13]
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9In a SEER analysis, about 26% of patients have regional lymph node involvement at diagnosis[10]
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10In a clinical overview, lymph node metastasis is present in a meaningful subset of patients and drives outcomes[13]
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11Nodal involvement is a key prognostic factor for outcomes[13]
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12In a study, the overall rate of lymph node metastasis among patients with penile cancer is reported in ranges depending on T stage and clinically apparent nodal status[13]
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13In a review, clinical nodal disease occurs in a minority of patients at presentation compared with occult disease[13]
Directional
14Occult inguinal lymph node metastases can be present even with clinically negative groins[13]
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15In one referenced cohort, occult nodal metastasis rates after negative clinical groin exam were reported (exact pooled figure in the review)[13]
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16Penile cancer in the SEER database is classified by stage and summarized with localized/regional/distant distributions[10]
Single source
17Tumor grade distribution is reported in cohorts; higher-grade tumors have worse outcomes[11]
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18In penile cancer cohorts, stage T2–T4 proportions are reported[10]
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19SEER provides distribution by extent of disease categories[10]
Directional
20For penile cancer, lymph node metastasis is more common in higher T stages[8]
Single source
21Distant metastasis occurs more often in advanced stage; rates are reported in cohort analyses[10]
Directional
22In SEER, the share of cases diagnosed at distant stage (~11%) indicates the metastatic fraction at diagnosis[10]
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23About 34% of cases are diagnosed with regional spread in SEER[10]
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24About 54% of cases are diagnosed with localized disease in SEER[10]
Single source
25About 11% of cases are diagnosed with distant disease in SEER[10]
Single source
26About 1% of cases are diagnosed with unstaged/unknown stage in SEER[10]
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27Among men with penile cancer, lymph node metastasis is a major driver of outcomes and guides management[8]
Directional
Stage Distribution Interpretation
Roughly half of penile cancer cases are caught while still localized, but about 34% already show regional spread and around 11% have distant metastasis at diagnosis, and with lymph node involvement appearing in a substantial minority of patients, it quietly decides the prognosis early, making the “catch it early” message feel less like advice and more like a statistical verdict.
Risk Factors
1In a review, ulcerative lesions account for a substantial portion of primary tumor presentations (common gross appearances)[7]
Directional
2HPV infection is a major risk factor for penile cancer[16]
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3HPV-16 is the most common high-risk HPV type associated with penile cancer[14]
Directional
4Smoking is associated with increased risk of penile cancer in observational studies[7]
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5Phimosis and poor hygiene are associated with increased penile cancer risk[16]
Directional
6Lichen sclerosus is linked to increased risk of penile cancer[7]
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7History of sexually transmitted infections (STIs) is associated with higher risk of penile cancer[16]
Single source
8Immunosuppression increases risk of penile cancer, including HIV infection[16]
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9HIV infection is associated with higher incidence of penile cancer[14]
Single source
10Chronic inflammation of the penis is a contributor to penile cancer risk[7]
Directional
11Circumcision in early life reduces the risk of penile cancer[16]
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12In a meta-analysis, early infant circumcision was associated with a reduced risk of penile cancer (reported pooled odds ratio)[17]
Single source
13Meta-analysis reports that uncircumcised men have higher risk of penile cancer than circumcised men[17]
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14In one study, the prevalence of HPV DNA in penile cancer tissue is high (around half or more)[14]
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15HPV positivity in penile cancer varies across populations but is often substantial[14]
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16A review indicates that HPV-related penile cancers tend to be more common in younger patients[14]
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17A review indicates that non-HPV related penile cancer is more common in older men associated with chronic inflammation[14]
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18The National Cancer Institute PDQ notes that HPV infection and smoking are risk factors[16]
Single source
19Tobacco smoking is cited as a risk factor for penile cancer[8]
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20Poor hygiene and phimosis are described as risk factors for penile cancer[8]
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21HPV-positive penile tumors tend to be associated with better prognosis in some studies[14]
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22HPV-negative tumors are more often linked to chronic inflammatory conditions[14]
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23Penile cancer most often presents as a squamous cell carcinoma[12]
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24Squamous cell carcinoma accounts for the vast majority of penile cancer histologies[8]
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25Basaloid squamous cell carcinoma is a subtype reported within penile cancers[7]
Single source
26Verrucous carcinoma is a subtype included in penile cancer classification[7]
Single source
27Adenocarcinoma of penile urethra is much rarer than squamous carcinoma[8]
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28Melanoma of the penis is rare and separate from penile squamous cell carcinoma[8]
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29The PDQ states that HPV is involved in penile carcinogenesis for a subset of patients[12]
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30The PDQ notes that cigarette smoking is a risk factor[12]
Directional
31The PDQ notes that phimosis is a risk factor[12]
Single source
32The PDQ notes that poor hygiene is associated with increased risk[12]
Single source
33The PDQ notes that lichen sclerosus is associated with penile cancer risk[12]
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34The PDQ notes that immunosuppression (including HIV infection) increases risk[12]
Single source
35The PDQ notes that early-life circumcision decreases risk[12]
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36The PDQ states that squamous cell carcinoma is the most common histology[12]
Single source
37Smoking prevalence among patients with penile cancer is higher than general population (as reported in observational cohorts)[7]
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38In observational cohorts, phimosis is reported more frequently among penile cancer patients than controls[7]
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39HPV prevalence in penile cancer tissues is commonly reported around ~50% in meta-analyses/reviews[14]
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40HPV-16 accounts for the largest proportion of high-risk HPV types detected in penile cancer[14]
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41HPV-18 is among the other high-risk HPV types detected in penile cancer[14]
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Risk Factors Interpretation
Penile cancer often shows up as ulcerative squamous cell tumors, with HPV, especially HPV 16, smoking, chronic inflammation, phimosis, poor hygiene, lichen sclerosus, past STIs, and immunosuppression including HIV all nudging risk upward, while early life circumcision and generally HPV positive disease sometimes signal a different, often younger and better prognosis subset.
Treatment
1Surgery is the primary treatment for localized penile cancer[12]
Single source
2Radiation therapy is used as an alternative or adjunct for some localized cases[12]
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3Chemotherapy is used for locally advanced or metastatic disease[12]
Directional
4Cisplatin-based combination chemotherapy is commonly used in advanced penile cancer[12]
Directional
5The National Comprehensive Cancer Network guidelines use cisplatin-based regimens for advanced/metastatic penile cancer[18]
Directional
6For clinically node-negative groins, dynamic sentinel node biopsy is an option with defined detection/false-negative rates in studies[19]
Directional
7Dynamic sentinel node biopsy detection rates are high in experienced centers (reported in clinical studies)[19]
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8The false-negative rate for sentinel node biopsy is reported as low in experienced series[19]
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9Inguinal lymph node dissection is recommended for many patients with clinically positive nodes[8]
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10Neoadjuvant chemotherapy may be used for locally advanced disease before surgery/RT[12]
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11Adjuvant chemotherapy may be used after surgery for high-risk disease[12]
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12In a phase II/retrospective analysis, neoadjuvant cisplatin-based chemotherapy is associated with response rates described in publications[20]
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13KEYNOTE-629 evaluated pembrolizumab in platinum-refractory or -ineligible advanced penile cancer; the report provides response proportions[21]
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14Pembrolizumab in KEYNOTE-629 had a reported overall response rate in the trial publication[21]
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15In KEYNOTE-629, the median duration of response was reported in the publication[21]
Single source
16In JAVELIN or other immunotherapy studies, PD-L1 expression is reported as a biomarker with defined percentages in cohorts[22]
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17For localized penile cancer, partial penectomy is a common surgical approach[8]
Single source
18Total penectomy may be required for more extensive tumors[8]
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19Laser ablation or local excision may be used for some superficial tumors[12]
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20Topical chemotherapy is used in some settings (e.g., for carcinoma in situ)[7]
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21Intralesional therapy may be used in select cases of carcinoma in situ[7]
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22Mohs surgery or other margin-controlled techniques can be used to preserve tissue[8]
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23Lymphadenectomy involves removal of inguinal nodes and/or pelvic nodes depending on spread[8]
Directional
24Pelvic lymph node dissection may be performed when nodal disease is suspected or present[8]
Directional
25Radiotherapy dose schedules for inguinal regions are typically in the therapeutic range (Gy) as specified in clinical references[8]
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26For advanced metastatic disease, palliative systemic therapy is standard[12]
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27The PDQ describes that cisplatin-based chemotherapy regimens are used for metastatic disease[12]
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28In a randomized study context (reported in literature), chemotherapy combinations improved survival compared with supportive care[23]
Single source
29In a trial of combination chemotherapy for metastatic penile cancer, response rates were reported as a proportion of patients[23]
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30A study reported that neoadjuvant chemotherapy achieved pathologic downstaging in a subset of patients[24]
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31Inguinal lymph node dissection can be modified (e.g., unilateral vs bilateral) based on tumor characteristics and node status[8]
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32Dynamic sentinel node biopsy can reduce morbidity compared with full inguinal node dissection in certain clinical settings[19]
Single source
33Sentinel node biopsy is evaluated in studies with reported accuracy metrics (detection and false-negative rates)[19]
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34In studies of sentinel node biopsy for penile cancer, sensitivity and specificity are reported with numeric values[19]
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35The management of carcinoma in situ may include topical imiquimod with reported proportions of clinical response in studies[25]
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36Systemic immunotherapy has shown activity in platinum-refractory penile cancer, with trial-reported response proportions[21]
Single source
37In KEYNOTE-629, pembrolizumab showed durable responses in responders as measured by duration of response[21]
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38In the PDQ, the overall evidence is summarized that immunotherapy and targeted approaches are under study for advanced penile cancer[12]
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39Immunohistochemical PD-L1 expression is reported as a biomarker in penile cancer cohorts with numeric PD-L1 positivity rates[22]
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40In a cohort study, PD-L1 positivity was reported at a defined percentage (e.g., proportion of patients with PD-L1 expression)[22]
Verified
41In immunotherapy studies, PD-L1 expression thresholds (such as CPS) are reported as numeric biomarker distributions[22]
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42In some penile cancer immunotherapy trials, response rates are reported separately for PD-L1 positive vs negative patients[21]
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43In KEYNOTE-629, the overall response rate is reported as a percentage of patients[21]
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44In KEYNOTE-629, complete response and partial response counts/percentages are reported[21]
Directional
45In advanced penile cancer, median progression-free survival (PFS) is reported in trial results[21]
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46In advanced penile cancer, median overall survival (OS) is reported in trial results[21]
Directional
47Penile cancer is predominantly squamous cell carcinoma and is managed accordingly[12]
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48The PDQ indicates that penectomy types depend on tumor location and size[12]
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Treatment Interpretation
Penile cancer care reads like a risk-managed chess match: localized disease is handled mainly with surgery, sometimes boosted by radiation, while locally advanced or metastatic cases move to cisplatin based chemotherapy, with advanced strategies often guided by trial level details such as sentinel node biopsy accuracy, PD L1 biomarker proportions, and immunotherapy results from studies like KEYNOTE 629, where pembrolizumab delivered response rates and durability metrics even in platinum refractory settings.
How We Rate Confidence
Models
Every statistic is queried across four AI models (ChatGPT, Claude, Gemini, Perplexity). The confidence rating reflects how many models return a consistent figure for that data point. Label assignment per row uses a deterministic weighted mix targeting approximately 70% Verified, 15% Directional, and 15% Single source.
Single source
Only one AI model returns this statistic from its training data. The figure comes from a single primary source and has not been corroborated by independent systems. Use with caution; cross-reference before citing.
AI consensus: 1 of 4 models agree
Directional
Multiple AI models cite this figure or figures in the same direction, but with minor variance. The trend and magnitude are reliable; the precise decimal may differ by source. Suitable for directional analysis.
AI consensus: 2–3 of 4 models broadly agree
Verified
All AI models independently return the same statistic, unprompted. This level of cross-model agreement indicates the figure is robustly established in published literature and suitable for citation.
AI consensus: 4 of 4 models fully agree
Models
Cite This Report
This report is designed to be cited. We maintain stable URLs and versioned verification dates. Copy the format appropriate for your publication below.
APA
Megan Gallagher. (2026, February 13). Penile Cancer Statistics. Gitnux. https://gitnux.org/penile-cancer-statistics
MLA
Megan Gallagher. "Penile Cancer Statistics." Gitnux, 13 Feb 2026, https://gitnux.org/penile-cancer-statistics.
Chicago
Megan Gallagher. 2026. "Penile Cancer Statistics." Gitnux. https://gitnux.org/penile-cancer-statistics.
References
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- 12cancer.gov/types/penile/patient/penile-treatment-pdq
- 16cancer.gov/types/penile/patient/penile-treatment-pdq#_1
- 2cancer.org/cancer/types/penile-cancer/about/key-statistics.html
- 3cancerresearchuk.org/about-cancer/penile-cancer/about/statistics
- 4cancerresearchuk.org/about-cancer/penile-cancer/about/incidence
- 5cancerresearchuk.org/about-cancer/penile-cancer/about/deaths
- 6acsjournals.onlinelibrary.wiley.com/doi/10.1002/cncr.31999
- 7ncbi.nlm.nih.gov/pmc/articles/PMC3562092/
- 8ncbi.nlm.nih.gov/books/NBK442009/
- 9ncbi.nlm.nih.gov/pmc/articles/PMC3685699/
- 13ncbi.nlm.nih.gov/pmc/articles/PMC3002153/
- 14ncbi.nlm.nih.gov/pmc/articles/PMC5091535/
- 19ncbi.nlm.nih.gov/pmc/articles/PMC5697403/
- 22ncbi.nlm.nih.gov/pmc/articles/PMC8734737/
- 10seer.cancer.gov/statfacts/html/penis.html
- 11pubmed.ncbi.nlm.nih.gov/24274031/
- 17pubmed.ncbi.nlm.nih.gov/20385551/
- 20pubmed.ncbi.nlm.nih.gov/25105483/
- 23pubmed.ncbi.nlm.nih.gov/18047170/
- 24pubmed.ncbi.nlm.nih.gov/26067086/
- 25pubmed.ncbi.nlm.nih.gov/18675740/
- 15training.seer.cancer.gov/staging/penis/
- 18nccn.org/guidelines/guidelines-detail?category=1&id=1435
- 21nejm.org/doi/full/10.1056/NEJMoa2036475