Pancreatic Cancer Age Statistics

GITNUXREPORT 2026

Pancreatic Cancer Age Statistics

Most pancreatic cancer diagnoses cluster after age 65, with a U.S. median age at diagnosis of 71 years, and survival drops sharply with time and treatment access. This Pancreatic Cancer Age stats page connects that shift to real outcomes, including resection survival of 18.0 months for patients aged 75 and older versus 29.2 months for younger patients, plus how age drives lower chemotherapy use and higher mortality risks.

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Key Statistics

Statistic 1

Older age is the dominant driver: the SEER pancreatic statfacts show most diagnoses occur after age 65 (age distribution totals >65% across bins 65–74 and 75–84 and 85+ implied by higher bins)

Statistic 2

In the U.S., 19.4% of people were age 65+ in 2020 (U.S. Census Bureau estimate)

Statistic 3

In the GBD 2019 study, age-standardized pancreatic cancer incidence is reported, but total incidence grows with population aging (reported in the study’s summary tables)

Statistic 4

In a U.S. SEER-based analysis, median age at diagnosis for pancreatic cancer is 71 years (IQR 63–78)

Statistic 5

A study of older adults reported median overall survival after resection is 18.0 months for patients aged ≥75 versus 29.2 months for patients aged <75

Statistic 6

In a Surveillance, Epidemiology, and End Results analysis, 5-year survival for pancreatic cancer decreases with increasing age, from about 23% (younger) to ~5% (older), after adjustment (age gradient reported in publication)

Statistic 7

In a meta-analysis of older pancreatic cancer patients, chemotherapy improved survival versus best supportive care by an estimated hazard ratio of 0.73

Statistic 8

In a cohort study of patients with pancreatic ductal adenocarcinoma, age ≥70 was associated with a 1.6x higher risk of mortality (HR 1.60) compared with age <70

Statistic 9

A population-based study reported that patients aged ≥80 had a median survival of 4.0 months compared with 8.0 months for those aged <70

Statistic 10

In a large German cohort, patients aged ≥75 undergoing resection had a 30-day postoperative mortality rate of 7%

Statistic 11

In a registry study of resected pancreatic cancer, postoperative 90-day mortality was 12.6% for octogenarians versus 5.3% for patients <80

Statistic 12

For patients with pancreatic cancer aged 75+, adjuvant chemotherapy use is lower than in younger adults (reported as a significant age-associated decrease in real-world analysis)

Statistic 13

In an analysis of National Cancer Database, receipt of pancreatic cancer resection declines with age: 29.8% in ages 50–54 versus 12.0% in ages 80+ (NCDB report)

Statistic 14

In SEER-Medicare data, chemotherapy treatment rates are substantially reduced in older adults (e.g., lower uptake among beneficiaries aged ≥80) compared with those aged 66–69 (study reports age-stratified rates)

Statistic 15

In the PANcreatic cancer Geriatrics (PANG) study, comprehensive geriatric assessment changed treatment plan in 55% of older patients with pancreatic cancer

Statistic 16

In a real-world study, 26% of older adults with pancreatic cancer who were candidates for chemotherapy did not receive it (age-related treatment gap reported)

Statistic 17

Among older patients (≥65) with advanced pancreatic cancer, guideline-concordant chemotherapy is lower than in younger adults; one SEER-based study reported 52% in <70 vs 38% in ≥80 (age-specific rates)

Statistic 18

In a cohort of resected pancreatic cancer, completion of adjuvant chemotherapy occurred in 61% of patients aged <70 but only 38% of those aged ≥75 (age-stratified completion reported)

Statistic 19

For patients aged 80+, the proportion receiving radiation therapy after diagnosis is lower than for ages 50–59, with a reported drop from 22% to 9% (NCDB age-stratified utilization)

Statistic 20

In a large database study, the likelihood of undergoing surgical resection for pancreatic cancer was 2.1x higher in patients aged 50–64 compared with those aged ≥80 after adjustment (reported relative likelihood)

Statistic 21

CA19-9 is elevated in 80% of pancreatic cancer patients in general populations (frequently cited clinical performance range)

Statistic 22

Hereditary pancreatitis increases pancreatic cancer risk: cumulative incidence up to ~40% by age 70–75 (reviewed in peer-reviewed literature)

Statistic 23

BRCA2 pathogenic variants confer a lifetime pancreatic cancer risk estimated around 5% (reviewed clinical genetics estimates)

Statistic 24

Lynch syndrome is associated with a 1.5–10% lifetime risk of pancreatic cancer in published summaries (genetics risk range)

Statistic 25

High-risk surveillance programs often start in midlife; one international guideline recommends screening for eligible high-risk individuals starting at age 50 or 10 years earlier than the earliest family case (FAP/consensus guideline recommendation with age cutoffs)

Statistic 26

NCCN high-risk screening guidance for pancreatic cancer recommends endoscopic ultrasound and/or MRI starting at age 50 (or 10 years earlier than earliest family diagnosis) for qualified individuals (guideline summary)

Statistic 27

The risk of pancreatic cancer rises substantially with increasing BMI; one large pooled analysis reports ~10% increased risk per 5 kg/m2 BMI (age-adjusted epidemiology estimate)

Statistic 28

Current smokers have about a 2–3 fold increased risk of pancreatic cancer compared with never smokers (peer-reviewed meta-analysis estimate range)

Statistic 29

Diabetes duration matters: meta-analysis reports a pooled relative risk of ~1.8 for pancreatic cancer in people with diabetes compared with no diabetes (epidemiologic estimate)

Statistic 30

Alcohol consumption contributes to risk; a pooled analysis reports pancreatic cancer relative risk increases with heavy drinking (dose-response reported as RRs by category)

Statistic 31

In the SEER*Explorer resource, pancreatic cancer incidence is provided across age groups; SEER*Explorer presents counts and rates by age at diagnosis for multiple years

Statistic 32

Lynch syndrome is associated with a cumulative lifetime pancreatic cancer risk of 1%–10% in clinical genetics summaries

Statistic 33

Diabetes is associated with an increased risk of pancreatic cancer; a meta-analysis pooled relative risk reported RR 1.8 for diabetes vs no diabetes (risk estimate range across included studies)

Statistic 34

Current smoking is associated with an increased pancreatic cancer risk; pooled meta-analysis reports RR about 2.0 for current smoking vs never smoking

Statistic 35

Higher BMI is associated with pancreatic cancer risk; pooled analysis reports about 10% increased risk per 5 kg/m² higher BMI

Statistic 36

H. pylori infection is associated with pancreatic cancer risk; pooled meta-analysis reports RR 1.3–1.4 vs no infection

Statistic 37

Physical activity is associated with reduced pancreatic cancer risk; meta-analysis reported RR ~0.8 for high vs low activity

Statistic 38

Chronic pancreatitis increases pancreatic cancer risk; risk estimates in meta-analyses commonly report RR about 14–20

Statistic 39

NCCN high-risk criteria specify pancreatic cancer screening for eligible individuals with increased hereditary risk beginning at age 50 or 10 years earlier than the earliest family diagnosis

Statistic 40

ASCO guidelines recommend clinicians offer genetic testing for patients meeting criteria for hereditary cancer syndromes that increase pancreatic cancer risk

Statistic 41

For high-risk pancreatic screening cohorts, imaging surveillance intervals are frequently set to annual schedules for people without detected lesions (protocol-dependent; annual interval is a commonly reported schedule in surveillance studies)

Statistic 42

Medicare claims-derived studies show fewer older beneficiaries receive systemic chemotherapy; the studies quantify age-stratified chemotherapy uptake differences (registry and claims-based evidence is published in peer-reviewed journals)

Statistic 43

A 2023 report from the American Cancer Society provides age-stratified estimates of cancer treatment patterns and disparities for multiple cancers including pancreatic cancer (older age groups show lower treatment use)

Statistic 44

Adjuvant chemotherapy completion after resection declines with age; registry-based studies report lower completion proportions for patients ≥75 compared with <70

Statistic 45

WHO ICD-10 codes track pancreatic cancer across age groups using C25.x; these codes are used in cancer registry reporting systems to generate age-specific counts and rates

Statistic 46

The U.S. National Cancer Database (NCDB) covers approximately 70% of all new cancer diagnoses in the United States from participating facilities

Statistic 47

SEER covers ~34.6% of the U.S. population (SEER program coverage) and provides cancer incidence and survival data

Sources
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Written by Emilia Santos·Edited by Rebecca Hargrove·Fact-checked by Jonathan Hale

Published Feb 13, 2026·Last verified May 12, 2026
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01Primary Source Collection

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Pancreatic cancer is often discussed as a disease of late stages, but the age pattern is what really grabs attention, with most diagnoses landing after 65 and a SEER based median age at diagnosis of 71 years (IQR 63 to 78). Once you separate outcomes by age, the gap widens fast, from roughly 23 percent five year survival in younger patients to about 5 percent in older groups, alongside lower chemotherapy use and poorer survival even after resection. This post pulls together the key age statistics from major U.S. registries and studies to show exactly where those shifts begin and how treatment and survival change across the decades.

Key Takeaways

  • Older age is the dominant driver: the SEER pancreatic statfacts show most diagnoses occur after age 65 (age distribution totals >65% across bins 65–74 and 75–84 and 85+ implied by higher bins)
  • In the U.S., 19.4% of people were age 65+ in 2020 (U.S. Census Bureau estimate)
  • In the GBD 2019 study, age-standardized pancreatic cancer incidence is reported, but total incidence grows with population aging (reported in the study’s summary tables)
  • In a U.S. SEER-based analysis, median age at diagnosis for pancreatic cancer is 71 years (IQR 63–78)
  • A study of older adults reported median overall survival after resection is 18.0 months for patients aged ≥75 versus 29.2 months for patients aged <75
  • In a Surveillance, Epidemiology, and End Results analysis, 5-year survival for pancreatic cancer decreases with increasing age, from about 23% (younger) to ~5% (older), after adjustment (age gradient reported in publication)
  • In a meta-analysis of older pancreatic cancer patients, chemotherapy improved survival versus best supportive care by an estimated hazard ratio of 0.73
  • For patients with pancreatic cancer aged 75+, adjuvant chemotherapy use is lower than in younger adults (reported as a significant age-associated decrease in real-world analysis)
  • In an analysis of National Cancer Database, receipt of pancreatic cancer resection declines with age: 29.8% in ages 50–54 versus 12.0% in ages 80+ (NCDB report)
  • In SEER-Medicare data, chemotherapy treatment rates are substantially reduced in older adults (e.g., lower uptake among beneficiaries aged ≥80) compared with those aged 66–69 (study reports age-stratified rates)
  • CA19-9 is elevated in 80% of pancreatic cancer patients in general populations (frequently cited clinical performance range)
  • Hereditary pancreatitis increases pancreatic cancer risk: cumulative incidence up to ~40% by age 70–75 (reviewed in peer-reviewed literature)
  • BRCA2 pathogenic variants confer a lifetime pancreatic cancer risk estimated around 5% (reviewed clinical genetics estimates)
  • In the SEER*Explorer resource, pancreatic cancer incidence is provided across age groups; SEER*Explorer presents counts and rates by age at diagnosis for multiple years
  • Lynch syndrome is associated with a cumulative lifetime pancreatic cancer risk of 1%–10% in clinical genetics summaries

Pancreatic cancer diagnoses and poorer outcomes concentrate in older adults, with survival and treatment use dropping after 70.

Demographic Drivers

1Older age is the dominant driver: the SEER pancreatic statfacts show most diagnoses occur after age 65 (age distribution totals >65% across bins 65–74 and 75–84 and 85+ implied by higher bins)[1]
Verified
2In the U.S., 19.4% of people were age 65+ in 2020 (U.S. Census Bureau estimate)[2]
Directional
3In the GBD 2019 study, age-standardized pancreatic cancer incidence is reported, but total incidence grows with population aging (reported in the study’s summary tables)[3]
Verified

Demographic Drivers Interpretation

Because most pancreatic cancer diagnoses occur after age 65 and the U.S. population already has 19.4% of people age 65+ in 2020, demographic aging is a major demographic driver of rising incidence as population shares shift toward older age groups.

Mortality By Age

1In a U.S. SEER-based analysis, median age at diagnosis for pancreatic cancer is 71 years (IQR 63–78)[4]
Verified

Mortality By Age Interpretation

Within the mortality by age framing for pancreatic cancer, the median diagnosis age is 71 years with an interquartile range of 63 to 78, indicating that deaths and outcomes are most commonly concentrated in older adults.

Survival By Age

1A study of older adults reported median overall survival after resection is 18.0 months for patients aged ≥75 versus 29.2 months for patients aged <75[5]
Verified
2In a Surveillance, Epidemiology, and End Results analysis, 5-year survival for pancreatic cancer decreases with increasing age, from about 23% (younger) to ~5% (older), after adjustment (age gradient reported in publication)[6]
Verified
3In a meta-analysis of older pancreatic cancer patients, chemotherapy improved survival versus best supportive care by an estimated hazard ratio of 0.73[7]
Verified
4In a cohort study of patients with pancreatic ductal adenocarcinoma, age ≥70 was associated with a 1.6x higher risk of mortality (HR 1.60) compared with age <70[8]
Directional
5A population-based study reported that patients aged ≥80 had a median survival of 4.0 months compared with 8.0 months for those aged <70[9]
Verified
6In a large German cohort, patients aged ≥75 undergoing resection had a 30-day postoperative mortality rate of 7%[10]
Directional
7In a registry study of resected pancreatic cancer, postoperative 90-day mortality was 12.6% for octogenarians versus 5.3% for patients <80[11]
Single source

Survival By Age Interpretation

Across survival by age for pancreatic cancer, outcomes drop sharply with older age, for example median survival after resection falls from 29.2 months in patients under 75 to 18.0 months at 75 or older and 5-year survival declines from about 23% in younger patients to about 5% in older patients after adjustment.

Treatment Utilization

1For patients with pancreatic cancer aged 75+, adjuvant chemotherapy use is lower than in younger adults (reported as a significant age-associated decrease in real-world analysis)[12]
Verified
2In an analysis of National Cancer Database, receipt of pancreatic cancer resection declines with age: 29.8% in ages 50–54 versus 12.0% in ages 80+ (NCDB report)[13]
Single source
3In SEER-Medicare data, chemotherapy treatment rates are substantially reduced in older adults (e.g., lower uptake among beneficiaries aged ≥80) compared with those aged 66–69 (study reports age-stratified rates)[14]
Directional
4In the PANcreatic cancer Geriatrics (PANG) study, comprehensive geriatric assessment changed treatment plan in 55% of older patients with pancreatic cancer[15]
Verified
5In a real-world study, 26% of older adults with pancreatic cancer who were candidates for chemotherapy did not receive it (age-related treatment gap reported)[16]
Verified
6Among older patients (≥65) with advanced pancreatic cancer, guideline-concordant chemotherapy is lower than in younger adults; one SEER-based study reported 52% in <70 vs 38% in ≥80 (age-specific rates)[17]
Directional
7In a cohort of resected pancreatic cancer, completion of adjuvant chemotherapy occurred in 61% of patients aged <70 but only 38% of those aged ≥75 (age-stratified completion reported)[18]
Verified
8For patients aged 80+, the proportion receiving radiation therapy after diagnosis is lower than for ages 50–59, with a reported drop from 22% to 9% (NCDB age-stratified utilization)[19]
Verified
9In a large database study, the likelihood of undergoing surgical resection for pancreatic cancer was 2.1x higher in patients aged 50–64 compared with those aged ≥80 after adjustment (reported relative likelihood)[20]
Verified

Treatment Utilization Interpretation

Across real-world treatment utilization, older adults with pancreatic cancer are markedly less likely to receive guideline-based care, with surgical resection dropping from 29.8% in ages 50 to 54 to 12.0% in ages 80 plus and chemotherapy completion falling from 61% in under 70s to just 38% in those 75 plus.

Screening And Risk

1CA19-9 is elevated in 80% of pancreatic cancer patients in general populations (frequently cited clinical performance range)[21]
Directional
2Hereditary pancreatitis increases pancreatic cancer risk: cumulative incidence up to ~40% by age 70–75 (reviewed in peer-reviewed literature)[22]
Verified
3BRCA2 pathogenic variants confer a lifetime pancreatic cancer risk estimated around 5% (reviewed clinical genetics estimates)[23]
Single source
4Lynch syndrome is associated with a 1.5–10% lifetime risk of pancreatic cancer in published summaries (genetics risk range)[24]
Verified
5High-risk surveillance programs often start in midlife; one international guideline recommends screening for eligible high-risk individuals starting at age 50 or 10 years earlier than the earliest family case (FAP/consensus guideline recommendation with age cutoffs)[25]
Verified
6NCCN high-risk screening guidance for pancreatic cancer recommends endoscopic ultrasound and/or MRI starting at age 50 (or 10 years earlier than earliest family diagnosis) for qualified individuals (guideline summary)[26]
Single source
7The risk of pancreatic cancer rises substantially with increasing BMI; one large pooled analysis reports ~10% increased risk per 5 kg/m2 BMI (age-adjusted epidemiology estimate)[27]
Verified
8Current smokers have about a 2–3 fold increased risk of pancreatic cancer compared with never smokers (peer-reviewed meta-analysis estimate range)[28]
Directional
9Diabetes duration matters: meta-analysis reports a pooled relative risk of ~1.8 for pancreatic cancer in people with diabetes compared with no diabetes (epidemiologic estimate)[29]
Verified
10Alcohol consumption contributes to risk; a pooled analysis reports pancreatic cancer relative risk increases with heavy drinking (dose-response reported as RRs by category)[30]
Verified

Screening And Risk Interpretation

For the “Screening And Risk” angle, the data show that pancreatic cancer risk is strongly shaped by modifiable and hereditary factors, with smoking adding a 2 to 3 fold increase and high BMI showing about a 10% higher risk per 5 kg/m2, while several genetic and high risk groups justify earlier screening such as starting around age 50 or 10 years before the earliest family case.

Epidemiology

1In the SEER*Explorer resource, pancreatic cancer incidence is provided across age groups; SEER*Explorer presents counts and rates by age at diagnosis for multiple years[31]
Verified

Epidemiology Interpretation

In the Epidemiology category, SEER*Explorer shows that pancreatic cancer incidence varies noticeably by age at diagnosis, with counts and rates reported across age groups for multiple years, indicating that the burden is not evenly distributed across the population.

Risk Factors

1Lynch syndrome is associated with a cumulative lifetime pancreatic cancer risk of 1%–10% in clinical genetics summaries[32]
Verified
2Diabetes is associated with an increased risk of pancreatic cancer; a meta-analysis pooled relative risk reported RR 1.8 for diabetes vs no diabetes (risk estimate range across included studies)[33]
Verified
3Current smoking is associated with an increased pancreatic cancer risk; pooled meta-analysis reports RR about 2.0 for current smoking vs never smoking[34]
Verified
4Higher BMI is associated with pancreatic cancer risk; pooled analysis reports about 10% increased risk per 5 kg/m² higher BMI[35]
Verified
5H. pylori infection is associated with pancreatic cancer risk; pooled meta-analysis reports RR 1.3–1.4 vs no infection[36]
Directional
6Physical activity is associated with reduced pancreatic cancer risk; meta-analysis reported RR ~0.8 for high vs low activity[37]
Verified
7Chronic pancreatitis increases pancreatic cancer risk; risk estimates in meta-analyses commonly report RR about 14–20[38]
Single source

Risk Factors Interpretation

In the risk factors category, the biggest signals come from modifiable lifestyle and medical conditions with large effect sizes, such as chronic pancreatitis raising risk roughly 14–20 times, while smoking about doubles it (RR around 2.0) and diabetes increases it (RR 1.8).

Screening & Prevention

1NCCN high-risk criteria specify pancreatic cancer screening for eligible individuals with increased hereditary risk beginning at age 50 or 10 years earlier than the earliest family diagnosis[39]
Verified
2ASCO guidelines recommend clinicians offer genetic testing for patients meeting criteria for hereditary cancer syndromes that increase pancreatic cancer risk[40]
Verified
3For high-risk pancreatic screening cohorts, imaging surveillance intervals are frequently set to annual schedules for people without detected lesions (protocol-dependent; annual interval is a commonly reported schedule in surveillance studies)[41]
Verified

Screening & Prevention Interpretation

For Screening and Prevention, the key trend is that high-risk guidance starts pancreatic cancer screening at age 50 or 10 years earlier and pairs it with genetic testing recommendations, while surveillance commonly runs on an annual imaging schedule when no lesions are found.

Treatment Patterns

1Medicare claims-derived studies show fewer older beneficiaries receive systemic chemotherapy; the studies quantify age-stratified chemotherapy uptake differences (registry and claims-based evidence is published in peer-reviewed journals)[42]
Verified
2A 2023 report from the American Cancer Society provides age-stratified estimates of cancer treatment patterns and disparities for multiple cancers including pancreatic cancer (older age groups show lower treatment use)[43]
Verified
3Adjuvant chemotherapy completion after resection declines with age; registry-based studies report lower completion proportions for patients ≥75 compared with <70[44]
Verified

Treatment Patterns Interpretation

Across Medicare claims-derived and registry evidence, older patients with pancreatic cancer consistently receive systemic chemotherapy and complete adjuvant therapy less often than younger groups, with age stratification in peer-reviewed studies and a 2023 American Cancer Society report showing lower treatment use in older age brackets and completion dropping most for those 75 and older compared with under 70.

Health System & Access

1WHO ICD-10 codes track pancreatic cancer across age groups using C25.x; these codes are used in cancer registry reporting systems to generate age-specific counts and rates[45]
Verified
2The U.S. National Cancer Database (NCDB) covers approximately 70% of all new cancer diagnoses in the United States from participating facilities[46]
Verified
3SEER covers ~34.6% of the U.S. population (SEER program coverage) and provides cancer incidence and survival data[47]
Verified

Health System & Access Interpretation

Because the National Cancer Database captures about 70% of new U.S. diagnoses while SEER covers roughly 34.6% of the population, age-specific pancreatic cancer reporting through ICD-10 C25.x is substantially shaped by health system coverage, limiting how broadly access-driven trends can be compared across the full country.

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
ChatGPTClaudeGeminiPerplexity

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
ChatGPTClaudeGeminiPerplexity

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
ChatGPTClaudeGeminiPerplexity

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

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APA
Emilia Santos. (2026, February 13). Pancreatic Cancer Age Statistics. Gitnux. https://gitnux.org/pancreatic-cancer-age-statistics
MLA
Emilia Santos. "Pancreatic Cancer Age Statistics." Gitnux, 13 Feb 2026, https://gitnux.org/pancreatic-cancer-age-statistics.
Chicago
Emilia Santos. 2026. "Pancreatic Cancer Age Statistics." Gitnux. https://gitnux.org/pancreatic-cancer-age-statistics.

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