What Is Ultra-Processed Food 2026?
Ultra-processed food refers to industrial formulations made mostly from substances extracted or refined from whole foods, plus additives like preservatives, emulsifiers, and artificial flavors, that go through processes a home kitchen would never use. Scientists sort food into four categories using the NOVA classification system: unprocessed or minimally processed foods, processed culinary ingredients like oil or sugar, processed foods with two or three added ingredients, and ultra-processed foods, which sit at the far end of that scale. Sodas, packaged snack cakes, sweetened cereals, reconstituted chicken nuggets, and most flavored yogurts fall into this last group, built to be shelf-stable, cheap to produce, and engineered to taste better than the sum of their parts.
In the United States in 2026, ultra-processed food has moved from a nutrition-science term into a genuine policy fight. Federal health officials are actively working on the first legal definition of the category, state legislatures are passing laws restricting it in schools, and researchers keep publishing new evidence linking it to chronic disease. This guide pulls together the most current, government-verified and peer-reviewed data on how much of the American diet is now ultra-processed, which foods make up the bulk of that intake, what the health research actually shows, and how Washington and the states are starting to respond.
Interesting Facts About Ultra-Processed Food in the US 2026
Ultra-Processed Food in the US, 2026
Share of total calories, all ages |███████████████████████████ 55.0%
Share of calories, youth ages 1-18 |███████████████████████████████ 61.9%
Share of calories, adults 19+ |██████████████████████████ 53.0%
Increased mortality risk, high intake |███████ 21%
| Interesting Fact | Figure |
|---|---|
| Mean share of total calories from ultra-processed food, all ages 1+ | 55.0% |
| Share of calories from UPF among youth ages 1-18 | 61.9% |
| Share of calories from UPF among adults 19+ | 53.0% |
| Increased risk of death from any cause with high UPF intake | 21% |
| Increased depression risk linked to high UPF intake | 22% |
| Branded US food products classified as ultra-processed under NOVA | 72% |
| US dietary energy from UPF, wider research range | 50% to 70% |
| Federal UPF definition expected from the FDA | April 2026 |
Source: CDC National Center for Health Statistics, NHANES Data Brief No. 536, August 2025; BMJ umbrella review, 2024-2026.
The scale of ultra-processed eating in the United States is now well documented by the government’s own nutrition surveillance system. Based on NHANES data collected between August 2021 and August 2023, the average American gets 55.0% of their daily calories from ultra-processed food, and that share climbs to 61.9% among children and teenagers. A separate research modeling effort found that 72% of the more than 90,000 branded packaged products sold in US grocery stores qualify as ultra-processed under the NOVA classification system, the framework researchers and, increasingly, federal agencies use to sort food by degree of industrial processing. The Congressional Research Service puts the broader range at 50% to 70% of total dietary energy, depending on which specific definition a study applies.
The health evidence attached to those numbers has grown substantial enough to shift federal dietary policy for the first time. A large 2024 umbrella review published by the BMJ Group, drawing on data linked to over 30 separate health outcomes, found high ultra-processed food intake was tied to a 21% higher risk of death from any cause and a 22% higher risk of depression. The FDA has said a formal federal definition of ultra-processed food is expected by April 2026, the first time such a definition would exist in US law. The sections below break down exactly where those calories come from, what specific health risks the research has quantified, and how that regulatory shift is playing out at both the federal and state level.
Ultra-Processed Food Consumption Statistics in the US 2026
Share of Total Calories from Ultra-Processed Food, US, 2021-2023
All ages, 1+ |███████████████████████████ 55.0%
Youth, ages 1-18 |███████████████████████████████ 61.9%
Adults, ages 19+ |██████████████████████████ 53.0%
| Consumption Metric | Figure |
|---|---|
| Mean share of total calories from UPF, all ages 1 and older | 55.0% |
| Mean share of calories from UPF, youth ages 1-18 | 61.9% |
| Mean share of calories from UPF, adults 19 and older | 53.0% |
| UPF share, lowest family income group vs. highest | Highest in lower-income households |
| Long-term trend in adult UPF calorie intake, 2013-14 to 2021-23 | Decreased |
Source: CDC National Center for Health Statistics, NHANES Data Brief No. 536, August 2025.
The most authoritative snapshot of American eating habits comes from the CDC’s National Health and Nutrition Examination Survey, which found that ultra-processed food supplied 55.0% of total calories consumed by people age 1 and older between August 2021 and August 2023. That figure is not evenly spread across age groups. Youth ages 1 to 18 consumed 61.9% of their calories from ultra-processed sources, noticeably higher than the 53.0% figure recorded among adults 19 and older, meaning the generation growing up right now has a meaningfully more processed diet than their parents did at the same age. The CDC also found that among adults, UPF calorie share was consistently lowest in the highest family income bracket, a pattern that shows up across nearly every diet-quality metric the agency tracks.
There is a genuinely encouraging thread buried in this data too. Comparing the 2021-2023 figures against the 2013-2014 survey period, the CDC found that mean UPF calorie consumption among adults actually decreased over that decade, even as public attention to the issue was still building. That decline suggests the shift toward whole and minimally processed foods that nutrition experts have been recommending for years is showing up in the numbers, at least among grown-ups, even while the picture for children continues to look more concerning and largely unchanged over the same stretch.
Top Sources of Ultra-Processed Food Statistics in the US 2026
Top Calorie Sources from Ultra-Processed Food, US
Sandwiches (incl. burgers), adults |███████████████ 8.6%
Sandwiches (incl. burgers), youth |█████████████ 7.6%
Sweet bakery products |███████████ (top-5 category)
Savory snacks |██████████ (top-5 category)
Sweetened beverages |█████████ (top-5 category)
| Food Category | Ranking / Share |
|---|---|
| Sandwiches, including burgers, adults | 8.6% of total calories |
| Sandwiches, including burgers, youth | 7.6% of total calories |
| Sweet bakery products | Top-5 source for both youth and adults |
| Savory snacks | Top-5 source for both youth and adults |
| Sweetened beverages | Top-5 source for both youth and adults |
Source: CDC National Center for Health Statistics, NHANES Data Brief No. 536, August 2025.
When the CDC broke down exactly which foods contribute the most ultra-processed calories, sandwiches, including burgers, came out on top for both age groups, supplying 8.6% of total calories for adults and 7.6% for youth. That single category alone explains a meaningful chunk of daily UPF intake, since a fast-food or deli sandwich typically combines an industrially produced bun, processed meat or cheese, and packaged condiments, each of which independently qualifies as ultra-processed under NOVA. Rounding out the top five sources for both youth and adults were sweet bakery products like packaged cookies and pastries, savory snacks such as chips and crackers, and sweetened beverages including soda and sports drinks, a consistent list across nearly every major US dietary survey of the past decade.
What stands out about this specific list is how ordinary it is. None of these are exotic or unusual foods; they are the default lunch, the afternoon snack, and the drink within arm’s reach at nearly every American workplace, school, and gas station. That everyday availability is precisely what nutrition researchers point to when explaining why ultra-processed intake stays so high despite years of public health messaging: minimally processed alternatives typically require more preparation time, cost more per calorie in some cases, and are simply less present in the environments where people actually eat, from vending machines to drive-throughs to school cafeterias.
Ultra-Processed Food and Chronic Disease Risk Statistics in the US 2026
Increased Risk per Additional 100g/Day of Ultra-Processed Food
Digestive disease risk |████████████████████ 19.5%
Hypertension risk |███████████████ 14.5%
Cardiovascular event risk |██████ 5.9%
All-cause mortality risk |███ 2.6%
Cancer risk |█ 1.2%
| Health Outcome (per additional 100g/day UPF) | Increased Risk |
|---|---|
| Digestive diseases | 19.5% |
| Hypertension | 14.5% |
| Cardiovascular events | 5.9% |
| All-cause mortality | 2.6% |
| Cancer | 1.2% |
Source: American College of Cardiology, GRADE-assessed evidence synthesis, 2025.
Research reviewed by the American College of Cardiology quantified exactly how much additional risk comes with each incremental increase in ultra-processed intake. For every extra 100 grams per day of ultra-processed food consumed, researchers found a 19.5% higher risk of digestive diseases, a 14.5% higher risk of hypertension, and a 5.9% higher risk of cardiovascular events. The same analysis found smaller but still statistically meaningful increases in cancer risk, at 1.2%, and all-cause mortality, at 2.6%, per additional 100 grams. The researchers used the GRADE system, a widely used method for rating the certainty of medical evidence, to assess the underlying studies, and also flagged associations with obesity, metabolic syndrome, and depression or anxiety beyond the five outcomes shown above.
These per-100-gram figures matter because they translate an abstract percentage of total calories into something closer to a real grocery cart. A single fast-food meal, a bag of chips, and a can of soda can easily add up to several hundred grams of ultra-processed food in one sitting, meaning the cumulative risk increase compounds quickly across a typical day rather than requiring some extreme, unusual level of consumption. Researchers are careful to note that these are observational associations rather than proof that ultra-processing itself, independent of the sugar, sodium, and saturated fat these foods often contain, directly causes each condition, but the consistency of the pattern across dozens of independent studies is what has pushed this research into mainstream dietary guidance.
Ultra-Processed Food and Mortality Statistics in the US 2026
Ultra-Processed Food and Elevated Mortality Risk
BMJ umbrella review: all-cause death risk |█████████████████████ 21%
2025 meta-analysis: highest vs. lowest intake |███████████████ 15%
Heart disease death, obesity, T2D, sleep risk |██████████████████████ up to 66%
| Mortality Metric | Figure |
|---|---|
| Increased all-cause mortality risk, high vs. low UPF intake (BMJ umbrella review) | 21% |
| Increased all-cause mortality risk, highest vs. lowest intake (2025 meta-analysis) | 15% |
| Study size of 2025 meta-analysis | 1,148,387 participants, 173,107 deaths |
| Increased risk of heart disease-related death, obesity, type 2 diabetes, sleep problems | 40% to 66% |
| Health outcomes with consistent evidence linked to UPF intake | Over 30 |
Source: BMJ Group umbrella review, 2024; Springer Nature systematic review and meta-analysis, March 2025.
Two large, independent bodies of evidence point in the same direction on mortality risk. A widely cited umbrella review published by the BMJ Group, which pools findings across dozens of individual meta-analyses, found highly suggestive evidence that higher ultra-processed food intake was associated with a 21% greater risk of death from any cause, alongside a 40% to 66% increased risk of heart disease-related death, obesity, type 2 diabetes, and sleep problems. That same review identified consistent evidence linking UPF intake to more than 30 separate damaging health outcomes overall, spanning cardiometabolic, digestive, and mental health categories. A more recent and narrowly focused 2025 systematic review and dose-response meta-analysis, covering 18 studies and 1,148,387 participants with 173,107 recorded deaths, independently found that people with the highest UPF consumption faced a 15% increased risk of all-cause mortality compared to those with the lowest intake.
The gap between the 21% and 15% figures reflects differences in study design and population rather than a contradiction, and researchers treat that range as a reasonably solid estimate of the true underlying effect. What makes this body of evidence unusual is its consistency across such a large combined sample size and multiple independent research teams working with different cohorts, in different countries, using different specific UPF measurement tools. It’s worth noting, out of general caution around a sensitive topic, that these are population-level statistics describing dietary patterns rather than guidance for any individual, and anyone with specific concerns about their own diet or health should raise them with a doctor or registered dietitian.
Ultra-Processed Food and Mental Health Statistics in the US 2026
Ultra-Processed Food and Mental Health Risk
Increased depression risk |██████████████████████ 22%
Health outcome categories affected |cardiometabolic, GI, cancer, mental illness, mortality
| Mental Health Metric | Figure |
|---|---|
| Increased depression risk with high UPF intake | 22% |
| Health outcome categories with documented UPF associations | Cardiometabolic, gastrointestinal, respiratory, cancer, mental illness, mortality |
| Evidence strength for depressive and anxiety outcomes | Convincing, per 2025 research synthesis |
| Broader mental wellbeing and functioning impacts | Currently unknown, active research area |
Source: BMJ Group umbrella review, 2024; Frontiers in Nutrition, November 2025.
Depression risk is one of the more consistently documented associations in the ultra-processed food research, with the BMJ umbrella review finding a 22% higher risk of depression among people with high intake. A separate 2025 research synthesis published in Frontiers in Nutrition went further, describing the evidence for a direct association between UPF exposure and depressive and anxiety outcomes specifically as convincing, one of the stronger evidence ratings used in that field. Meta-analyses of large population studies have also linked UPF consumption to cardiometabolic risk factors, gastrointestinal and respiratory conditions, cancer, and broader indicators of mental illness, suggesting the effects on the brain and mood are part of a wider pattern rather than an isolated finding.
What researchers say they still don’t fully understand is the mechanism and the scale of the broader impact. The same Frontiers in Nutrition paper notes that while the depression and anxiety link is well established, the effects of UPF consumption on overall mental wellbeing and day-to-day functioning, and the total clinical burden that contributes across the population, remain an open question that current research hasn’t fully quantified. Given that this touches on a sensitive topic, it’s worth adding that this is population-level research rather than a diagnosis of any individual’s situation, and anyone navigating their own mental health should talk to a doctor or mental health professional rather than draw personal conclusions from population statistics.
Ultra-Processed Food and Childhood Health Statistics in the US 2026
Ultra-Processed Food's Reach Into Childhood Diets, US
Youth share of calories from UPF |███████████████████████████████ 61.9%
Adults share of calories from UPF |██████████████████████████ 53.0%
Youth-adult gap |███████ +8.9 points
| Childhood Diet Metric | Figure |
|---|---|
| Share of calories from UPF, youth ages 1-18 | 61.9% |
| Share of calories from UPF, adults 19+ | 53.0% |
| Gap between youth and adult UPF calorie share | 8.9 percentage points |
| Top calorie source, youth, from UPF | Sandwiches, including burgers (7.6%) |
| RFK Jr. claim, share of school meals that are ultra-processed | 70% |
Source: CDC NHANES Data Brief No. 536, August 2025; FoodNavigator-USA, March 2026.
Children and teenagers in the US carry a heavier ultra-processed load than any other age group tracked by federal nutrition surveys, drawing 61.9% of their total calories from UPF compared with 53.0% for adults, a gap of nearly nine full percentage points. That earlier-life exposure has become a central argument in the current policy debate: HHS Secretary Robert F. Kennedy Jr. has publicly stated that 70% of school meals served right now are ultra-processed food, a figure cited during his March 2026 remarks on federal nutrition policy, though it should be read as a claim made in the course of advocating for a specific policy rather than an independently audited statistic. For readers wanting the fuller picture on how excess weight compounds these childhood diet patterns, the Childhood Obesity Rate in US report covers prevalence, demographic disparities, and long-term health consequences in detail.
The response at the state level has moved faster than federal rulemaking. Arizona’s Healthy School Act prohibits public schools from selling ultra-processed food on campus during school hours starting in the 2026-2027 school year, defining the category through eleven specific disqualifying ingredients. California signed Assembly Bill 1264, which phases ultra-processed foods out of public school meals over time, and West Virginia has banned several artificial food dyes and preservatives from school foods, with a broader statewide ban on those same additives taking effect in 2028. These state-level rules are moving well ahead of any single federal standard, meaning the school lunch a child eats in one state may look meaningfully different from a nearly identical meal served across the border for at least the next few years.
Ultra-Processed Food and Diabetes Statistics in the US 2026
UPF Share of Calories, Adults With Prediabetes and Diabetes, 2001-2018
Prediabetes, 2001-02 |███████████████████████ 53.8%
Prediabetes, 2017-18 |█████████████████████████ 57.3%
Diabetes, 2001-02 |███████████████████████ 51.9%
Diabetes, 2017-18 |█████████████████████████ 56.6%
| Diabetes-Related Metric | Figure |
|---|---|
| UPF share of calories, adults with prediabetes, 2001-02 vs. 2017-18 | 53.8% → 57.3% |
| UPF share of calories, adults with diabetes, 2001-02 vs. 2017-18 | 51.9% → 56.6% |
| Adults with prediabetes getting ≥75% of calories from UPF, 2001-02 vs. 2017-18 | 12.4% → 21.4% |
| Adults with diabetes getting ≥75% of calories from UPF, 2001-02 vs. 2017-18 | 8.9% → 20.5% |
| Group with highest UPF intake among those with diabetes | Adults under 45, without a college degree |
Source: PubMed-indexed NHANES analysis, 2001-2018, published 2025.
Among Americans already living with prediabetes or diabetes, ultra-processed food’s share of the diet has been climbing rather than falling. Analysis of NHANES data spanning 2001 to 2018 found that UPF calorie share rose from 53.8% to 57.3% among adults with prediabetes, and from 51.9% to 56.6% among adults with diagnosed diabetes, over that 16-year window. Even more striking is the shift at the extreme end of the distribution: the share of people with prediabetes getting 75% or more of their total calories from ultra-processed food nearly doubled, from 12.4% to 21.4%, while the equivalent figure among people with diabetes more than doubled, from 8.9% to 20.5%. Readers interested in the full scope of diabetes prevalence, complications, and economic cost in the US can find comprehensive figures in the Type 2 Diabetes Statistics in US report.
The researchers behind that analysis also identified who is driving these trends: younger adults under age 45 and those without a college degree consistently showed the highest ultra-processed food consumption among people with prediabetes or diabetes. That pattern lines up with the income and education gradients seen elsewhere in this data, where lower-cost, longer shelf-life, ready-to-eat ultra-processed foods often represent the path of least resistance for people managing tighter budgets, longer working hours, or less flexible schedules, even when a diabetes diagnosis makes dietary choices more medically consequential than for the general population.
2025-2030 Dietary Guidelines and Ultra-Processed Food Statistics in the US 2026
The Shift in Official US Dietary Guidance
2025-2030 Guidelines: first-ever UPF advisory |█████████████ Historic first
Disease categories with moderate-high certainty |█████████████ T2D, dementia, CVD, cancer, mortality
| Dietary Guidance Metric | Figure |
|---|---|
| First US Dietary Guidelines to explicitly advise limiting UPF | 2025-2030 edition |
| Disease categories with moderate-to-high certainty evidence cited | Type 2 diabetes, dementia, cardiovascular disease, cancer, all-cause mortality |
| Prior Advisory Committee stance | Judged evidence too limited for a formal 2025-2030 recommendation |
| Final published guidelines | Explicitly advise avoiding highly processed packaged and pre-prepared foods, and sugar-sweetened beverages |
Source: npj Metabolic Health and Disease, 2026.
For the first time in the history of official US nutrition policy, the 2025-2030 Dietary Guidelines for Americans explicitly advise the public to avoid highly processed packaged and pre-prepared foods, alongside sugar-sweetened beverages, marking what one 2026 peer-reviewed commentary described as a historic shift. That final guidance underwent an unusual path to publication: the Dietary Guidelines Advisory Committee initially judged the UPF evidence too limited for a formal recommendation, citing inconsistencies in how different studies defined and measured exposure, and instead re-emphasized pattern-based guidance on limiting processed meats, saturated fat, and added sugars. The final published guidelines went further than that initial committee stance, underpinned by a specially commissioned umbrella review that identified moderate-to-high certainty evidence connecting UPF intake to type 2 diabetes, dementia, cardiovascular disease, cancer, and all-cause mortality.
This shift matters beyond its symbolic value because the Dietary Guidelines directly shape federal nutrition programs, from school meal standards to the foods eligible under WIC and other assistance programs, meaning the change in language has real downstream effects on what gets served in cafeterias and stocked on assistance-program shelves nationwide. It also gives federal agencies like the FDA firmer scientific ground to build formal regulation on, since a specific processing category now has explicit backing in the government’s own core nutrition document rather than existing only in independent academic research.
MAHA Report and Federal Regulation Statistics in the US 2026
Federal Ultra-Processed Food Regulation Timeline, US 2026
MAHA Report published May 2025
FDA seeks public input on UPF definition Late 2025
Federal UPF definition expected April 2026
Front-of-pack "stoplight" labeling Expected to follow definition
| Regulatory Metric | Figure |
|---|---|
| Branded food products claimed as ultra-processed in MAHA Report | ~70% of over 300,000 products |
| Share of US food supply regulated by the FDA | ~80% |
| Expected date of first federal UPF definition | April 2026 |
| Proposed front-of-pack labeling format | Red/yellow/green “stoplight” system |
Source: FDA Human Foods Program 2026 Priority Deliverables; O’Melveny legal analysis, 2025-2026; Food Safety Magazine, March 2026.
The Make Our Children Healthy Again (MAHA) Report, published in May 2025, claims that roughly 70% of the more than 300,000 branded food products available in American grocery stores are ultra-processed, though legal analysts reviewing the report have noted this specific figure is unsubstantiated and the category itself remained legally undefined at the time it was published. That gap is what the FDA’s Human Foods Program, which oversees roughly 80% of the US food supply, is now working to close as one of its stated 2026 priorities. In a March 2026 podcast appearance, HHS Secretary Kennedy said the FDA would have a federal definition of ultra-processed food, the first in US history, by April 2026, and that front-of-pack nutrition labeling using a red, yellow, and green “stoplight” system would follow shortly after that definition is finalized.
Industry stakeholders have raised a specific concern worth noting for accuracy: some food manufacturers worry that a broad federal definition could sweep in fortified products, foods with added vitamins or minerals that improve nutritional value despite going through industrial processing, alongside genuinely nutrient-poor items, creating confusion for consumers trying to use the eventual labeling system as a shopping guide. How the FDA resolves that distinction when it publishes its formal definition will shape how meaningfully the new labeling actually helps shoppers tell the difference between a fortified whole-grain cereal and a candy bar, both of which could technically qualify as ultra-processed under a purely ingredient-based standard.
Ultra-Processed Food Definition and Alternatives Statistics in the US 2026
How Different Definitions Classify the Same US Food Products
NOVA classification (research standard) |█████████████████████ 72%
State-level short additive-list definitions |█████ 9-12%
| Classification Metric | Figure |
|---|---|
| US branded products classified as UPF under NOVA-based approach | 72% |
| Same products classified as UPF under state short additive-list definitions | 9% to 12% |
| Products modeled in the underlying university research | ~93,000 packaged products, 2018-2024 |
| Expert panel that developed the 2026 unified definition framework | 14 experts, met 6 times, July 2025-February 2026 |
Source: University of North Carolina research modeling, cited in StudyFinds, May 2026.
How a product gets labeled ultra-processed depends enormously on which definition is used, and a 2026 modeling study out of the University of North Carolina put that discrepancy in stark numerical terms. Running roughly 93,000 packaged products sold in the US between 2018 and 2024 through different classification systems, researchers found the widely used NOVA-based approach classified 72% of products as ultra-processed, while several state-level definitions, which typically rely on short lists of specific flagged additives rather than a broader industrial-processing framework, captured only 9% to 12% of the same products. That eight-fold gap explains much of the current legislative confusion, since lawmakers in different states have been writing bills against very different, and sometimes contradictory, definitions of the same basic concept.
A panel of 14 nutrition and policy experts, convened over six meetings between July 2025 and February 2026, was assembled specifically to give policymakers a more science-grounded, unified framework to work from going forward, rather than each state continuing to write its own competing definition. For households looking to shift some purchases away from heavily processed options without overhauling an entire grocery budget, it’s worth noting that “less processed” and “organic” are not the same thing; an organic cookie is still a cookie, and its NOVA classification doesn’t change based on whether its ingredients were grown organically. Readers weighing that specific distinction, including where an organic label genuinely changes nutritional content versus where it doesn’t, can find a detailed cost and nutrition comparison in the Organic Food vs Regular Food Statistics in US report.
Disclaimer: This research report is compiled from publicly available sources. While reasonable efforts have been made to ensure accuracy, no representation or warranty, express or implied, is given as to the completeness or reliability of the information. We accept no liability for any errors, omissions, losses, or damages of any kind arising from the use of this report.

