The study found a link between faster aging and higher cancer rates in young adults

Precise News

Recent studies show the incidence of early-onset cancer diagnosed in adults under 50 is increasing.
Researchers from Washington University School of Medicine suggest accelerated biological aging is driving the increase in early-onset cancers.
Recent studies show the incidence of cancer diagnosed in people under the age of 50 — known as early-onset cancer — is increasing.
While the data shows early-onset cancer is increasing, scientists are not completely sure what’s causing the increase.
Now, a new study suggests accelerated biological aging could be driving the development of early-onset cancers.
After examining biological age and accelerated aging data, scientists found that participants born in or after 1965 had a 17% increased likelihood of accelerated aging compared to those born between 1950 and 1954.
“By examining the relationship between accelerating aging and the risk of early-onset cancers, we provide a fresh perspective on the shared etiology of early-onset cancers,” Tian said.
It’s absolutely fascinating to me that there seems to be accelerated biological aging in individuals born after 1965 versus those born earlier between 1950 and 1954,” he said.


According to recent studies, adults under 50 are increasingly being diagnosed with early-onset cancer.

The exact cause of the increase is unknown to scientists.

The rise in early-onset cancers may be caused by accelerated biological aging, according to research from Washington University School of Medicine.

According to recent studies, the number of cases of early-onset cancer, or cancer diagnosed in people under 50, is rising.

Younger men and women are now receiving more diagnoses for colorectal and cervical cancer, according to the American Cancer Society’s (ACS) recently released Cancer Statistics 2024 report.

A recent study revealed that between 1990 and 2019, there was a global increase of approximately 79 percent in the incidence of 29 cancers with an early onset, and a corresponding increase of approximately 28 percent in early-onset cancer deaths.

Even though the data indicates a rise in early-onset cancer, researchers are unsure of the exact cause of this increase. Most people concur that environmental and lifestyle factors play a role, but further study is required.

According to a recent study, early-onset cancers may be caused by accelerated biological aging. Presenting the results at the American Association for Cancer Research’s annual meeting from April 5–10, the findings have not yet been published in a peer-reviewed scientific journal.

Ruiyi Tian, MPH, a graduate student at Washington University School of Medicine in St. Louis, states that “multiple cancer types are becoming increasingly common among younger adults in the United States and globally.”. A news release quoted Louis, the study’s lead author.

“Improving the prevention or early detection of cancer in younger and future generations will require an understanding of the factors driving this increase.”. “.

Researchers examined over 148,000 people’s data from the UK Biobank for this study.

Nine blood biomarker readings were used to determine each participant’s biological age:.

The most prevalent protein in blood that the liver releases is called albumin.

One blood enzyme that aids in the breakdown of proteins is alkaline phosphatase.

A common waste product in the body called creatinine is used to gauge how well the kidneys are functioning in an individual.

The body’s level of inflammation is indicated by C-reactive protein.

glucose, or blood sugar, is the quantity present.

Red blood cell size is gauged by mean corpuscular volume.

red cell distribution width: this measure searches for variations in the size and form of red blood cells.

Measure the quantity of white blood cells in the blood, which are a component of the immune system.

The quantity of a particular kind of white blood cell called a lymphocyte in the blood is measured by a test called lymphocyte proportion.

Researchers declared a study participant to have accelerated aging if their biological age exceeded their chronological age, or birth age.

Scientists looked at data on accelerated aging and biological age and discovered that participants born in or after 1965 were 17 percent more likely to experience accelerated aging than participants born between 1950 and 1954.

Scientists have found that early-onset cancers like the following have increased risks when accelerated aging is present.

lung cancer: an increase of 42%.

a 22% rise in stomach cancer cases.

increase of 36% in uterine cancer cases.

Researchers also discovered that accelerated aging was associated with a 23 percent higher risk of late-onset uterine cancer and a 16 percent higher risk of late-onset gastrointestinal cancer, which was defined in this study as occurring after age 55.

“We offer a new perspective on the common etiology of early-onset cancers by investigating the association between accelerating aging and the risk of these diseases,” Tian stated.

Should our findings hold up, they could open up new possibilities for cancer prevention. Additionally, screening programs specific to younger people who exhibit indicators of accelerated aging could aid in the early detection of cancers. “.

Anton Bilchik, MD, PhD, chief of medicine, director of the Gastrointestinal and Hepatobiliary Program at Providence Saint John’s Cancer Institute in Santa Monica, California, and surgical oncologist, told MNT after reading this study that it was one of the most intriguing ones he had read in a while.

In particular, colorectal cancer patients are increasing dramatically, and Bilchik observed, “We don’t have any good explanations.”.

This offers some fresh theories regarding why some people develop cancer at an early stage in their lives. He remarked, “I find it fascinating that people born after 1965 appear to be experiencing biological aging at a faster rate than people born between 1950 and 1954.

Additionally, MNT had a conversation with Jack Jacoub, MD, the medical director of MemorialCare Cancer Institute at Orange Coast Medical Center in Fountain Valley, California, and a board-certified medical oncologist. He expressed surprise at the study’s evaluation parameters’ simplicity.

“Those nine distinct tests are tests that are typically performed every time a doctor orders bloodwork,” Jacoub clarified.

“I was rather impressed, therefore, by the fact that these nine parameters appear to have been useful in determining the investigators’ conclusion,” he remarked.

It’s important for people to understand the concept of cellular aging because it’s becoming a hot topic in our fields. Cellular aging is a fascinating topic with expanding research, and people should know about it because it may have an impact on human diseases in general as well as the emergence of cancer. “.

—Oncologist Jack Jacoub, MD.

According to Andre Goy, MD, chair of oncology and chief physician in oncology at Hackensack Meridian Health in New Jersey, lifestyle factors are probably to blame for the rise in early-onset cancer cases, as MNT reported. Goy didn’t work on the research project.

He mentioned that the American Cancer Society (ACS) claims that lifestyle factors like these are connected to nearly half of all cancer cases.


a life of inactivity.

lighting up.


not exercising enough.

factors connected to stress.

In response to the question of what individuals could do to help slow down biological aging, Goy said that eating better and exercising frequently “would be a huge factor.”. “.

“We’ll progress toward preventive medicine powered by molecular wellness and track the advantages of altered behavior. Although brain health concerns are rarely taken into account, Goy continued, “behavior changes cannot be sustained without the subject’s full participation.”.

“People’s behavior today is influenced by social media, which leads to emotional exhaustion from continuously pursuing a virtual “world,” poor eating habits, and less exercise because all “free time” is spent in front of a screen. “.

—Oncologist Andre Goy, MD.

scroll to top