WASHINGTON — Ripple effects of the Trump administration's crackdown on U.S. biomedical research promise to reach every corner of America.
It's not just about scientists losing their jobs or damaging the economy their work indirectly supports — scientists around the country say it's about patient health.
"Discoveries are going to be delayed, if they ever happen," said Dr. Kimryn Rathmell, former director of the National Cancer Institute.
"All the people out there who have, you know, sick parents, sick children, this is going to impact," said neuroscientist Richard Huganir of Johns Hopkins University.

Medical researchers from universities and the National Institutes of Health rally Feb. 19 near the Health and Human Services headquarters in Washington to protest federal budget cuts.
The administration's unprecedented moves are upending the research engine that made the U.S. "the envy of the world in terms of scientific innovation," Georgetown University health policy expert Lawrence Gostin said.
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Among the biggest blows, : Massive cuts in funding from the National Institutes of Health that would cost jobs in every state, according to an analysis by The Associated Press with assistance from the nonprofit United for Medical Research.
That's on top of mass firings of government workers, NIH delays in issuing grants and uncertainty about how many already funded studies are being canceled under Republican President Donald Trump's anti-diversity executive orders.
This week, lawmakers pressured , about the turmoil. Bhattacharya said if confirmed, he'd look into it to ensure scientists employed by and funded by the agency "have resources to do the lifesaving work they do."
Patients who live in rural counties are 10% more likely to die of their cancer than those living in metropolitan areas, said Neli Ulrich of the University of Utah's Huntsman Cancer Institute.
A third of patients travel more than 150 miles for care at the Salt Lake City cancer center. But for patients even farther away — in Idaho, Montana, Nevada and Wyoming — it's also the regional hub for NIH-funded studies of new treatments.
So Ulrich's center helps train local doctors to do at least some of the blood tests and other steps of clinical trials that let patients from far away participate without traveling — a program threatened if her university loses tens of millions in NIH cuts.
Most of the NIH's budget — more than $35 billion a year — goes to universities, hospitals and other research groups. The grants are divided into "direct costs" — covering researchers' salaries and a project's supplies — and "indirect costs," to reimburse other expenses supporting the work such as electricity, maintenance and janitorial staff, and safety and ethics oversight.
NIH directly negotiates with research groups, a process that grants managers say requires receipts and audits, to set rates for those indirect expenses that can reach 50% or more. The Trump administration now plans to cap those rates at 15%. The administration estimates it would save the government $4 billion a year but scientists say it means they'll have to stop some lifesaving work.
They are "real expenses, that's the critical point — they are not fluff," Ulrich said. Using separate cancer center funds to cover those costs would threaten other "activities that are really important to us in serving our communities across the mountain West."
A federal judge blocked the move for now but, until the court fight is done, researchers aren't sure what they can continue to afford.

Lab workers at Johns Hopkins University work Feb. 26 in Richard Huganir's lab in Baltimore, Md. Ripple effects of the Trump administration's crackdown on U.S. medical research promise to reach every corner of America.
‘Indirect’ costs directly support local jobs
NIH grants divided between researchers in every state in 2023 supported more than 412,000 jobs and $92 billion in new economic activity, according to from United for Medical Research that often is cited as Congress sets the agency's budget.
The AP tallied how much money would be lost in each state under a 15% cap on those grants' indirect costs. Those lost dollars alone would cost at least 58,000 jobs, concluded an analysis assisted by Inforum, a nonpartisan economic consulting firm that conducts UMR's economic impact reports.
Consider Hopkins, which runs about 600 NIH-funded clinical trials plus other laboratory research and is Baltimore's largest private employer. "If we can't do science and we can't support the science, we can't support the surrounding community either," Huganir said.
Research cuts could leave new treatments on the brink
Huganir studies how the brain stores memory as people learn. He discovered a gene that, when mutated, causes certain intellectual disabilities.
After years studying the SynGap1 gene, "we have what we think is a really great therapeutic" almost ready to be tested in severely affected children, Huganir said. He applied for two new NIH grants key for moving toward those trials.
"The problem is for the kids, there's a window of time to treat them," he said. "We're running out of time."
NIH reviews of new grant applications were delayed despite court rulings to end a government spending freeze, and it's unclear how quickly they can get back on track.
Even scientists with existing funding are left wondering if their projects — from transgender health to learning why white breast cancer patients in Oklahoma fare worse than Black patients in Massachusetts — will be caught in Trump's anti-diversity crackdown. Some already have, even though studying different populations is fundamental to medicine.
Developments in oncology over the last year showing promise for cancer patients and others
Developments in oncology over the last year showing promise for cancer patients and others

Leaps forward in tech and science this past year promise greater accessibility and quality of care for Americans suffering from nearly all forms of cancer.
analyzed academic studies and resources from leading cancer research institutions, including the and the , to round up the latest advancements in oncology—the science of diagnosing, preventing, and treating various forms of cancer.
Evidence of when medical records in Egyptian hieroglyphics described surgical procedures and an understanding of benign and malignant tumors. The modern science of oncology, which we now appreciate for its ability to greatly extend life expectancies for those living with cancer, began in earnest a little more than 100 years ago.
Around the turn of the 20th century, Marie Curie's work in chemistry and radiology, or the science of X-rays and radiation, was fundamental to the evolution of cancer research. In the post-World War II years, advancements in computer technology allowed truly modern techniques for diagnosis and treatment to flourish, including and targeted therapies that don't harm healthy parts of the body.
An estimated every year. New developments are underway by medical technology firms and researchers that have the potential to improve the effects of radiation therapy or bypass its need altogether for the millions of people diagnosed with cancer every year.
Artificial intelligence applications in cancer detection and treatment

Aspects of computer science algorithms have been put to work detecting cancer and pinpointing more effective forms of treatment for about the last 20 years, though research in the area is becoming more popular surrounding the launch of powerful and accessible generative AI tools in late 2022. Mentions of AI in cancer research have appeared in more than 1,000 research journal publications each year since 2022.
One of the more is the potential for AI to do a better job than humans in spotting hard-to-identify signs of emerging colon and rectal cancer, the cause of death from cancer and the number one cause for . The study adds to a growing body of research suggesting AI algorithms can improve early detection, one of the best-known ways to .
Genome sequencing opens up the potential for more targeted treatments

Genome sequencing, or the mapping of the genetic tissues within the human body, has evolved since the 1980s as a tool for personalizing health care treatments rather than applying potentially less-effective blanket treatments.
Cancers involve mutations of the cell that can vary greatly from case to case. In January, researchers published the largest of its kind. The study included data on nearly 14,000 tumors, which the authors believe will impact how doctors for cancer patients.
The promise of pre-chemotherapy surgery

Pancreatic cancer is among the most aggressive forms of cancer with one of the lowest survival rates. Even when caught early, the average , according to Johns Hopkins.
A performed before recently diagnosed pancreatic cancer patients begin chemotherapy has shown signs of helping doctors better treat it before it spreads, according to a study published last July in the Journal of the American College of Surgeons.
Reducing the need for mastectomy procedures

Another study published in the could provide hope for those diagnosed with breast cancer who have multiple tumors in one or more of their breasts.
Typically, doctors might advise a person with multiple breast tumors to pursue a mastectomy whereby the breast tissue is removed through surgery. The study demonstrated that tumor removal combined with radiation treatment can be effective at removing the cancer and preventing any recurrence while avoiding a full mastectomy.
"Some patients may still prefer or require a mastectomy, and that is a perfectly fine approach," Mayo Clinic surgeon and lead author of the study last year. "But being able to provide more patients diagnosed with breast cancer with a choice is a great step forward."
Less invasive treatments for head, neck cancers

Advancements in proton beam therapy promise to provide a more targeted approach to treatment for people suffering from head and neck cancers located near vital body parts, like the brain and spinal cord.
While not typically a painful procedure, , according to Johns Hopkins. This past year, regulators approved the use of a new made by Israeli firm P-Cure, which produces a system that is compact enough to fit into .
Precise biology-guided radiation for bone and lung cancer therapy

Lung cancer causes 1 in 5 deaths among all forms of cancer and is the leading cause of all cancer deaths. This past year, top cancer centers including the University of Texas Southwestern Medical Center rolled out new to help target multiple cancerous areas within the affected body parts while not damaging healthy surrounding tissue. Using radioactivity, the treatment causes cancer cells to produce a signal that it can target with beams of radiation.
Story editing by Alizah Salario. Additional editing by Kelly Glass. Copy editing by Tim Bruns. Photo selection by Ania Antecka.
This story originally appeared on Medical Technology Schools and was produced and distributed in partnership with Stacker Studio.