Timely treatment helps former baseball pro survive on-field stroke with no complications

When a stroke happens, remember B.E. F.A.S.T.

5:00 AM

Author | Noah Fromson

Man stands with woman in front of water and sand in a tropical setting.  Second picture on the right is a man in a hospital gown walking with a health care worker besde him
Harris and his wife, Lisa, enjoy their honeymoon (left). Harris walking in the hospital after his stroke (right). Photos courtesy of Harris

Two days after his players recognized stroke symptoms at practice, a baseball and softball coach left the hospital with zero complications or lingering effects.

Eric Harris, 53, received treatment within one hour of having an acute ischemic stroke — well within the window for receiving the two most effective available therapies.

“The next day, I was moonwalking in the hospital,” said Harris, who played six seasons of professional baseball in the Oakland Athletics organization.

“That wouldn’t have been possible without the young athletes and others who saw that something was wrong and acted quickly. They saved my life.”

While at a softball training session in June 2025, Harris didn't realize he was having a stroke. The grass of the Saline, Mich., field felt uneven. 

But before he could mention it to anyone else, he fell to the ground.

“I was able to talk, but I couldn’t move my left leg or my left arm,” he said. 

“I fully remember everything, but I did not understand what was going on.”

One of his coaches, Emily Raubuch, called 911, while her mother, Ann, called Harris’ wife, Lisa.

Within minutes, first responders arrived and transported him to University of Michigan Health in Ann Arbor.

During the drive, they identified a probable stroke, contacted the hospital and requested acute stroke activation.

“When the stroke team is activated, all the many pieces needed to care for a stroke patient move into place rapidly — like a trauma team activation,” said emergency physician Phillip Scott, M.D.

group together hugging
Harris’ softball players hug him as he returns to training after his stroke. 

“The patient goes to the resuscitation area for immediate evaluation by a multidisciplinary team. The CT scanner is cleared, and the interventional radiology suite is placed on ready alert.”

Harris had a large vessel occlusion in his right middle cerebral artery, a critical blood vessel.

Within 15 minutes, a neurology team led by neurologist Mollie McDermott, M.D., treated him with the clot-busting medication called Tenecteplase, or TNK.

For most patients, TNK can only be given within 4.5 hours, but for some it can be considered beyond this window.

Harris was also deemed a candidate for endovascular thrombectomy, or EVT, a minimally invasive procedure during which the clot is extracted to restore blood flow.

Aditya Pandey, M.D., Chair of the Department of Neurosurgery, performed the EVT less than 90 minutes after Harris got to the hospital.

“This is a case in which swift action was taken every step of the way — from identification of stroke symptoms to hospital transport and treatment delivery — to ensure that Mr. Harris had the best chance to recover without neurological complications,” McDermott said.

Harris left the hospital having recovered all movement and feeling on his left side.

During rehabilitation, he swung golf clubs to prepare for an outing he played the following week.

The next month, he and Lisa, who were married in late 2024, went on their honeymoon.

Harris returned to the diamond in August to resume coaching baseball and softball.

“I’m very sensitive to everything that happens with my body now,” Harris said. 

“My experience is an example of why it is so important to know the signs of a stroke.”

To identify signs of a stroke, remember the acronym B.E. F.A.S.T.: 

  • Balance issues 

  • Eyesight changes/vision loss 

  • Facial droop 

  • Arm weakness 

  • Speech difficulty 

  • Time to call 911  

More than 600,000 people in the United States experience their first stroke each year.

Researchers at Michigan Medicine have found that delays in stroke care are linked to higher odds of leaving the hospital with a disability.

“Mr. Harris’ story is a tremendous success, but not everyone recognizes the signs or gets to the hospital quickly,” said Jessica Roberts, M.S.N., F.N.P.-C, C.E.N., a nurse practitioner in the U-M Health Comprehensive Stroke Center.

“In stroke care, time is brain. The sooner you call 911, the sooner we can restore blood flow, and the better the chance of preventing long-term disability.”

Sign up for Health Lab newsletters today. Get medical tips from top experts and learn about new scientific discoveries every week.

Sign up for the Health Lab Podcast. Add us wherever you listen to your favorite shows.  


More Articles About:

Neurology Neurosurgery stroke Neurological Disorders Emergency & Trauma Care Stroke Prevention First Aid & Safety
Health Lab word mark overlaying blue cells

Health Lab

Explore thousands of health news & research stories by visiting the Health Lab homepage for more.

Media Contact

University Hospital at U-M Health in the spring with flowering trees in foreground and Survival Flight helicopter visible

Public Relations

Department of Communication at Michigan Medicine

[email protected]

734-764-2220

In This Story

Phillip A. Scott

Phillip Scott, MD, MBA, FAAEM, FAHA

Professor

Mollie McDermott

Mollie McDermott, MD, MS

Clinical Professor

Related

man recovering on left in hospital gown in hospital room and on right with friends taking selfie in michigan gear
Health Lab

Michigan fan saved after wife recognizes stroke at football game

After a man suffered a stroke at a University of Michigan football game, his wife’s recognition of his symptoms helped him receive lifesaving treatment and make a full recovery.
blur of hospital staff moving patient in on stretcher
Health Lab

Stroke survivors miss critical treatment, face greater disability due to systemic transfer delays

Problems with the United States stroke transfer system are drastically reducing survivors’ chances of receiving critical treatment and increasing the likelihood that they will leave the hospital with a disability, a study suggests.

Stay Informed

Want top health & research news weekly? Sign up for Health Lab’s newsletters today!

Subscribe

Featured News & Stories

Cole, wearing sunglasses and a purple Calming the Storm t-shirt with a rainbow, is seated on a blanket outdoors and holding a Mott teddy bear.
Philanthropy News

A pediatric epilepsy fundraiser that changes lives

Your support of Calming the Storm advances pediatric epilepsy research and patient care programs. There are many ways you can contribute to make a difference for so many children and families.
Two people in medical scrubs are in a blurred hospital setting. In the foreground, hands are holding a digital tablet.
Health Lab

Digital alerts support timely treatment decisions of critically ill cardiac patients

Well-designed alerts for critically ill cardiac patients can change what happens at the bedside, according to new Michigan Medicine research.
Medicaid magnifying glass
Health Lab

What’s changing in Medicaid and what can you do?

With eligibility rules for people with lower incomes changing in every state, it’s important to stay up to date, seek trustworthy sources and not fall for misinformation
bats flying in air purple sky pink
Health Lab

Rabies is on the rise: Experts offer advice

With rabies on the rise, infectious disease experts from Michigan Medicine share advice.
e-bikes colorful riding close up of helmet
Health Lab

E-Bikes are everywhere, but most parents say they don’t know enough about them

Electric bikes have become a familiar sight in communities across the country, but most parents say they know little about them or where they’re supposed to be used, a national poll suggests.
cells close up blue and green background microscope
Health Lab

Engineered nanoparticles sensitize gliomas to radiotherapy

University of Michigan researchers discovered a new pathway that sensitizes mIDH1 gliomas to radiation in human and mouse mIDH1 glioma cells and mouse models, paving the way for phase 1 clinical trials in humans