A beloved Ohio music conductor, once sidelined by the debilitating effects of Parkinson’s disease, is now back on the podium leading his orchestra with renewed confidence and control. Rand Laycock, a lifelong musician and conductor of a 100-piece orchestra, has found new hope and stability through a remarkable medical procedure often described as a “pacemaker for the brain.”
A Diagnosis That Shook More Than Just His Confidence
Rand’s journey with Parkinson’s disease began just before his 60th birthday when he noticed a persistent twitch in his thumb. Concerned, he visited his doctor and soon received the life-altering diagnosis of Parkinson’s — a progressive neurological disorder that affects movement and coordination.
As the years passed, Rand’s condition advanced. What started as a minor twitch evolved into a noticeable tremor in his right hand. The tremor would often worsen under pressure, particularly when critical deadlines or performances loomed with his large orchestra. Despite relying on medications, he found them insufficient to fully control his symptoms, and the limitations on his ability to conduct became increasingly difficult to manage.
Discovering Deep Brain Stimulation
Not one to accept defeat easily, Rand began exploring other treatment options. It was at the Cleveland Clinic that he first learned about a promising procedure known as deep brain stimulation (DBS).
This surgical intervention involves implanting thin wires, called stimulation leads, into targeted areas of the brain. These leads are connected to a small battery-powered device, similar to a heart pacemaker, which sends electrical impulses to regulate abnormal brain activity associated with Parkinson’s.
Rand underwent the procedure last year, and the results were both immediate and profound. “My tremor is almost all gone, except if I experience extreme anxiety or stress,” he shared in a media release. “And my dyskinesia is pretty well under control.”
A Leap of Faith into Brain Surgery
Understandably, the prospect of brain surgery was daunting. Yet, Rand was optimistic, recalling words from his doctor at the time of his diagnosis over a decade ago.
“When I was diagnosed 11 years ago, my doctor at the time told me this wasn’t a death sentence, and there would be advancements over the next few years to help with my treatment. And here I am today with adaptive deep brain stimulation – something we didn’t even know about at the time,” he reflected.
Rand emphasized the life-changing nature of the experience, encouraging others facing similar struggles. “I know the thought of brain surgery can be intimidating, but it’s a life-changing procedure that allows you to become your own self again.”
How Deep Brain Stimulation Works
Dr. Michal Gostkowski, DO, a neurologist at the Cleveland Clinic, explained that DBS works by implanting a device to deliver targeted electrical currents to specific parts of the brain responsible for controlling movement. This helps modulate the irregular brain signals that cause tremors and other symptoms in Parkinson’s patients.
Rand’s journey involved multiple stages, including the implantation of the stimulation leads and the stimulator battery. After the physical hardware was in place, the device was activated and fine-tuned by programmer Erica Hennigs.
“When it comes to programming the device, we try different settings at first. We then adjust those during follow-up visits as we learn more about how his symptoms are being controlled,” she explained.
Advancing to Adaptive Deep Brain Stimulation
After experiencing significant improvements with traditional DBS for nearly a year, Rand was introduced to an innovative new advancement: adaptive deep brain stimulation (aDBS). Unlike standard DBS, which delivers a constant level of stimulation, aDBS continuously adjusts the intensity of electrical impulses based on the patient’s real-time brain activity and symptoms.
Rand was an ideal candidate for this technology, as his symptoms tended to fluctuate throughout the day. Excited by the possibility of even better control, he agreed to upgrade. “It sounded like it would make my life simpler – not having to worry about adjusting my device settings and medications as frequently.”
Erica Hennigs highlighted the benefits of aDBS, noting that it could help prevent tremors from returning if his medication were to wear off during high-pressure situations, such as live concerts. “Fine-tuning with aDBS would reduce the risk of him experiencing tremors if his medication were to wear off in the middle of a concert or performance.”
A Triumphant Return to the Stage
This past March, Rand officially began using the adaptive system, and the difference has been extraordinary. “My symptoms are minimal compared to the way they were and a lot of that is due to the adaptive deep brain stimulation,” he said.
Now, as he looks ahead to his 47th year of conducting, Rand is once again holding the baton with steady hands and a hopeful heart — a testament to how far medical technology has come and the indomitable spirit of those it serves.
See the video below from Cleveland Clinic:
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