![]() It's called "good old fashioned medicine" something you just don't find anymore! I will forever be thankful for the care and support I have received from SOAR and Dr Saal. ![]() Dr Saal on the other hand, sits down with you and spends time listening and together we moves forward to a treatment plan. ![]() I would wait 2-3 months to see the doctor I booked my appointment with at Stanford, only to be seen by another unknown Dr or a NP. I recently had a Spinal Cord Stimulator implanted at Stanford Hospital and I can't help but to compare my experiences. It's so refreshing to have a doctor that treats you as he would his own family and genuinely cares about your outcome. I have the highest praise for Dr Saal and I have confidently recommend his practice to anyone who asks about my care team. I have been a patient at SOAR for over 35 years and over the years I have traveled hours to receive his advice and treatment for my spine. She learned to walk again but - with the exception of those four weeks with spinal stimulation - cannot fully open her left hand or completely raise that arm.Dr Jeff Saal and his staff are a top notch, professional and comprehensive care team. That unusually young stroke, caused by weak blood vessels that bled inside her brain, initially paralyzed her entire left side. Symptoms of infection include experiencing mild to high fever, build-up and discharge of pus and blood, and extreme pain. Inadequate care and a lack of hygiene could infect the areas of incision, leading to infections. The same is the case with pain stimulator implants. Rendulic, now 33, was performing some fine-motor tasks for the first time since suffering a stroke in her 20s. With procedures involving implants, the risk factor increases significantly. Surprisingly, both participants retained some improvement for about a month after the implants were removed. Rendulic and a second, more severely impaired volunteer could move better as soon as the stimulator was switched on - and by the study’s end showed improved muscle strength, dexterity and range of motion, researchers reported Monday in the journal Nature Medicine. The implants carry electrodes that are placed on the surface of the spinal cord to deliver pulses of electricity to the targeted nerve cells - which for hand and arm control are in the spine’s neck region. Researchers turned to implants the size of spaghetti strands that already are used to stimulate the spine for chronic pain treatment. We’re enhancing their capabilities to move their own arm,” he said. Even after months of rehabilitation, well over half are left with permanently impaired arm and hand function that can range from muscle weakness to paralysis. Jason Carmel, a Columbia University neurologist who wasn’t involved with the new experiment but also studies ways to recover upper-limb function. They’re getting something important,” said Dr. “They’re not just getting flickers of movement. ![]() But the preliminary results, published Monday, mark a step toward one day restoring mobility for this extremely common type of paralysis. It’s not a cure - the improvements ended after scientists removed the temporary implant - and the pilot study included only Rendulic and one other stroke survivor. When they switched it on, she could grasp and manipulate objects - moving a soup can, opening a lock and by the end of the four-week study, cutting her own steak. So Rendulic volunteered for a first-of-its-kind experiment: Researchers implanted a device that zaps her spinal cord in spots that control hand and arm motion. “I live one-handed in a two-handed world and you don’t realize how many things you need two hands for until you only have one good one,” the Pittsburgh woman told The Associated Press. WASHINGTON (AP) - A stroke left Heather Rendulic with little use of her left hand and arm, putting certain everyday tasks like tying shoes or cutting foods out of reach. ![]()
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