Save the frozen life! This MDT team became the "king" of Parkinson's disease.

More than 100 preoperative evaluation of more than 100 surgical procedures in rice grain-sized cerebrocephalus nerve core tissue accurately implanted stimulation electrodes from tens of thousands of combinations to select the best postoperative program control mode ... This is the first Parkinson's disease MDT team in Hubei Province, formed by Wuhan University People's Hospital, to treat every Parkinson's patient with a brain pacemaker.
recently, suffering from Parkinson's disease for 6 years, Zhao Dad, through this MDT diagnosis and treatment model implanted brain pacemaker, successfully blocked the "frozen life", to restore the ability to live on their own.
father-of-seven was diagnosed with Parkinson's disease six years ago when he was diagnosed with "silent killer" Parkinson's 73.
at first he was just shaking his left foot a little, then he didn't listen to both feet, there was a noticeable drag on his foot, and his limbs were gradually stiff as if they were "frozen."
has been taking medication control, but the effectiveness of the drug to maintain the time is getting shorter and shorter, almost lost the ability to live on their own.
Father Zhao also suffers from prostate hyperplies and needs to get up more than ten times a night.
because of Parkinson's disease, each time need to rely on the help of his family, which makes Zhao daddy suffering from both physical and psychological torture, lost hope for life.
, director of neurosurgery at Wuhan University People's Hospital, said Parkinson's disease is a common neurodegenerative disease in middle-aged and elderly people, known as "silent killers" or "undetermed cancers."
began with movement disorders, such as tremors in both hands, stiff limbs, and then slowly developed into inability to move, to take care of themsself, and eventually to live in a wheelchair or bed.
there is currently no cure for Parkinson's disease and multidisciplinary joint treatment is required throughout the process.
early in Parkinson's, neurologists can control symptoms with medication.
But with the end of the "honeymoon period" of 4 to 5 years of drugs, most patients will continue to progress like Father Zhao, depression, anxiety, sleep disorders, pain and other symptoms gradually appear, even if the amount of medicine can not achieve better results.
advances in medicine, multidisciplinary collaboration (MDT) is a good choice for Parkinson's follow-up therapy through surgical deep brain electrical stimulation.
the birth of the first Parkinson's disease MDT team in Hubei Province Recently, Wuhan University People's Hospital formed the first Parkinson's disease MDT team in Hubei Province on the basis of the successful treatment of a number of Parkinson's patients.
team consists of neurosurgery, neurology, psychiatric, anesthesiology, imaging and other multidisciplinary experts, can carefully select the most suitable treatment plan for patients, and ultimately achieve the goal of reducing the amount of medication, improve the quality of life of patients.
,000-year-old Zhao Dad muming for help from the Parkinson's Disease MDT team at Wuhan University People's Hospital. Associate Professor Liu Baohui of
Neurology I led the MDT team to conduct a detailed assessment of Zhao's father, who was old and suffering from high blood pressure, vascular sclerosis, cerebral infarction, brain atrophy, kidney stones, prostate hyperplasia and other basic diseases.
After being diagnosed with primary Parkinson's disease, more than 100 preoperative assessments including drug response, motor and non-motor function, daily life ability, cognitive function, emotional psychology, etc. were also carried out in combination with their physical condition and accompanying symptoms.
the results, the MDT team developed a detailed and accurate brain pacemaker implant for him.
Associate Professor Liu Baohui said that after implanting a brain pacemaker, through a pulse generator embedded in the chest to the electrode implanted in a specific target of the brain to give weak electrical impulses, stimulate the brain to control movement of the relevant nerve nucleus, can effectively suppress the abnormal brain nerve signals causing Parkinson's disease symptoms, thereby eliminating parkinson's disease caused by tremors, stiffness and slow movement and other motor inability symptoms.
installed a pacemaker and no longer trembled on July 17th, under the guidance of Professor Chen Qian, the MDT team of Parkinson's Disease of Wuhan University People's Hospital performed deep brain electrical stimulation surgery on Zhao's father.
After more than 100 fine surgical steps such as head rack, scanning, planning, surgical drilling, installation equipment, monitoring, etc., under the monitoring of microelectrometer, Associate Professor Liu Baohui accurately located the surgical target through the brain stereotactic instrument, implanting the deep brain as thick as a needle into the "rice particle"-sized theor brain nerve nucleus, and connecting the wire to the brain pacer under the left collarbone.
the five-day postoperative recovery period, the MDT team picked out the best postoperative pacemaker program-controlled mode from tens of thousands of combinations.
9:30 a.m. on July 23, the brain pacemaker inside Zhao's father's skull was officially turned on.
a few minutes, his legs tremored and his limbs stiffened, and the whole person was immediately relieved.
day, Father Zhao can get up on his own to go to the toilet, no longer have to trouble others.
Chen Qian, a professor at the University of Beijing, the brain pacemaker, commonly known as deep-brain electrostimation therapy (DBS), is an artificial device developed in China that directly acts on the nerve center.
brain pacemaker does not damage brain structure and is a reversible, adjustable treatment.
brain pacemaker, which usually lasts 20-30 years after implantation, has become the preferred mature treatment for Parkinson's patients after the end of the "honeymoon period" of the drug.
Yan Yaqin Source: Wuhan University People's Hospital, !-- the end of the display -- !-- determine whether the login ends.