Lang's-Transcranial Ultrasound Thrombolytic Therapy Device
Lang's-Transcranial Ultrasound Thrombolytic Therapy Device is a domestically pioneered and internationally advanced new special-purpose device. It consists of three parts: generating device, treatment sound head and fixed head frame. Emits specialized ultrasound for the treatment of cerebrovascular disease.
Chinese name
Transcranial ultrasound thrombolytic therapy device
Clinical application
Cerebrovascular disease
Principle
Use the energy of ultrasound to dissolve cerebral thrombus
Treatment features
Safe, efficient, simple and painless
Contents
1 Product information
2 Clinical application
3 Compiled books
4 Newspaper literature list
5 Five-ring mechanism
6 Obtained relevant patents
7 Charging standards
8 Treatment features
1 Product information editing
From 1990 to 2003, scholars from the United States, Japan and Germany reported 714 experimental studies on ultrasonic thrombolysis. They concluded that ultrasound with a certain power and frequency can directly dissolve thrombus and increase the activity of fibrinolytic drugs. This therapeutic device is mainly used for thrombolytic treatment in the early stage of cerebral infarction. It can be used alone or simultaneously with urokinase to improve the effect of thrombolytic treatment and reduce bleeding complications. During the recovery period and rehabilitation process of stroke, this treatment can improve cerebral microcirculation, promote the establishment of lateral lipid circulation, and accelerate the recovery of limb functions and language impairment. In the early stage of cerebral infarction caused by cerebral arteriosclerosis, cerebral blood vessel stenosis (abnormal MRA or TCD) and TIA, this treatment can eliminate arteriosclerotic plaques, expand cerebral blood vessels, reduce or eliminate TIA attacks, and prevent the occurrence of cerebral infarction.
The main principle is to use ultrasound of a certain power and frequency to directly act on the brain lesion through the skull, using the energy of ultrasound to dissolve cerebral thrombus, improve cerebral microcirculation, increase cell metabolism, and improve brain function. Treatment methods for recovery.
2 Clinical Application Editor
1. Cerebrovascular disease
1. Participate in the use of transcranial ultrasound thrombolysis in the stroke unit
2. Transcranial ultrasound treatment of hemiplegia, aphasia, etc. caused by cerebrovascular disease
p>
① While using ultrasound to treat brain lesions, it should be combined with functional training of the limbs and occupational therapy to improve the effect of rehabilitation treatment.
② For the head ultrasound treatment, the treatment head is placed on the temporal part of the head on the side of the disease (in front of and above the auricle). Each treatment lasts for 20 minutes, once a day, with two days off for seven consecutive days. After another small course of treatment, it can usually be treated for 4 to 5 small courses. It’s a long course of treatment. After resting for 10 days, start the next course of treatment according to the situation.
3. Prevention and treatment of cerebral arteriosclerosis and cerebral vascular stenosis: When the patient’s transcranial Doppler (TCD) examination indicates vascular stenosis or arteriosclerosis, transcranial ultrasound treatment (the treatment site is consistent with the TCD examination indication) (same part) can expand cerebral blood vessels, improve cerebral circulation, dissolve atherosclerosis, and prevent the occurrence of encephalopathy.
2. Other diseases;
1. Nerve pain; trigeminal neuralgia, osteogenic neuralgia, greater occipital neuralgia, etc. (Use a hand-held transducer for ultrasound treatment at the affected area, pulsed ultrasound power 0.5~1W/cm2 10 Minutes once a day,)
2. Tissue damage, low back pain, leg pain, soft tissue sprains (use a hand-held rug to move in small circles on the local area to treat ultrasonic power of 0.5~1W/cm2, once every 10 minutes)
3. Facial nerve paralysis: Use a hand-held acoustic head to locally move the hand-held acoustic head in a small circular motion at the painful area behind the ear or at the mandibular joint, for 5 to 10 minutes each time, with an ultrasonic power of 0.5 to 0.75 W/ cm2
p>4. Periarthritis of the shoulder, (Treatment of acoustic head movement in a small local circle, ultrasonic power 0.5~1W/cm2, 10 minutes each time.
5. Post-poisoning encephalopathy (treatment on both sides of the head alternately, once a day)
6. Prevention and treatment of Alzheimer's disease (treatment on both sides of the head alternately, Change once a day)
7. Treatment of sequelae of brain hypoplasia encephalitis (treat alternately on both sides of the head, change once a day)
8. Treatment of brain trauma recovery period ( After trauma or surgery, a therapeutic acoustic head is placed on the opposite side of the skull on the side of the skull resection (power 0.5~0.75 w/cm2 for 20 minutes each time)
9. Diabetic limb numbness, poor circulation, etc. ( Treat local lesions, 20 minutes each time, 0.5~0.75 W/cm2
10. Chronic bronchitis and asthma, use pulsed ultrasound, power 0.75~1 W/cm2, moving method, acting on the back and chest 1 ~10 minutes on both sides of the spine of chest 10
11. Use pulsed ultrasound with a power of 0.75~1 W/cm2 for gastroduodenal ulcers, and move the method around the spine of chest 6 to chest 10. , 10 minutes per side.
3 Edited books
1. Transcranial ultrasound therapy for cerebrovascular disease
2. Ultrasound therapy for cerebrovascular disease
4 Newspaper bibliography editor
Serial number
Year
Article title
Published magazine
Journal
p>1
1975
Using ultrasound to treat hemiplegia due to cerebrovascular accident has significant effect
People's Daily
November 1975 25th
2
1983
Ultrasound treatment of head for cerebrovascular disorders (Japanese)
"Journal of Kawasaki Medical Association"
Volume 9, No. 4, 1983
3
2010
Transcranial ultrasound therapy combined with intravenous application of urokinase improves acute cerebral infarction Prognosis of infarction
"Chinese Journal of Practical Neurological Diseases"
January 2010, Volume 13, Issue 1
4
2002
Clinical Effects of Ultrasound in the Treatment of Cerebrovascular Disease
"Practical Ultrasound Therapeutics"
November 2002, Chapter 9, Section 5
5
2004
Research progress on transcranial ultrasound thrombolysis therapy
"Henan Journal of Practical Neurological Diseases"
2004 01 Issue
6
2004
In vitro experimental study on the effect of therapeutic ultrasound thrombolysis
"Hua Xia Medicine"
2004 Issue 2
7
2005
Research progress on transcranial ultrasound thrombolysis in the treatment of ischemic stroke
"Chinese Journal of Cerebrovascular Disease"
Volume 2, Issue 7, July 18, 2005
8
2006
Observation on the efficacy of transcranial ultrasound in the treatment of TCD abnormalities
"Chinese Journal of Practical Neurological Diseases"
January 2006, Volume 9, Issue 6, P41～43
9
2006
Clinical study of transcranial ultrasound thrombolysis in the treatment of ultra-early acute cerebral infarction
"Chinese Journal of Practical Neurological Diseases"
Volume 9, Issue 6, November 2006
10
2006
New breakthrough in the treatment of cerebral infarction by transcranial ultrasound thrombolysis
Luoyang Evening News
May 16, 2006
11
2006
Opening up a new world of ultrasonic thrombolysis treatment
"China Medical News"
July 20, 2006
12
2008
Wear a hat to treat hemiplegia
"Luoyang Evening News"
January 10, 2008
13
2009
Transcranial ultrasound lysis Clinical study of thrombotroxobin in the treatment of basilar apex syndrome
"Chinese Journal of Practical Neurological Diseases"
January 2009, Volume 12, Issue 1
14
2009
Transcranial Ultrasound Therapy
Jikei University Medical Research Center Laboratory, Japan
2009 Nov; 49 (11); 804-6
15
2011
Clinical study on transcranial ultrasound-assisted treatment of progressive cerebral infarction
"Stroke in Neurological Diseases" 》
Volume 18, Issue 3, June 2011
16
2012
Transcranial ultrasound in acute ischemic brain disease Stroke
The role of vascular recanalization
Chinese Journal of Physical Medicine and Rehabilitation
September 2012, Volume 34, Issue 9
5 five-ring mechanism
Edit
6Related patents obtainedEdit
Serial number
Patent name
Patent number
1
p>Transcranial directional thrombolytic therapy device
ZL2011 2 0085099.1
2
Transcranial ultrasound treatment lesion positioning ruler
ZL2007 2 0090983.8
3
Ultrasound positioning and ultrasonic treatment combination transducer for cerebrovascular disease
ZL2010 2 0513596.2
4
p>Transcranial ultrasound thrombolysis ultrasound transducer that can detect working temperature
ZL2007 2 0090984.2
5
Transcranial ultrasound thrombolysis treatment The head stereotaxic frame of the instrument
ZL2004 2 0040528.3
6
The stereotaxic frame of the transcranial ultrasound thrombolytic therapy instrument
ZL2004 2 0040530.0
7
Ultrasound coupling sleeve for acoustic head for thrombolysis treatment
ZL2004 2 0040529.8
8
Transcranial Ultrasound Therapeutic Apparatus
ZL2012 2 0305266.3
7 Charge Standard Edit
Henan Province “Transcranial Ultrasound Thrombolysis Therapeutic Apparatus” special charging code
No.
Project name
Price unit
Province
City
County
Reimbursement ratio for inclusion in the New Rural Cooperative Medical System
340100032
Transcranial ultrasound thrombolysis treatment
10 minutes/time
50 yuan
45 yuan
40 yuan
100
Special charging code for "Transcranial Ultrasound Thrombolytic Therapy Device" in Hebei Province
No.
Project name
Price unit
Province
City
County
Project content
Description
340100017
Transcranial ultrasound treatment
Every 10 minutes
50
50
48
Including simple ultrasound, ultrasound drug penetration, and ultrasound atomization
8 Treatment Features Editor
Safe, efficient, simple and painless