1.Renal denervation: back on track.
Kidney Research and Clinical Practice 2018;37(4):424-425
No abstract available.
Denervation*
2.Research advances in the Caspase family and denervated skeletal muscle atrophy
Journal of Apoplexy and Nervous Diseases 2024;41(1):84-87
The Caspase family, short for cysteine-containing aspartate protein hydrolases, can be classified into inflammatory Caspases and apoptotic Caspases according to their role. It has been confirmed that Caspases promote myocyte apoptosis through multiple pathways in denervated skeletal muscle atrophy. In recent years, studies have shown that the pyroptosis pathway dominated by caspase-1 is activated in denervated myocyte atrophy, which is a new direction for exploration that is not mentioned in previous studies. This article reviews the role of the Caspase family in denervated skeletal muscle atrophy.
Denervation
4.Treatment of Marked Overaction of Inferior Oblique: Denervation and Extirpation of Inferior Oblique.
Journal of the Korean Ophthalmological Society 1987;28(2):381-386
The procedures available to weaken inferior oblique muscle overaction(IOOA) are disinsertion, tenotomy, myectomy, and recession. But those procedures are ineffective in the cases of 4+ overacting inferior oblique and postoperative return of overaction following those surgeries. The author performed denervation and extirpation in 8 cases with 4+ or marked IOOA and 1 case of return of IOOA following 14mm recession of inferior oblique. None of those has shown a return of IOOA, undercorrection, overcorrection and any other complications such as adherence syndrome at follow-up of at least 10 months.
Denervation*
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Follow-Up Studies
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Tenotomy
5.A Case of Vulvar Denervation Operation in an Old Patient with Intractable Dysesthetic Vulvodynia.
Seong Lan CHOI ; Ji Young KIM ; Il Woong PARK ; Hyun Chul JUN ; Du Suck JUNG ; Joong Dong CHO
Korean Journal of Obstetrics and Gynecology 2003;46(11):2308-2311
Vulvodynia is the term used to describe unexplained vulvar pain, sexual dysfunction, and the resultant psychological disability. In vulvar vestibulitis, surgery is carried out on patients who have failed conservative therapy. Surgical procedures which is removal of all sensitive vestibular tissue are most effective in patients with pure vestibulitis, but effective surgery is not known in patient with dysesthetic vulvodynia. We experienced one case of vulvar denervation operation in patients with intractable dysesthetic vulvodynia, which have failed conservative therapy. So we report one case with a brief review of literature.
Denervation*
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Humans
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Vulvar Vestibulitis
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Vulvodynia*
8.Bipolar Pulsed Radiofrequency Denervation of Third Occipital Nerve in Patient with Cervicogenic Headache: A case report.
Suk Young LEE ; Woo Seog SIM ; Sang Min LEE ; In Young CHANG
The Korean Journal of Pain 2008;21(2):150-154
Pulsed or conventional radiofrequency (RF) denervation of the third occipital nerve (TON) is considered to be a safe and effective alternative for the treatment of pain originating from the cervical 2-3 facet joint, including cervicogenic headache. However, proper positioning of the RF probe in the TON can be difficult and time consuming due to the possible involvement of various lesions along the target nerve. We found that bipolar RF is easier to perform and more convenient than unipolar RF when administering a lumbar medial branch block. Here, we report the successful treatment of a patient with a cervicogenic headache by pulsed RF (PRF) denervation of the TON, using a bipolar probe. We believe that bipolar PRF denervation of the TON is an effective alternative to unipolar RF or PRF for the treatment of pain originating from the cervical 2-3 facet joint.
Denervation
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Humans
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Post-Traumatic Headache
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Zygapophyseal Joint
9.Rercutaneous Radiofrequency Denervation in Lumbago.
In Su PARK ; Tae Yoon LEE ; Hyo Sook CHUNG ; Mun Bae JU
Journal of Korean Neurosurgical Society 1993;22(9):968-974
A technique radiogrequency localization and coagulation of articular nerves supplying the lumbar facets is described and reported from a series of 46 patients with clinical diagnosis of facet syndrome over a 4-year period. None of them had clinical or radiologic evidence of a lumbar disc hrniation, and all had exhausted conservative treatment. The literature reviewed for anatomical accuracies in denervation of the medial branch of posterior primary(dorsal) ramus. The technique of facet denervation is simple and safe and relief of pain was achieved in 78% of the patient, the morbidity remains quite low.
Denervation*
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Diagnosis
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Humans
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Low Back Pain*
10.Selective Peripheral Denervation for the Treatment of Spasmodic Torticollis.
Kyung Sool JANG ; Hea Kwan PARK ; Won Il JOO ; Chul JI ; Kyung Jin LEE ; Chang Rak CHOI
Journal of Korean Neurosurgical Society 2005;37(5):350-353
OBJECTIVE: Various methods of treatment for idiopathic cervical dystonia have been tried in the past with unsatisfactory results. The authors report cases of five patients who underwent selective peripheral denervation for spasmodic torticollis. METHODS: Between July 2002 and December 2003, 5 patients underwent surgery at St. Mary's Hospital for spasmodic torticollis. Age of the patient at the onset of symptoms ranged from 29 to 56years (mean 43.75years). Selective peripheral denervation(SPD) was performed at 7 to 11months after the onset of symptoms (mean 8.75 months). A patient was considered to be the candidate for surgery if conservative methods were unsuccessful and symptoms persisted for longer than 7months. In addition, 2patients who refused treatment with botulinum toxin were also enrolled in this study. RESULTS: Although one patient underwent reoperation, all of the five patients' symptoms were improved after the operation. Clinically, patients with retrocollis showed better improvement than laterocollis patients. CONCLUSION: Although injection of botulinum toxin is the first-choice in treatment modality, when surgery is required, selective peripheral denervation provides good results with minimum side effects.
Botulinum Toxins
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Denervation*
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Humans
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Reoperation
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Torticollis*