Gene/Protein Disease Symptom Drug Enzyme Compound
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Query: UMLS:C0030552 (paresis)
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A case with peripheral neuropathy due to monoclonal gammopathy is reported. There was striking, dissociated symmetrical sensory loss and paresis, the legs being affected predominantly. The case is compared with the few reported cases of myelomatous neuropathy, and the clinical and histological findings are discussed in view of the pathogenesis.
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PMID:Amyloid neuropathy due to monoclonal gammopathy. A case report. 7 39

A girl born with congenital paresis of cranial nerves III, IV, and VII (Moeblus syndrome) subsequently developed a progressive peripheral neuropathy. There was suggestive evidence of a familial neuropathy with autosomal dominant inheritance in three family members. The patient also had hypogonadotrophic hypogonadism and anosmia (Kallmann syndrome).
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PMID:Moebius syndrome in Kallmann syndrome. 16 32

The association of congenital ophthalmoplegia and facial paresis (Moebius syndrome) with a variety of other developmental somatic defects has been widely recognised. Its co-existence with hypogonadism of hypothalamic/pituitary origin and subclinical peripheral neuropathy has been reported and in this paper we describe the second case of the Moebius syndrome in association with hypogonadotrophic hypogonadism and a progressive peripheral neuropathy of mixed axonal and demyelinating type.
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PMID:Moebius syndrome, peripheral neuropathy and hypogonadotrophic hypogonadism. 20 51

In the course of multiple episodes of thiamine deficiency in the rhesus monkey, the triad of anorexia, apathy, and hind limb weakness is the earliest clinical manifestation. In later episodes, nystagmus, abducens paresis, midline ataxia, dysmetria, and congestive heart failure are also seen. With the exception of dysmetria, the neurologic signs promptly respond to thiamine administration. Pair-fed controls showed no clinical signs. Neither peripheral neuropathy nor edema was observed. Thiamine-deficiency in the experimental animals was confirmed by blood transketolase assays.
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PMID:Clinical manifestations of chronic thiamine deficiency in rhesus monkey. 40 80

Adie's syndrome is a disease of unknown etiology. We known where the damage is, and which nerves are involved. We even know something of how the nerves react after the damage is done, but we don't known what causes the primary injury. The first step in working a jigsaw puzzle is to getall of the pieces right side up and take a good look at them. Some of the jigsaw pieces handled in this paper are listed below. Some of them are new observations; many of them are old concepts, partly modified and partly made secure by new facts. 1. Not all "tonic pupils" are due to "Adie's syndrome"; some are due to local injury and some to a generalized peripheral neuropathy (Table II). 2. All patients should have serologic tests for shyphilis. In this series one in six had positive serology. 3. The incidence of Adie's syndrome in Iowa in the early 1970's was approximately 4.7 per 100,000 population per year. 4. The prevalence of Adie's syndrome, therefore, was approximately 2 per 1000. 5. The mean age of onset of Adie's syndrome was about 32.2 years (Figure 1A). 6. The sex ratio was 2.6 females to each male. 7. Right eyes and left eyes were involved at approximately the same rate (Figure 2). 8. The incidence of second eye involvement in unilateral cases was about 4% per year during the first decade of the disease (Figure 18). 9. If this rate of second eye involvement (4% per year) persists during subsequent decades, then most Adie's pupils will eventually become bilateral. 10. The incidence of Adie's syndrome in a largely caucasian patient group is independent of iris color (Figure 4). 11. Only 10% of patients with Adie's syndrome had completely normal muscle stretch reflexes. 12. The muscle stretch reflexes in the arms were just as frequently imparied as those in th elegs, but the degree of impariment tended to be more severe in the ankles and triceps. 13. When there was any light reaction remaining in an Adie's pupil, a segmental paralysis of the sphincter muscle could be seen. 14. The near reaction of the pupil was often segmental and frequently involved segments which did not respond to light. 15. The segmental paralysis to light was randomly distributed around the sphincter (Figure 6B). 16. There was some tendency for the sphincter palsy to gradually become worse. This progression was also random (Figure 8). 17. Almost all patients with Adie's syndrome had an accommodative paresis at the time of onset. 18. Reading glasses given to a patient with a fresh Adie's pupil were soon discarded as accommodation recovered (Figure 9). 19. Accomodative effort induced an astigmatism in about half of the eyes with Adie's--presumably the result of a segmental palsy of the ciliary muscle. 20. Tonicity of accommodation was present in about 1/2 of the eyes with Adie's, making it difficut for the patient to maintain a steady level of ciliary muscle tone. 21. An occasional patient complained of brow ache from ciliary spasm with near work. 22. In most patients with Adie's syndrome the ciliary muscle was supersensitive to pilocarpine 0...
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PMID:Adie's syndrome: some new observations. 61 31

The nucleoside analog 2',3'-dideoxycytidine (ddC) is a potent inhibitor of the reverse transcriptase of human immunodeficiency virus and a DNA chain terminator. In clinical trials in patients with acquired immunodeficiency syndrome, ddC treatment has been associated with a dose-limiting and dose-dependent, painful, sensorimotor peripheral neuropathy. In search of an animal model for ddC-induced neurotoxicity we studied 36 New Zealand White rabbits (3 males/3 females/group) given 0, 10, 50, 100, 150, or 250 mg/kg/day of ddC, by oral intubation, for 13 or 18 weeks. Rabbits in the 150 and 250 mg/kg/day groups were sacrificed at 13 weeks because of hematopoietic toxicity. After 16 weeks, rabbits in the 50 and 100 mg/kg/day groups showed hindlimb paresis and/or gait abnormalities. Nerve conduction velocities and amplitudes in the 100 mg/kg/day rabbits were reduced by 30 to 50%. The most prominent pathologic changes in peripheral nerve and ventral roots of ddC-treated rabbits were (a) myelin splitting and intramyelinic edema, (b) demyelination and remyelination of axons, and (c) axonal loss. Treatment-related histologic lesions were not observed in spinal cord, brain, or retina. The pathology in these ddC-treated rabbits is consistent with a peripheral myelinopathy and axonopathy. This represents the first clinical, electrophysiologic, and pathologic description of an animal model of a peripheral neuropathy induced by a nucleoside analog.
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PMID:Peripheral neuropathy induced by 2',3'-dideoxycytidine. A rabbit model of 2',3'-dideoxycytidine neurotoxicity. 130 30

Cerebrotendinous xanthomatosis (CTX) is a rare recessive inherited lipid storage disease that was first described by Van Bogaert. Although the principal clinical presentation affects the nervous system with dementia, spinal cord paresis, cerebellar ataxia and peripheral neuropathy, the liver is is the organ where the major biochemical abnormalities are expressed. The following sections deal with the pathogenesis and treatment of the biochemical problems in CTX.
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PMID:Biochemical abnormalities in cerebrotendinous xanthomatosis. 181 43

Radiation injury to peripheral nerve is a dose-limiting toxicity in the clinical application of intraoperative radiotherapy, particularly for pelvic and retroperitoneal tumors. Intraoperative radiotherapy-related peripheral neuropathy in humans receiving doses of 20-25 Gy is manifested as a mixed motor-sensory deficit beginning 6-9 months following treatment. In a previous experimental study of intraoperative radiotherapy-related neuropathy of the lumbro-sacral plexus, an approximate inverse linear relationship was reported between the intraoperative dose (20-75 Gy range) and the time to onset of hind limb paresis (1-12 mos following intraoperative radiotherapy). The principal histological lesion in irradiated nerve was loss of large nerve fibers and perineural fibrosis without significant vascular injury. Similar histological changes in irradiated nerves were found in humans. To assess peripheral nerve injury to lower doses of intraoperative radiotherapy in this same large animal model, groups of four adult American Foxhounds (wt 20-25 kg) received doses of 10, 15, or 20 Gy to the right lumbro-sacral plexus and sciatic nerve using 9 MeV electrons. The left lumbro-sacral plexus and sciatic nerve were excluded from the intraoperative field to allow each animal to serve as its own control. Following treatment, a complete neurological exam, electromyogram, and nerve conduction studies were performed monthly for 1 year. Monthly neurological exams were performed in years 2 and 3 whereas electromyogram and nerve conduction studies were performed every 3 months during this follow-up period. With follow-up of greater than or equal to 42 months, no dog receiving 10 or 15 Gy IORT shows any clinical or laboratory evidence of peripheral nerve injury. However, all four dogs receiving 20 Gy developed right hind limb paresis at 8, 9, 9, and 12 mos following intraoperative radiotherapy. These experimental data suggest that intraoperative doses of less than 20 Gy may not result in clinically significant peripheral nerve injury with follow-up of 3.5 years. Longer (5 yrs) follow-up with planned sacrifice of the remaining dogs is scheduled to assess any late peripheral nerve damage.
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PMID:Threshold dose for peripheral neuropathy following intraoperative radiotherapy (IORT) in a large animal model. 200 46

We report on 7 patients suffering from chronic renal failure (2 females, 5 males; aged 35-75 (phi 53.5) years) who showed severe neuromyeloencephalopathy (NME) after high doses of a new Henle's loop diuretic, Muzolimine. The temporal and phenomenological development of these systems was strikingly parallel. The neurological deficit was revealed on neurophysiological, neuroradiological and in 2 cases on neuropathological tests (gross demyelinisation of the posterior column, mainly of the fasciculus gracilis, less in the lateral corticospinal tract and in some spinal roots). The critical drug dose for first neurological impairment was 52 g on average; at this point the patients had been treated for 78 days. The maximal daily dose was 1.440 mg. Dominant clinical features were pallhypaesthesia, ataxia, signs of peripheral neuropathy in combination with hyperreflexia and progressive para- to tetraspastic paresis. Constellation of symptoms, course of disease and findings of additional investigations, especially those of neuropathology, very much resemble Vitamin B12 deficiency and SMON-(Subacute Myelo Optic Neuropathy) syndrome. The rare entity of Muzolimine-NME is discussed in respect to other endogenous and exotoxic neuromyelopathies. We present the hypothesis of a toxic, partially dialysable metabolite of Muzolimine.
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PMID:[Neuromyeloencephalopathy caused by high-dose muzolimine medication in patients with renal failure]. 215 46

A large Japanese family with probable Machado-Joseph disease (MJD) is described. Detailed neurological examination in 12 patients from 3 generations revealed variable combinations of cerebellar ataxia, ocular paresis, difficulty in eye-lid opening, bulging eyes, facial "myokymia", facial dystonia, pyramidal signs, extrapyramidal signs, and peripheral neuropathy. Mode of inheritance was in all likelihood autosomal dominant. Blood components were typed for 19 conventional chromosome markers. Although association of the affected members with the PGM1 system was high, linkage analysis failed to reveal any markers studied with a lod score higher than 3. The unique constellation of symptoms appeared sufficient to rule out other types of spinocerebellar degeneration. When there is a typical case in a given family, MJD appears to be a clinically recognizable entity.
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PMID:A large Japanese family with Machado-Joseph disease: clinical and genetic studies. 271 40


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