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Your search keyword '"Pupil Disorders diagnosis"' showing total 4 results
Start Over Descriptor "Pupil Disorders diagnosis" Language russian
4 results on '"Pupil Disorders diagnosis"'

1. [The first experience in clinically using a PASCAL laser photocoagulator (OptiMedica, USA)].

Author

Bol'shunov AV

Subjects
Equipment Design, Female, Follow-Up Studies, Humans, Iridocyclitis complications, Iridocyclitis diagnosis, Pupil Disorders diagnosis, Pupil Disorders etiology, Young Adult, Iridocyclitis surgery, Laser Coagulation instrumentation, Pupil Disorders surgery
Abstract

A new PASCAL laser photocoagulator (OptiMedica, USA) was clinically tested. A total of 38 laser interventions were performed in 38 eyes with diabetic retinopathy (n = 25), peripheral retinal dystrophy (n = 2), retinal ruptures (n = 2), hemophthalmos (n = 3), primary open-angle glaucoma (n = 5), and ectopic pupil (n = 1). An example of successful use of the new laser unit for pupilloplasty for the ectopic pupil is given.

Published
2009

2. [A case of bilateral pupillary membrane].

Author

Zhemukhov NM

Subjects
Child, Diagnosis, Differential, Humans, Male, Pupil Disorders diagnosis, Iris abnormalities, Pupil Disorders congenital
Published
2006

3. [The use of pupillometry for the timely diagnosis of the intoxication by cholinesterase inhibitors].

Author

Tsimbal FA and Shumakova KM

Subjects
Adult, Female, Humans, Male, Middle Aged, Pupil Disorders physiopathology, Russia, Chemical Industry, Cholinesterase Inhibitors poisoning, Occupational Diseases chemically induced, Occupational Diseases diagnosis, Pupil Disorders diagnosis
Abstract

The article deals with diagnostic potential of new generation pupillometers having hi-tech units and using up-to-date methods of information processing. Those pupillometers proved to be effective for express diagnosis of intoxications.

Published
1997

4. [Evaluation of the autonomic innervation of the pupil].

Author

Osipova VV, Posokhov SI, Danilov AB, Sadekov RK, Oknin VIu, and Tabeeva GR

Subjects
Autonomic Nervous System Diseases diagnosis, Diabetes Complications, Diabetic Neuropathies complications, Humans, Iris physiopathology, Muscular Atrophy complications, Polyradiculoneuropathy complications, Pupil Disorders diagnosis, Autonomic Nervous System Diseases etiology, Diabetes Mellitus physiopathology, Diabetic Neuropathies physiopathology, Iris innervation, Muscular Atrophy physiopathology, Parasympathetic Nervous System physiopathology, Polyradiculoneuropathy physiopathology, Pupil physiology, Pupil Disorders etiology
Abstract

The purpose of the study was to examine vegetative innervation of the pupil in different diseases associated and not associated with vegetative disorders. In addition to the ++clinico-neurological method, the main method of examination was to study the pupillary cycle (determination of the time of the pupillary cycle (TPC) with the aid of a slit lamp). Fifty healthy test subjects and 262 patients suffering from different somatic and neurologic diseases were examined. The patients were divided in 9 clinical groups: spinal amyotrophy, neural Charcot-Marie amyotrophy, Guillain-Barre syndrome, diabetes mellitus, thyrotoxicosis, hemicrania, Raynaud's disease, idiopathic hyperhidrosis, vegetative crises. The data obtained demonstrate varying grades of the rise of the TPC in the indicated diseases, which reflects varying degrees of vegetative innervation of the pupil insufficiency. However, no well-defined correlation was obtained between the intensity of the psychovegetative syndrome and the TPC. Therefore, it has been shown that the method of determining the TPC is unsophisticated and noninvasive and can be successfully used in different forms of pathology to identify vegetative insufficiency at different stages of the disease.

Published
1991

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