Metabolic shifts in subjects with potential risk of primary osteoarthritis

<p>The Aim of the study was to estimate metabolic disorders in subjects with potential risk of primary knee osteoarthri-tis development. Material and Methods. The study included 27 patients: 10 men (37%), 17 women (63%) aged from 33 to 68 years, and 20 healthy people (8 men and 12 women). Trad...

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Main Authors: Belova S.V., Gladkova Е.М., Ulyanov V.Yu., Blinnikova V.V.
Format: Article
Language:Russian
Published: Saratov State Medical University 2018-09-01
Series:Саратовский научно-медицинский журнал
Subjects:
Online Access:http://www.ssmj.ru/system/files/2018_3-1_511-514.pdf
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spelling doaj-53cbf255f53a4ea0b56bd91ce878cd482021-07-02T13:48:29ZrusSaratov State Medical UniversityСаратовский научно-медицинский журнал2076-25182018-09-011435115145130Metabolic shifts in subjects with potential risk of primary osteoarthritisBelova S.V.Gladkova Е.М.Ulyanov V.Yu.Blinnikova V.V.<p>The Aim of the study was to estimate metabolic disorders in subjects with potential risk of primary knee osteoarthri-tis development. Material and Methods. The study included 27 patients: 10 men (37%), 17 women (63%) aged from 33 to 68 years, and 20 healthy people (8 men and 12 women). Traditional biochemical indexes characterizing certain metabolic aspects (total protein, urea, cholesterol, glucose, uric acid, amylase and bilirubin) were studied alongside with the assessment of articular cartilage state by the level of COMP (cartilage oligometric matrix protein), malondial-dehyde and ceruloplasmin. Results. In the course of our investigation we observed elevated COMP (Me=871,4 (792,2; 912,5)), malondialdehyde (Me=5,1 (4,7; 5,5)) and ceruloplasmin (Me=48,4 (41,2; 55,4)) levels. Conclusion. Negative metabolic shifts in the form of cartilage tissue metabolic disorders, activated lipid peroxidation and relative failure of body antioxidant system were observed in patients with potentially high risk of knee osteoarthritis without clinical manifestations of the disease.</p>http://www.ssmj.ru/system/files/2018_3-1_511-514.pdfmetabolic shiftsprimary osteoarthritisrisk
collection DOAJ
language Russian
format Article
sources DOAJ
author Belova S.V.
Gladkova Е.М.
Ulyanov V.Yu.
Blinnikova V.V.
spellingShingle Belova S.V.
Gladkova Е.М.
Ulyanov V.Yu.
Blinnikova V.V.
Metabolic shifts in subjects with potential risk of primary osteoarthritis
Саратовский научно-медицинский журнал
metabolic shifts
primary osteoarthritis
risk
author_facet Belova S.V.
Gladkova Е.М.
Ulyanov V.Yu.
Blinnikova V.V.
author_sort Belova S.V.
title Metabolic shifts in subjects with potential risk of primary osteoarthritis
title_short Metabolic shifts in subjects with potential risk of primary osteoarthritis
title_full Metabolic shifts in subjects with potential risk of primary osteoarthritis
title_fullStr Metabolic shifts in subjects with potential risk of primary osteoarthritis
title_full_unstemmed Metabolic shifts in subjects with potential risk of primary osteoarthritis
title_sort metabolic shifts in subjects with potential risk of primary osteoarthritis
publisher Saratov State Medical University
series Саратовский научно-медицинский журнал
issn 2076-2518
publishDate 2018-09-01
description <p>The Aim of the study was to estimate metabolic disorders in subjects with potential risk of primary knee osteoarthri-tis development. Material and Methods. The study included 27 patients: 10 men (37%), 17 women (63%) aged from 33 to 68 years, and 20 healthy people (8 men and 12 women). Traditional biochemical indexes characterizing certain metabolic aspects (total protein, urea, cholesterol, glucose, uric acid, amylase and bilirubin) were studied alongside with the assessment of articular cartilage state by the level of COMP (cartilage oligometric matrix protein), malondial-dehyde and ceruloplasmin. Results. In the course of our investigation we observed elevated COMP (Me=871,4 (792,2; 912,5)), malondialdehyde (Me=5,1 (4,7; 5,5)) and ceruloplasmin (Me=48,4 (41,2; 55,4)) levels. Conclusion. Negative metabolic shifts in the form of cartilage tissue metabolic disorders, activated lipid peroxidation and relative failure of body antioxidant system were observed in patients with potentially high risk of knee osteoarthritis without clinical manifestations of the disease.</p>
topic metabolic shifts
primary osteoarthritis
risk
url http://www.ssmj.ru/system/files/2018_3-1_511-514.pdf
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