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Title:
Distribution of peroxisome proliferator-activated receptors (PPARs) in human skeletal muscle and adipose tissue: relation to insulin action | Diabetologia
Description:
Aims/hypothesis. To evaluate the tissue distribution and possible role of the peroxisome proliferator-activated receptors (PPARs) in insulin action in fat and muscle biopsy specimens from lean, obese and subjects with Type II (non-insulin-dependent) diabetes mellitus.¶Methods. We measured PPARα, PPARβ(Ī“) and PPARγ protein expression by western blot analysis. The PPARγ protein was also measured in muscle before and after 3-h hyperinsulinaemic (300 mU Ā· mā2Ā· minā1) euglycaemic clamps.¶Results. The PPARα protein was expressed preferentially in muscle relative to fat (more than sevenfold). The PPARβ protein was similar in fat and muscle. The amount of PPARγ protein found in muscle was, on average, two-thirds of that present in fat. There was no statistically significant difference between non-diabetic and diabetic subjects in baseline (pre-clamp) muscle PPAR (α, β or γ) protein expression. Subgroup analysis showed, however, significantly higher PPARγ protein in the most insulin resistant diabetic subjects with glucose disposal rates of 3ā6 mg Ā· kgā1Ā· minā1 compared with their age and weight matched counterparts with glucose disposal rates of 6ā9 (147 ± 23 vs 88 ± 10 AU/μg protein, p⤠0.01 in diabetic and vs 94 ± 15, p⤠0.04 in non-diabetic subjects). Muscle PPARγ protein and glucose disposal rates were inversely correlated in diabetic subjects (r = ā0.47, p⤠0.05).¶Conclusion/interpretation. All PPARs (α, β or γ) are present in skeletal muscle and adipose tissue with different relative distributions. The PPARγ protein is abundant in skeletal muscle as well as adipose tissue. The altered expression of skeletal muscle PPARγ is consistent with a role for this nuclear protein in the impaired insulin action of Type II diabetes. [Diabetologia (2000) 43: 304ā311]
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muscle, protein, article, pparγ, skeletal, insulin, subjects, tissue, diabetes, privacy, cookies, ppars, adipose, content, information, publish, search, diabetologia, action, fat, type, diabetic, analysis, data, journal, research, distribution, peroxisome, proliferatoractivated, receptors, human, download, loviscach, rehman, carter, role, pparα, expression, glucose, disposal, rates, discover, optional, personal, parties, policy, find, track, relation, cite,
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peroxisome proliferator-activated receptors type ii diabetes privacy choices/manage cookies skeletal muscle pparγ human skeletal muscle muscle biopsy specimens impaired insulin action main content log type ii muscle pparγ protein european economic area statistically significant difference glucose disposal rates weight matched counterparts conditions privacy policy western blot analysis subgroup analysis showed muscle ppar skeletal muscle diabetes mellitus accepting optional cookies scope submit manuscript san diego catholic university nijmegen pparγ protein found search search journal finder publish pparγ protein expression insulin action related subjects muscle relative diabetes insulin-dependent pre-clamp insulin resistance article cite privacy policy personal data article loviscach henry department books a tissue distribution optional cookies manage preferences pparγ protein information protein expression diabetic subjects diabetic subjects usage analysis
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mainEntity:
headline:Distribution of peroxisome proliferator-activated receptors (PPARs) in human skeletal muscle and adipose tissue: relation to insulin action
description:
Aims/hypothesis. To evaluate the tissue distribution and possible role of the peroxisome proliferator-activated receptors (PPARs) in insulin action in fat and muscle biopsy specimens from lean, obese and subjects with Type II (non-insulin-dependent) diabetes mellitus.¶Methods. We measured PPARα, PPARβ(Ī“) and PPARγ protein expression by western blot analysis. The PPARγ protein was also measured in muscle before and after 3-h hyperinsulinaemic (300 mU Ā· mā2Ā· minā1) euglycaemic clamps.¶Results. The PPARα protein was expressed preferentially in muscle relative to fat (more than sevenfold). The PPARβ protein was similar in fat and muscle. The amount of PPARγ protein found in muscle was, on average, two-thirds of that present in fat. There was no statistically significant difference between non-diabetic and diabetic subjects in baseline (pre-clamp) muscle PPAR (α, β or γ) protein expression. Subgroup analysis showed, however, significantly higher PPARγ protein in the most insulin resistant diabetic subjects with glucose disposal rates of 3ā6 mg Ā· kgā1Ā· minā1 compared with their age and weight matched counterparts with glucose disposal rates of 6ā9 (147 ± 23 vs 88 ± 10 AU/μg protein, p⤠0.01 in diabetic and vs 94 ± 15, p⤠0.04 in non-diabetic subjects). Muscle PPARγ protein and glucose disposal rates were inversely correlated in diabetic subjects (r = ā0.47, p⤠0.05).¶Conclusion/interpretation. All PPARs (α, β or γ) are present in skeletal muscle and adipose tissue with different relative distributions. The PPARγ protein is abundant in skeletal muscle as well as adipose tissue. The altered expression of skeletal muscle PPARγ is consistent with a role for this nuclear protein in the impaired insulin action of Type II diabetes. [Diabetologia (2000) 43: 304ā311]
datePublished:
dateModified:
pageStart:304
pageEnd:311
sameAs:https://doi.org/10.1007/s001250050048
keywords:
Keywords Type II diabetes, insulin resistance, PPARα, PPARβ, PPARγ, protein, obesity, skeletal muscle, adipose tissue, human.
Internal Medicine
Metabolic Diseases
Human Physiology
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headline:Distribution of peroxisome proliferator-activated receptors (PPARs) in human skeletal muscle and adipose tissue: relation to insulin action
description:
Aims/hypothesis. To evaluate the tissue distribution and possible role of the peroxisome proliferator-activated receptors (PPARs) in insulin action in fat and muscle biopsy specimens from lean, obese and subjects with Type II (non-insulin-dependent) diabetes mellitus.¶Methods. We measured PPARα, PPARβ(Ī“) and PPARγ protein expression by western blot analysis. The PPARγ protein was also measured in muscle before and after 3-h hyperinsulinaemic (300 mU Ā· mā2Ā· minā1) euglycaemic clamps.¶Results. The PPARα protein was expressed preferentially in muscle relative to fat (more than sevenfold). The PPARβ protein was similar in fat and muscle. The amount of PPARγ protein found in muscle was, on average, two-thirds of that present in fat. There was no statistically significant difference between non-diabetic and diabetic subjects in baseline (pre-clamp) muscle PPAR (α, β or γ) protein expression. Subgroup analysis showed, however, significantly higher PPARγ protein in the most insulin resistant diabetic subjects with glucose disposal rates of 3ā6 mg Ā· kgā1Ā· minā1 compared with their age and weight matched counterparts with glucose disposal rates of 6ā9 (147 ± 23 vs 88 ± 10 AU/μg protein, p⤠0.01 in diabetic and vs 94 ± 15, p⤠0.04 in non-diabetic subjects). Muscle PPARγ protein and glucose disposal rates were inversely correlated in diabetic subjects (r = ā0.47, p⤠0.05).¶Conclusion/interpretation. All PPARs (α, β or γ) are present in skeletal muscle and adipose tissue with different relative distributions. The PPARγ protein is abundant in skeletal muscle as well as adipose tissue. The altered expression of skeletal muscle PPARγ is consistent with a role for this nuclear protein in the impaired insulin action of Type II diabetes. [Diabetologia (2000) 43: 304ā311]
datePublished:
dateModified:
pageStart:304
pageEnd:311
sameAs:https://doi.org/10.1007/s001250050048
keywords:
Keywords Type II diabetes, insulin resistance, PPARα, PPARβ, PPARγ, protein, obesity, skeletal muscle, adipose tissue, human.
Internal Medicine
Metabolic Diseases
Human Physiology
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