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| 1.
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Tada, Hayato ; Nomura, Akihiro ; Nohara, Atsushi ; Inazu, Akihiro ; Mabuchi, Hiroshi ; YAMAGISHI, Masakazu ; Kawashiri, Masa-aki ; 多田, 隼人 ; 野村, 章洋 ; 野原, 淳 ; 稲津, 明広 ; 馬淵, 宏 ; 山岸, 正和 ; 川尻, 剛照
概要:
金沢大学附属病院循環器内科<br />Aim: We aimed to clarify post-prandial accumulation of remnant-like particles (RLP) in patients with
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sitosterolemia.\nMethods: Oral fat tolerance test cream (Jomo Shokuhin, Takasaki, Japan) 50 g was given per body surface area (m2); blood sampling was performed at 2 h intervals up to 6 h. Plasma lipoprotein fractions and RLP fractions were determined in four sitosterolemic subjects with double mutations in ATP-binding cassette (ABC) sub-family G member 5 or member 8 (ABCG5 or ABCG8) gene (mean age=18 yr, median low-density lipoprotein cholesterol [LDL-C]=154 mg/dL), six heterozygous carriers (mean age=31 yr, median LDL-C=105 mg/dL), and five subjects with heterozygous familial hypercholesterolemia (FH, mean age=32 yr, median LDL-C=221 mg/dL). The incremental area under curve (iAUC) of lipids, including LDL-C, apolipoprotein B-48 (apoB48), RLP cholesterol (RLP-C), and RLP triglyceride (RLP-TG) were evaluated.\nResults: After oral fat load, there was no significant difference of the iAUC of LDL-C between sitosterolemia and heterozygous FH, whereas the iAUC of apoB48 was significantly larger in the sitosterolemic subjects compared with that of heterozygous FH (2.9 µg/mL×h vs. 1.3 µg/mL×h, p＜0.05). Under these conditions, the iAUCs of RLP-C and RLP-TG levels were significantly larger in the sitosterolemic subject compared with those of heterozygous FH (9.5 mg/dL×h vs. 5.7 mg/dL×h, p＜0.05; 149 mg/dL×h vs. 40 mg/dL×h, p＜0.05, respectively), whereas those of heterozygous carriers were comparable with those with heterozygous FH.\nConclusions: Post-prandial lipoprotein metabolism in sitosterolemia appeared to be impaired, leading to their elevation in serum sterol levels. (UMIN Clinical Trials Registry number, UMIN000020330)<br />This article distributed under the terms of the latest version of CC BY-NC-SA defined by the Creative Commons Attribution License.
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Tada, Hayato ; Nohara, Atsushi ; Inazu, Akihiro ; Sakuma, Nagahiko ; Mabuchi, Hiroshi ; Kawashiri, Masa-aki ; 多田, 隼人 ; 野原, 淳 ; 稲津, 明広 ; 馬淵, 宏 ; 川尻, 剛照
概要:
金沢大学附属病院循環器内科<br />Sitosterolemia is a rare inherited disease characterized by increased levels of plant sterols, such a
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s sitosterol. The cause of this disease is ATP-binding cassette (ABC) subfamily G member 5 or member 8 (ABCG5 or ABCG8, respectively) gene mutations. Recent advances in genetics have revealed that the prevalence of subjects with deleterious mutations in ABCG5 and/or ABCG8 genes could be more than 1 in ~200,000 individuals among the general population. Furthermore, accumulated evidence, including infantile cases exhibiting progression/regression of systemic xanthomas associated with LDL cholesterol levels, have shown that the elevation of LDL cholesterol seems to be the major cause of development of atherosclerosis and not the elevation of sitosterol. Regarding therapies, LDL apheresis, as well as proprotein convertase subtilisin/kexin type 9 (PCSK9) inhibitors, could be useful for sitosterolemia, in addition to ezetimibe and/or colestimide. In this study, we provide the current understanding and future perspectives of sitosterolemia, which is currently considered an extremely rare disorder but is expected to be much more prevalent in clinical settings.<br />This article distributed under the terms of the latest version of CC BY-NC-SA defined by the Creative Commons Attribution License.
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Tada, Hayato ; Kawashiri, Masa-aki ; Nohara, Atsushi ; Inazu, Akihiro ; Kobayashi, Junji ; Yasuda, Kenji ; Mabuchi, Hiroshi ; Yamagishi, Masakazu ; Hayashi, Kenshi ; 多田, 隼人 ; 川尻, 剛照 ; 野原, 淳 ; 稲津, 明広 ; 小林, 淳二 ; 馬淵, 宏 ; 山岸, 正和 ; 林, 研至
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金沢大学附属病院循環器内科<br />Aim: The Japan Atherosclerosis Society (JAS) guidelines for the prevention of atherosclerotic disease
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s 2012 (JAS2012) proposed lipid management targets; however, less data is available regarding the attainment rates of each target in community-based settings. Therefore, we assessed the attainment rates of lipid management targets among subjects who underwent Japanese specific health checkups.\nMethods: A total of 85,716 subjects (male=29,282, 34.2%) aged 40–74 years who underwent specific health checkups from 2012 to 2014 in Kanazawa city, Japan, were included in this study. We evaluated the attainment rates of the lipid management targets according to the JAS2012 guideline and investigated the clinical characteristics of the subjects without achieving the targets.\nResults: The target for LDL cholesterol (LDL-C) was the least attained in all risk categories, 89, 72, 50, and 34% for category I, II, III, and secondary prevention, respectively, in 2014. In addition, these rates inversely correlated with the grade of risk categories (p-value for trends ＜0.001). Attainment rate of the LDL-C target in the suspected chronic kidney disease (CKD) group was significantly lower than in the groups with diabetes, stroke, or absolute risk in category III (49.2, 60.3, 63.5, 54.4%, respectively, p-value ＜0.001 for each). Moreover, the attainment rate of the LDL-C target was significantly lower in subjects that did not receive lipid-lowering therapy than in those who received it in the secondary prevention (27.7 and 40.6%, respectively, p-value ＜0.001).\nConclusions: Lipid management is inadequate in community-based settings, particularly, in subjects with CKD and secondary prevention.<br />This article distributed under the terms of the latest version of CC BY-NC-SA defined by the Creative Commons Attribution License.
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Imamura, S. ; Kobayashi, Junji ; Sakasegawa, S. ; Nohara, Atsushi ; Nakajima, Kenichi ; Kawashiri, Masa-aki ; Inazu, Akihiro ; Yamagishi, Masakazu ; Koizumi, Junji ; Mabuchi, Hiroshi ; 小林, 淳二 ; 野原, 淳 ; 中嶋, 憲一 ; 川尻, 剛照 ; 稲津, 明広 ; 山岸, 正和 ; 小泉, 順二 ; 馬渕, 宏
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金沢大学医薬保健研究域医学系<br />The objective of this study was to establish a hepatic lipase (HL) assay method that can be applied
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to automatic clinical analyzers. Seventy-four hyperlipidemic subjects (men/women 45/29) were recruited. Lipase activity was assayed measuring the increase in absorbance at 546 nm due to quinonediimine dye production. Reaction mixture R-1 contained 50 mM Tris-HCl (pH 9.5), 0.5 mM glycerol-1,2-dioleate, 0.4% (unless otherwise noted) polyoxyethylenenonylphenylether, 3 mM ATP, 3 mM MgCl2, 1.5 mM CaCl2, monoacylglycerol-specific lipase, glycerol kinase, glycerol-3-phosphate oxidase, 0.075% N,N-bis-(4-sulfobutyl)-3-methylaniline-2 Na, peroxidase, ascorbic acid oxidase. Reaction mixture R-2 contained 50 mM Tris-HCl (pH9.5), 0.15% 4-aminoantypirine. Automated assay for activity was performed with a Model 7080 Hitachi analyzer. In the lipase assay, 160 μl of R-1 was incubated at 37°C with 3 μl of samples for 5 min, and 80 μl of R-2 was added. Within-run coefficient of variations was 0.9-1.0%. Calibration curve of lipase activity was linear (r = 0.999) between 0 and 320 U/l. Analytical recoveries of purified HL added to plasma were 96.6-99.8%. HL activity in postheparin plasma measured in this method had a closer correlation with HL mass by a sandwich ELISA (r = 0.888, P , 0.0001) than those in the conventional method using [ 14C-]triolein (r = 0.730, P < 0.0001). This assay method for HL activity can be applied to an automatic clinical analyzer. Copyright © 2007 by the American Society for Biochemistry and Molecular Biology, Inc.
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Tada, Hayato ; Kawashiri, Masa-aki ; Nohara, Atsushi ; Inazu, Akihiro ; Kobayashi, Junji ; Mabuchi, Hiroshi ; Yamagishi, Masakazu ; 多田, 隼人 ; 川尻, 剛照 ; 野原, 淳 ; 稲津, 明広 ; 小林, 淳二 ; 馬渕, 宏 ; 山岸, 正和
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金沢大学医薬保健研究域医学系<br />Autosomal recessive hypercholesterolemia (ARH) is an extremely rare inherited disorder, the cause of
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which is mutations in the low-density lipoprotein (LDL) receptor adaptor protein 1 (LDLRAP1) gene. Only 36 families with 14 different mutations have been reported in the literature to date. The clinical phenotype of ARH is milder than that of homozygous familial hypercholesterolemia (FH) caused by LDL receptor gene mutations. Recently, the lipoprotein metabolism of ARH was investigated in both humans and mice by several investigators, including ourselves. Based on these findings the preserved clearance of LDL receptor-dependent very-LDL (VLDL) may be a possible mechanism underlying the responsiveness to statins and the milder phenotype of ARH. Although ARH has been described as being “recessive,” several studies, including ours, have indicated that a heterozygous carrier status of the LDLRAP1 gene is associated with mild hypercholesterolemia and exacerbates the phenotype of FH resulting from LDL receptor gene mutations. This review summarizes current understanding regarding ARH and its causative gene, LDLRAP1, and attempts to provide new insight into novel pharmacological targets for treating dyslipidemic patients. © Journal of Atherosclerosis and Thrombosis. All right received.<br />出版者照会後に全文公開
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Tada, Hayato ; Nohara, Atsushi ; Kawashiri, Masa-aki ; Inazu, Akihiro ; Mabuchi, Hiroshi ; Yamagishi, Masakazu ; 多田, 隼人 ; 野原, 淳 ; 川尻, 剛照 ; 稲津, 明広 ; 馬渕, 宏 ; 山岸, 正和
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金沢大学医薬保健研究域医学系<br />We herein report a case of marked transient hypercholesterolemia in a man receiving low-dose mitotan
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e as adjuvant chemotherapy for adrenocortical carcinoma.A 58-year-old man without any clinical symptoms or history of hypercholesterolemia was admitted to our hospital to treat an adrenocortical carcinoma detected on general screening using computed tomography. He reported no chest symptom and did not exhibit any established risk factors for coronary artery disease, such as diabetes, obesity, hypertension or relevant family history, with the exception of current smoking, on admission. A stress electrocardiogram showed negative findings. The left adrenal tumor as well as left kidney, spleen and distal portion of the pancreas were subsequently resected using radical surgery. The histopathological findings confirmed the preoperative diagnosis of adrenocortical carcinoma. After the operation, treatment with low-dose mitotane (1g/day) was introduced as adjuvant chemotherapy. Interestingly, the patient developed marked hyper-LDL cholesterolemia at a level equivalent to that of familial hypercholesterolemia (LDL cholesterol level ~ 300 mg/ dL) following the introduction of mitotane, without evidence of primary or secondary hypercholesterolemia due to other causes. A coronary angiogram performed to assess the new-onset angina revealed three-vessel disease, which was later revascularized via percutaneous coronary intervention eight months after the start of mitotane therapy. The cholesterol level normalized with the suspension of mitotane. This case suggests that mitotane can cause severe hypercholesterolemia, potentially resulting in coronary atherosclerosis. © 2014, Japan Atherosclerosis Society. All rights reserved.<br />出版者照会後に全文公開
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Kitatani, Masako ; Koizumi, Junji ; Inazu, Akihiro ; Kajinami, Kouji ; Mabuchi, Hiroshi ; 小泉, 順二 ; 稲津, 明広 ; 梶波, 康二 ; 馬渕, 宏
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金沢大学医薬保健研究域保健学系<br />A study was conducted to determine the clinical efficacy and tolerability of simvastatin, an inhibi
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tor of 3-hydroxy-3-methylglutaryl coenzyme A reductase in seven patients with heterozygous familial hypercholesterolemia (FH) (defined as primary hypercholesterolemia with tendon xanthoma or primary hypercholesterolemia without tendon xanthomas and at least one first-degree relative with familial hypercholesterolemia). These patients were administrated 10 mg/d of simvastatin for up to 4 years. Simvastatin significantly reduced levels of both total cholesterol and low-density lipoprotein cholesterol during treatment; respective reduction rates were 28% and 34% after 1 month and 32% and 40% after 4 years. Serum high-density lipoprotein cholesterol levels slightly and insignificantly increased. Serum triglyseride levels fell significantly by 24% at month 6. After this study, all xanthomas had reduced in size. No adverse events related to simvastatin were observed. We conclude that long-term simvastatin therapy is clinically useful and well tolerated in patients with FH. Copyright © 1985 Published by Elsevier Inc.
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Mabuchi, Hiroshi ; Nohara, Atsushi ; Higashikata, Toshinori ; Ueda, Kosei ; Bujo, H. ; Matsushima, Teruhiko ; Ikeda, Yoshihiko ; Nii, Masahiro ; 馬渕, 宏 ; 野原, 淳
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Mabuchi, Hiroshi ; Higashikata, Toshinori ; Nohara, Atsushi ; Lu, Hong ; Yu, Wen Xin ; Nozue, Tsuyoshi ; Noji, Yoshihiro ; Katsuda, Shoji ; Kawashiri, Masa-aki ; Inazu, Akihiro ; Kobayashi, Junji ; Koizumi, Junji ; 馬渕, 宏 ; 野原, 淳 ; 川尻, 剛照 ; 稲津, 明広
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Mabuchi, Hiroshi ; Higashikata, Toshinori ; Kawashiri, Masa-aki ; Katsuda, Shoji ; Mizuno, Mihoko ; Nohara, Atsushi ; Inazu, Akihiro ; Koizumi, Junji ; Kobayashi, Junji ; 馬渕, 宏 ; 川尻, 剛照 ; 野原, 淳 ; 稲津, 明広 ; 小泉, 順二 ; 小林, 淳二
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