動脈硬化に関する疫学的研究(I) 大動脈脈波速度と高血圧, 眼底動脈病変動脈硬化性変化, 虚血性心電図変化との関連

Studies show that arteriosclerosis advances first in the aorta and then proceeds to the cerebral and coronary arteries. Because the aortic pulse wave velocity (PWV) can be used to estimate the extent of arteriosclerosis in the aorta, the use of PWV may allow earlier detection of arteriosclerotic dis...

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Published in動脈硬化 Vol. 23; no. 11; pp. 715 - 720
Main Authors 高山, 吉隆, 大山, 俊郎, 荒井, 親雄, 森下, 健, 長谷川, 元治, 森, 誠, 竹内, 光吉, 荒井, 一歩, 鈴木, 賢二, 小菅, 孝明, 安部, 信行, 桝谷, 直司, 駒澤, 勉
Format Journal Article
LanguageJapanese
Published 一般社団法人 日本動脈硬化学会 01.05.1996
Japan Atherosclerosis Society
Subjects
Online AccessGet full text
ISSN0386-2682
2185-8284
DOI10.5551/jat1973.23.11_715

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Abstract Studies show that arteriosclerosis advances first in the aorta and then proceeds to the cerebral and coronary arteries. Because the aortic pulse wave velocity (PWV) can be used to estimate the extent of arteriosclerosis in the aorta, the use of PWV may allow earlier detection of arteriosclerotic diseases.This study examined the relationship between PWV and other arteriosclerotic indicators including (1) arteriolar sclerotic changes in the retina as evaluated by Scheie's method (≥grade II); (2) ischemic ECG changes (Minnesota code: 4-1, 4-2, 4-3, 4-4 and/or 5-1, 5-2, 5-3); and (3) hypertension determined as systolic pressure ≥160mmHg and/or diastolic pressure >95mmHg. Subjects were 221, 564 male urban workers, 20-69 years of age, who participated in cardiovascular disease screening in major cities in Japan. This study sample did not include patients with hypertension, diabetes, hyperlipidemia, or gout, or those having a history of cardio- and/or cerebrovascular diseases.We examined the prevalence of each of the above three indicators at various PWV levels (<7.0, 7.0-7.9, 8.0-8.9, 9.0-9.9, ≥10.0m/sec.) in different age groups (20-29, 30-39, 40-49, 50-59, 60-69 years old).The prevalence of each of the three indicators increased exponentially as the PWV became faster in all age groups examined with the exception of the prevalence of hypertension due to elevated diastolic pressure in patients 60-69 years old; the prevalence of each condition increased significantly at PWV scores of 8.0m/sec or greater among those under 60 years old and 9.0m/sec or greater among those 60-69 years old.It is suggested that PWV advances prior to the appearance of the indicators examined and that the use of PWV in mass screenings can contribute significantly to the prevention of arteriosclerotic diseases.
AbstractList Studies show that arteriosclerosis advances first in the aorta and then proceeds to the cerebral and coronary arteries. Because the aortic pulse wave velocity (PWV) can be used to estimate the extent of arteriosclerosis in the aorta, the use of PWV may allow earlier detection of arteriosclerotic diseases.This study examined the relationship between PWV and other arteriosclerotic indicators including (1) arteriolar sclerotic changes in the retina as evaluated by Scheie's method (≥grade II); (2) ischemic ECG changes (Minnesota code: 4-1, 4-2, 4-3, 4-4 and/or 5-1, 5-2, 5-3); and (3) hypertension determined as systolic pressure ≥160mmHg and/or diastolic pressure >95mmHg. Subjects were 221, 564 male urban workers, 20-69 years of age, who participated in cardiovascular disease screening in major cities in Japan. This study sample did not include patients with hypertension, diabetes, hyperlipidemia, or gout, or those having a history of cardio- and/or cerebrovascular diseases.We examined the prevalence of each of the above three indicators at various PWV levels (<7.0, 7.0-7.9, 8.0-8.9, 9.0-9.9, ≥10.0m/sec.) in different age groups (20-29, 30-39, 40-49, 50-59, 60-69 years old).The prevalence of each of the three indicators increased exponentially as the PWV became faster in all age groups examined with the exception of the prevalence of hypertension due to elevated diastolic pressure in patients 60-69 years old; the prevalence of each condition increased significantly at PWV scores of 8.0m/sec or greater among those under 60 years old and 9.0m/sec or greater among those 60-69 years old.It is suggested that PWV advances prior to the appearance of the indicators examined and that the use of PWV in mass screenings can contribute significantly to the prevention of arteriosclerotic diseases.
Author 荒井, 一歩
竹内, 光吉
鈴木, 賢二
大山, 俊郎
桝谷, 直司
小菅, 孝明
森, 誠
長谷川, 元治
森下, 健
荒井, 親雄
安部, 信行
高山, 吉隆
駒澤, 勉
Author_FL MASUYA Naoji
ARAI Chikao
KOSUGE Takaaki
TAKEUCHI Kokichi
HASEGAWA Motoharu
TAKAYAMA Yoshitaka
MORI Makoto
SUZUKI Kenji
ABE Nobuyuki
OOYAMA Toshiro
MORISHITA Takeshi
KOMAZAWA Tsutomu
ARAI Kazuho
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DocumentTitleAlternate Epidemiological Studies of Arteriosclerosis (I) : Association of Aortic Pulse Wave Velocity with Hypertension, Arteriolar Sclerotic Changes in the Retina, and Ischemic ECG Changes
DocumentTitle_FL Epidemiological Studies of Arteriosclerosis (I) : Association of Aortic Pulse Wave Velocity with Hypertension, Arteriolar Sclerotic Changes in the Retina, and Ischemic ECG Changes
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References 11) 長谷川元治, 荒井親雄, 竹内光吉, 安部信行, 斉藤光代, 鈴木賢二: 生物物理学的動脈硬化診断法―大動脈脈波速度検査法―臨床編. エレクトロニクスの臨床, 11 (3): 87-98, 1983
5) 大塚文輝: 生体大動脈脈波速度と大動脈硬化に関する研究. 慈医誌, 88: 322-337, 1973
1) Bjurulf P: Atherosclerosis in different parts of the arteria system. Am Heart J, 68: 41-50, 1964
10) Cochran WG: Some methods for strengthening the common x2 tests. Biometrics, 10: 417-451, 1954
4) 長谷川元治: ヒト大動脈脈波速度に関する基礎的研究. 慈医誌, 85: 742-760, 1970
7) 長谷川元治: 動脈硬化症―高血圧・高脂血症以外からの考え方―. 綜合臨床, 32: 971-979, 1983
3) 白川幹郎: 脈波速度による臓器動脈硬化の推定. 慈医誌, 89: 1-16, 1974
15) 山崎正彦: 主要臓器における動脈硬化度の相対的評価とその進展因子に関する研究. 日老医誌, 30: 807-815, 1993
8) Scheie HG: Evaluation of opthalmoscopic change of hypertension and arteriosclerosis. Arch Opth, 49: 117-138, 1953
13) 長谷川元治: 大動脈脈波速度 (PWV) による診断, 五島雄一郎, 後藤由夫編, 動脈硬化症ハンドブック. 医薬ジャーナル社, 大阪, 196-214, 1989
6) 荒井親雄, 安部信行, 竹内光吉, 斉藤光代, 長谷川元治, 高山吉隆, 間崎民夫, 森下健, 白井達男, 鈴木賢二: 生前大動脈脈波速度値と死後組織対比―アテローム, 石灰化, 内・中膜エラスチン, コラーゲンとの関連について―. 動脈硬化, 12: 1419-1426, 1985
16) 山海知子, 磯博康, 嶋本喬, 宮垣武司, 飯田稔, 谷垣正人, 内藤義彦, 佐藤眞一, 木山昌彦, 北村明彦, 小西正光, 寺尾敦史, 土井光徳, 児島三郎, 小町喜雄: CT所見を中心とした脳卒中の疫学的研究―コホート内症例対照研究による脳出血ならびに脳梗塞の病型別発生要因の検討―. 日本公衛誌, 39: 410-419, 1992
18) Amery A: Efficacy of antihypertensive drug treatment according to age, sex, blood pressure, and previous cardiovascular disease in patients over the age of 60. Lancet, II: 589-592, 1986.
12) 森下健, 安部信行, 竹内光吉, 斉藤光代, 荒井親雄, 長谷川元治, 鈴木賢二: 生物物理学的動脈硬化診断法―大動脈脈波速度検査法―疫学編. エレクトロニクスの臨床, 11 (4): 109-121, 1983
17) 桂敏樹, 野尻雅美, 新井宏明: コホート内症例対照研究による循環器疾患のリスク要因の解析―検診所見およびその進行と死亡との関連―. 日本公衛誌, 41: 208-217, 1994
9) Rose GA and Blackburn H: Cardiovascular survey methods. WHO Monograph Series No. 56, WHO, Geneva: 172-175, 1968
2) Scott RF, Daoun AS, Wortman B, Morrison ES, and Jarmolych J: Proliferation and necrosis in coronary and cerebral arteries. J Atheroscler Res, 6: 499-509, 1966
14) 大内尉義, 寺下謙三, 中村哲郎, 山沖和秀, 矢崎義雄, 遠田栄一, 山口徹, 折茂肇: 冠動脈硬化を有する患者における大動脈脈波速度―冠動脈撮影所見との対比―. 日老医誌, 28: 40-45, 1991
References_xml – reference: 5) 大塚文輝: 生体大動脈脈波速度と大動脈硬化に関する研究. 慈医誌, 88: 322-337, 1973
– reference: 3) 白川幹郎: 脈波速度による臓器動脈硬化の推定. 慈医誌, 89: 1-16, 1974
– reference: 10) Cochran WG: Some methods for strengthening the common x2 tests. Biometrics, 10: 417-451, 1954
– reference: 14) 大内尉義, 寺下謙三, 中村哲郎, 山沖和秀, 矢崎義雄, 遠田栄一, 山口徹, 折茂肇: 冠動脈硬化を有する患者における大動脈脈波速度―冠動脈撮影所見との対比―. 日老医誌, 28: 40-45, 1991
– reference: 8) Scheie HG: Evaluation of opthalmoscopic change of hypertension and arteriosclerosis. Arch Opth, 49: 117-138, 1953
– reference: 16) 山海知子, 磯博康, 嶋本喬, 宮垣武司, 飯田稔, 谷垣正人, 内藤義彦, 佐藤眞一, 木山昌彦, 北村明彦, 小西正光, 寺尾敦史, 土井光徳, 児島三郎, 小町喜雄: CT所見を中心とした脳卒中の疫学的研究―コホート内症例対照研究による脳出血ならびに脳梗塞の病型別発生要因の検討―. 日本公衛誌, 39: 410-419, 1992
– reference: 6) 荒井親雄, 安部信行, 竹内光吉, 斉藤光代, 長谷川元治, 高山吉隆, 間崎民夫, 森下健, 白井達男, 鈴木賢二: 生前大動脈脈波速度値と死後組織対比―アテローム, 石灰化, 内・中膜エラスチン, コラーゲンとの関連について―. 動脈硬化, 12: 1419-1426, 1985
– reference: 7) 長谷川元治: 動脈硬化症―高血圧・高脂血症以外からの考え方―. 綜合臨床, 32: 971-979, 1983
– reference: 2) Scott RF, Daoun AS, Wortman B, Morrison ES, and Jarmolych J: Proliferation and necrosis in coronary and cerebral arteries. J Atheroscler Res, 6: 499-509, 1966
– reference: 1) Bjurulf P: Atherosclerosis in different parts of the arteria system. Am Heart J, 68: 41-50, 1964
– reference: 15) 山崎正彦: 主要臓器における動脈硬化度の相対的評価とその進展因子に関する研究. 日老医誌, 30: 807-815, 1993
– reference: 9) Rose GA and Blackburn H: Cardiovascular survey methods. WHO Monograph Series No. 56, WHO, Geneva: 172-175, 1968
– reference: 18) Amery A: Efficacy of antihypertensive drug treatment according to age, sex, blood pressure, and previous cardiovascular disease in patients over the age of 60. Lancet, II: 589-592, 1986.
– reference: 12) 森下健, 安部信行, 竹内光吉, 斉藤光代, 荒井親雄, 長谷川元治, 鈴木賢二: 生物物理学的動脈硬化診断法―大動脈脈波速度検査法―疫学編. エレクトロニクスの臨床, 11 (4): 109-121, 1983
– reference: 11) 長谷川元治, 荒井親雄, 竹内光吉, 安部信行, 斉藤光代, 鈴木賢二: 生物物理学的動脈硬化診断法―大動脈脈波速度検査法―臨床編. エレクトロニクスの臨床, 11 (3): 87-98, 1983
– reference: 17) 桂敏樹, 野尻雅美, 新井宏明: コホート内症例対照研究による循環器疾患のリスク要因の解析―検診所見およびその進行と死亡との関連―. 日本公衛誌, 41: 208-217, 1994
– reference: 4) 長谷川元治: ヒト大動脈脈波速度に関する基礎的研究. 慈医誌, 85: 742-760, 1970
– reference: 13) 長谷川元治: 大動脈脈波速度 (PWV) による診断, 五島雄一郎, 後藤由夫編, 動脈硬化症ハンドブック. 医薬ジャーナル社, 大阪, 196-214, 1989
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Snippet Studies show that arteriosclerosis advances first in the aorta and then proceeds to the cerebral and coronary arteries. Because the aortic pulse wave velocity...
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SubjectTerms Aortic pulse wave velocity
Arteriolar sclerotic changes
Arteriosclerosis
Ischemic ECG changes
Subtitle 大動脈脈波速度と高血圧, 眼底動脈病変動脈硬化性変化, 虚血性心電図変化との関連
Title 動脈硬化に関する疫学的研究(I)
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