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    KCI등재후보

    대사증후군에 대한 모발미네랄함량과 심박변이도의 연관성 연구 = Relation between Hair Tissue Mineral Elements andHeart Rate Variabilities of the Metabolic Syndrome

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    https://www.riss.kr/link?id=A104807820

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    다국어 초록 (Multilingual Abstract) kakao i 다국어 번역

    Objectives
    This study was performed to evaluate the relation between hair tissue mineral elements(HTME) and Heart rate variability(HRV) of the metabolic syndrome(
    MS).
    Methods
    89 persons(41-69 ages) who visited Oriental hospital for medical examination were divided MS group(n=22) and control group(n=67). HTME and
    HRV were compared, and were analyzed correlation with five contents of the MS.
    Results
    (1) In total subjects, waist circumference had a positive correlation with Pb. Blood pressure had a negative correlation with Mg. High density lipoprotein
    cholesterol(HDL-chol) had a negative correlation with Pb, Sb and K, while positive correlation with Ca/K. Triglyceride(TG) had a negative
    correlation with Mg and Na/K, while positive correlation with K and Ca/Mg. (2) In total subjects, TG and fasting blood sugar(FBS) had negative correlation
    with high frequency(HF), while positive correlation with low frequency/high frequency ratio(LF/HF). (3) In MS group, most of the level of toxic
    minerals were higher, and the level of major nutritional minerals were lower, but there were no statistical signficance. In two groups, there is no contrast
    between the correlations of the MS contents and HTME. (4) In MS group, HF was significantly lower and LF/HF was higher than normal group.
    LF/HF had a negative correlation with waist circumference in MS group, while positive correlation in normal group. (5) In total subjects, TP had a positive
    correlation with Mg. In two groups, there is no contrast between the correlations of the MS contents and HRV. However LF/HF had a positive correlation
    with Na in MS group, TP and LF had negative correlation with Ca, while RMSSD and HF had negative correlation with Cu in normal group.
    Conclusion
    These results may suggest that HTME and HRV are useful in diagnosing and preventing the metabolic syndrome.
    번역하기

    Objectives This study was performed to evaluate the relation between hair tissue mineral elements(HTME) and Heart rate variability(HRV) of the metabolic syndrome( MS). Methods 89 persons(41-69 ages) who visited Oriental hospital for medical examinatio...

    Objectives
    This study was performed to evaluate the relation between hair tissue mineral elements(HTME) and Heart rate variability(HRV) of the metabolic syndrome(
    MS).
    Methods
    89 persons(41-69 ages) who visited Oriental hospital for medical examination were divided MS group(n=22) and control group(n=67). HTME and
    HRV were compared, and were analyzed correlation with five contents of the MS.
    Results
    (1) In total subjects, waist circumference had a positive correlation with Pb. Blood pressure had a negative correlation with Mg. High density lipoprotein
    cholesterol(HDL-chol) had a negative correlation with Pb, Sb and K, while positive correlation with Ca/K. Triglyceride(TG) had a negative
    correlation with Mg and Na/K, while positive correlation with K and Ca/Mg. (2) In total subjects, TG and fasting blood sugar(FBS) had negative correlation
    with high frequency(HF), while positive correlation with low frequency/high frequency ratio(LF/HF). (3) In MS group, most of the level of toxic
    minerals were higher, and the level of major nutritional minerals were lower, but there were no statistical signficance. In two groups, there is no contrast
    between the correlations of the MS contents and HTME. (4) In MS group, HF was significantly lower and LF/HF was higher than normal group.
    LF/HF had a negative correlation with waist circumference in MS group, while positive correlation in normal group. (5) In total subjects, TP had a positive
    correlation with Mg. In two groups, there is no contrast between the correlations of the MS contents and HRV. However LF/HF had a positive correlation
    with Na in MS group, TP and LF had negative correlation with Ca, while RMSSD and HF had negative correlation with Cu in normal group.
    Conclusion
    These results may suggest that HTME and HRV are useful in diagnosing and preventing the metabolic syndrome.

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    참고문헌 (Reference)

    1 김영설, "해독과 영양요법을 위한 모발미 네랄검사" 대한의학서적 46-99, 2009

    2 노숙령, "일부 농촌 성인 남녀의 식이, 혈액 및 뇨중의 납수준과 혈압, 혈청지질과의 관계" 24 (24): 829-836, 1995

    3 윤현정, "비만 성인에서 대사증후군과 갑상선호르몬과의 상관관계" 대한비만학회 17 (17): 10-19, 2008

    4 서희선, "모발조직 마그네슘 농도와 비만 연관변수와의 연관성" 14 (14): 22-28, 2005

    5 신현택, "모발미네랄분석결과와 비만도의 상관성" 4 (4): 67-80, 2004

    6 송윤경, "모발미네랄검사와 자율신경기능 및 비만도와의 연관성 연구-한의학적 변증 응용을 위한-" 대한한의학회 28 (28): 249-259, 2007

    7 오한진, "모발 검사의 허와 실" 대한가정의학회 24 (24): 2-785, 2003

    8 이용제, "대사증후군과 심박동수 변이와의 관계" 대한가정의학회 23 (23): 4-1439, 2002

    9 정회현, "대사증후군과 심박동 변이의 연 관성" 14 (14): 220-227, 2005

    10 장수익, "당뇨 환자의 모발 내 미네랄(무기질)의 함량-당뇨군과 비당뇨군을 비교하여 시행한 환자 대조군 연구-" 대한가정의학회 23 (23): 8-1140, 2002

    1 김영설, "해독과 영양요법을 위한 모발미 네랄검사" 대한의학서적 46-99, 2009

    2 노숙령, "일부 농촌 성인 남녀의 식이, 혈액 및 뇨중의 납수준과 혈압, 혈청지질과의 관계" 24 (24): 829-836, 1995

    3 윤현정, "비만 성인에서 대사증후군과 갑상선호르몬과의 상관관계" 대한비만학회 17 (17): 10-19, 2008

    4 서희선, "모발조직 마그네슘 농도와 비만 연관변수와의 연관성" 14 (14): 22-28, 2005

    5 신현택, "모발미네랄분석결과와 비만도의 상관성" 4 (4): 67-80, 2004

    6 송윤경, "모발미네랄검사와 자율신경기능 및 비만도와의 연관성 연구-한의학적 변증 응용을 위한-" 대한한의학회 28 (28): 249-259, 2007

    7 오한진, "모발 검사의 허와 실" 대한가정의학회 24 (24): 2-785, 2003

    8 이용제, "대사증후군과 심박동수 변이와의 관계" 대한가정의학회 23 (23): 4-1439, 2002

    9 정회현, "대사증후군과 심박동 변이의 연 관성" 14 (14): 220-227, 2005

    10 장수익, "당뇨 환자의 모발 내 미네랄(무기질)의 함량-당뇨군과 비당뇨군을 비교하여 시행한 환자 대조군 연구-" 대한가정의학회 23 (23): 8-1140, 2002

    11 장수익, "당뇨 환자의 모발 내 미네랄(무기질)의 함량-당뇨군과 비당뇨군을 비교하여 시행한 환자 대조군 연구-" 대한가정의학회 23 (23): 8-1140, 2002

    12 김정숙, "납(Pb)과 지방수준을 달리한 식이 로 사육한 성장기 흰쥐의 체내대사변화" 20 (20): 225-236, 1987

    13 민인규, "中風환자의 濕痰辨證과 대사증후군과의 관련성 연구" 대한한의학회 30 (30): 109-119, 2009

    14 Bass DA, "Trace element analysis in hair. factors determining accuracy, precision, and relability" 6 (6): 472-481, 2001

    15 Sharma AM, "The thrifty-genotype hypothesis and its implications for the study of complex genetic disorders in man" 76 : 568-571, 1998

    16 Barltrop D, "The influence of dietaryminerals and fat on the absorption of lead" 6 : 265-273, 1976

    17 "Task Force of the European Society of Cardiology and the North American Society of Pacing and Electrophysiology. Heart rate variability: standard of measurement. physiological interpretation and clinical use" 93 : 1043-1065, 1996

    18 Wang WJ, "Prevention and treatment of metabolic syndrome with integrated traditional Chineseand western medicine" 2 (2): 309-305, 2004

    19 Liao D, "Multiple metabolic syndrome is associated with lower heartrate variability. The Atherosclerosis Risk in Communities Stuty" 21 (21): 2116-2122, 1998

    20 Almoznino-Sarafian D, "Magnesium administration may improve heart rate variability in patients with heart failure" 19 (19): 641-645, 2009

    21 Dekker JM, "Low heart rate variability in a 2-minute rhythm strip predicts risk of coronary heart disease and mortality from several causes: the ARIC study" 102 : 1239-1244, 2000

    22 Kruse-Jarres JD, "Limited usefulness of essential trace element analysis in hair" 19 : 8-10, 2000

    23 Kozlowska L, "Leptin, thyrotropin, and thyroid hormones in obese/overweight women before and after two levels of energy deficit" 24 (24): 147-153, 2004

    24 대한내과학회 해리슨내과학 편집위원회, "Harrison's 내과학 제1권" 도서출판 MIP 285-289, 2003

    25 Park SB, "Hair tissue mineral analysis and metabolic syndrome" 130 (130): 218-228, 2009

    26 Pumprla J, "Functional assessment of heart rate variability : physiological basis and practical applications" 84 : 1-14, 2002

    27 Tepper D, "Frontiers in congestive heart failure: Sympathetic activation in heart failure and its treatment with beta-blockade" 5 (5): 92-, 1999

    28 Expert Panel on Detection, Evaluation, and Treatment of High Blood Cholesterol in Adults, "Executive Summary of The Third Report of The National Cholesterol Education Program(NCEP) Expert Panel on Detection, Evaluation, and Treatment of High Blood Cholesterol in Adults" 285 : 2486-2497, 2001

    29 Luthringer C, "Effect of moderate magnesium deficiency on serum lipids, blood pressure and cardiovascular reactivity in normaotensive rats" 59 (59): 243-250, 1988

    30 Alberti KG, "Definition, diagnosis and classification of diabetes mellitus and its complication. Part Ⅰ: Diagnosis and classification of diabetes mellitus provisional report of a WHO consultation" 15 : 539-553, 1998

    31 Lee S, "Cut-off Point of Waist Circumference for Defining Abdominal Obesity in Korea Population" 15 (15): 1-9, 2006

    32 Malik M, "Circadian rhythm of heart rate variability after acute myocardial infarction and its influence on the prognostic value of heart rate variability" 66 (66): 1049-1054, 1990

    33 Lim S, "Changes in thecharacteristics of metabolic syndrome in Koreaover the period 1998-2001 as determined by Korean National Health and Nutrition Examination Surveys" 28 : 1810-1812, 2005

    34 Isomaa B, "Cardiovascularmorbidity and mortality associated with themetabolic syndrome" 24 (24): 683-689, 2001

    35 Farag NH, "Autonomic responses to psychological stress: The influence of menopausal status" 26 (26): 134-138, 2003

    36 Hausmann D, "Angiographically silent atherosclerosis detected by intravascular ultrasound in patients with familial hypercholesterolemia and familial combined hyperlipidemia: correlation with high density lipoproteins" 27 : 1562-1570, 1996

    37 Grundy SM, "American Heart Association; National Heart, Lung, and Blood Institute: Diagnosis and management of the metabolic syndrome: an American Heart Association/National Heart, Lung" 112 (112): 2735-2752, 2005

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