多信息融合、多物理属性集成的循经脏腑调理技术
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摘要
目的:利用多信息融合、多物理属性集成的循经脏腑调理技术,集成低频与负压的干预方法,实现调理效果优化、调理量的控制与调理反馈的精确服务。方法:低频负压循经脏腑调理仪。其创新设计包括:(1)叠加低频与负压的调理方法,可改善生物力学特性、增强穿透性、实现低频共振效应;(2)基于罐斑色彩反馈的自动控制,实现基于调理效果的时间自动控制;(3)基于形变-负压曲线实现的最优负压值选择;(4)基于低频与负压的循经调理与脏腑调理方法,配合辨证实现创新调理。筛选38例健康或疼痛样本进行实验观察。结果:比较传统罐疗单纯负压法,低频负压调理法形成的调理斑色彩更浅,实现的调理效果更好。依据样本动态的图像的数据与主观反馈,可实现调理时间与负压值的自动控制设计。结论:低频负压循经脏腑调理仪在调理机制、调理斑色彩、靶向性与调理时间、调理量的图像反馈方面实现了优化与创新,为精确定量调理提供实现方案。
Objective: By applying the multiple information integration skill, the innovative low frequency vibration coupled sub-pressure recuperate method expressed the advantage in recuperate effect, time span and sub-pressure value, suggest the capability to provide accurate recuperate service. Methods: An optimized device named ‘Low Frequency Vibration Coupled Sub-pressure Device'(LFVSPD) was developed. LFVSPD provide optimized solution including:(1)Low frequency coupled subpressure recuperates method to adjust biomechanical properties, elevate penetration abilities of tissues and capable to create resonance vibration with viscera, the effect could be suggested by color of cupping plaque.(2)Color based recuperation quantity feedback mechanism support the limitation setting in plaque color during recuperation.(3)Elastic deformation-sub-pressure based optimized sub-pressure value determination;(4)LFVSPD based two recuperate method, meridian and collateral recuperation method and viscera recuperation method, which could assist TCM dialectic conclusion and provide target recuperation. Thirty-eight health and pain subjects were enrolled to participate this trial. Results: Compare with traditional cupping therapy, LFVSPD would result in lighter plaque color and better subjective feelings. Based on the dynamic image data feedback mechanism, the recuperate time and sub pressure value could be automatically controlled. Conclusion: LFVSPD could provide optimized solution in recuperate mechanism, lighten plaque color, color based quantity control feedback and elastic deformation based optimized sub-pressure setting, provide optimized solution in quantify adjustable and targetable viscera recuperation.
Objective: By applying the multiple information integration skill, the innovative low frequency vibration coupled sub-pressure recuperate method expressed the advantage in recuperate effect, time span and sub-pressure value, suggest the capability to provide accurate recuperate service. Methods: An optimized device named ‘Low Frequency Vibration Coupled Sub-pressure Device'(LFVSPD) was developed. LFVSPD provide optimized solution including:(1)Low frequency coupled subpressure recuperates method to adjust biomechanical properties, elevate penetration abilities of tissues and capable to create resonance vibration with viscera, the effect could be suggested by color of cupping plaque.(2)Color based recuperation quantity feedback mechanism support the limitation setting in plaque color during recuperation.(3)Elastic deformation-sub-pressure based optimized sub-pressure value determination;(4)LFVSPD based two recuperate method, meridian and collateral recuperation method and viscera recuperation method, which could assist TCM dialectic conclusion and provide target recuperation. Thirty-eight health and pain subjects were enrolled to participate this trial. Results: Compare with traditional cupping therapy, LFVSPD would result in lighter plaque color and better subjective feelings. Based on the dynamic image data feedback mechanism, the recuperate time and sub pressure value could be automatically controlled. Conclusion: LFVSPD could provide optimized solution in recuperate mechanism, lighten plaque color, color based quantity control feedback and elastic deformation based optimized sub-pressure setting, provide optimized solution in quantify adjustable and targetable viscera recuperation.
引文
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[7]Subadi I,Nugraha B,Laswati H,et al.Pain relief with wet cupping therapy in rats is mediated by heat shock protein 70 and ssEndorphin.Iran J Med Sci,2017,42(4):384-391
[8]Liu Y.Cupping therapy for 103 cases of high fever due to infection of the upper respiratory tract.J Tradit Chin Med,2002,22(2):124-125
[9]Hong J,Fu M,Wang X,et al.Effects of cupping therapy on the pulmonary functions in asthmatic children.J Tradit Chin Med,2006,26(1):7
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[11]Akyol O,Erdemli H K.A new remedial approach to oxidant/antioxidant imbalance-based diseases:Wet-cupping therapy.Complement Ther Med,2015,23(4):633
[12]Chen B,Li M Y,Liu P D,et al.Alternative medicine:An update on cupping therapy.Q J M,2015,108(7):523-525
[13]Niu Xin,Yang Xue-zhi.Digitalize and quantify in the key technic of TCM auxiliary apparatus on combined use of four diagnostic method.World Science and Technology/Modernization of Traditional Chinese Medicine and Materia Medica,2011,13(1):64-69
[14]杨学智,司银楚.便携式四诊合参辅助诊疗仪医疗器械注册产品标准Q/140000BD001-2009,2009年1月发布
[15]中华人民共和国医疗器械注册证.注册证编号:晋食药监械(准)字2010第2270004号,有效期至2014年.二次注册证编号:YZB/晋0019-2014,有效期至2019年
[16]Nielsen A,Kligler B,Koll B S.Safety protocols for Gua sha(pressstroking)and Baguan(cupping).Complementary therapies in medicine,2012,20(5):340-344
[17]Li T,Li Y,Lin Y,et al.Significant and sustaining elevation of blood oxygen induced by Chinese cupping therapy as assessed by nearinfrared spectroscopy.Biomed Opt Express,2017,8(1):223-229
[18]崔帅,崔瑾.拔罐疗法的负压效应机制研究进展.针刺研究,2012,37(6):506-510
[19]Ma R,Zhu D,Gong H,et al.High-frequency and low-magnitude whole body vibration with rest days is more effective in improving skeletal micro-morphology and biomechanical properties in ovariectomised rodents.Hip Int,2012,22(2):218-226
[20]Blottner D,Salanova M,Püttmann B,et al.Human skeletal muscle structure and function preserved by vibration muscle exercise following 55 days of bed rest.European Journal of Applied Physiology,2006,97(3):261-271.doi:10.1007/s00421-006-0160-6
[21]Huigyun K,Kiyoung K,Dongwook K.The Effect of mechanical vibration stimulation of perception subthreshold on the muscle force and muscle reaction time of lower leg.Applied Bionics and Bi omechanics,2016,(2016-6-13),2016,2016(1):1-7
[22]Prisby R D,Lafage-Proust M H,Malaval L,et al.Effects of whole body vibration on the skeleton and other organ systems in man and animal models:what we know and what we need to know.Ageing Research Reviews,2008,7:319-329
[23]Hsiu H,Hsu W C,Hsu C L,et al.Acute microcirculatory responses induced by skin-surface vibration stimulation at a frequency near the heart rate.Biorheology,2012,49(1):15-25
[24]Uzdenskii A B.Biological action of super-low frequency magnetic fields:resonance mechanisms and their realization in cells.Biofizika,2000,45(5):888-893
[25]赵喜新,童伯瑛,王雪霞,等.时间和压力因素对拔罐罐斑颜色影响的初步观察.中国针灸,2009,29(5):385-388
[26]Hon K L,Luk D C,Leong K F,et al.Cupping therapy may be harmful for eczema:A Pub Med search.Case Rep Pediatr,2013,2013:1-3
[27]Benli A R,Aktas H.A complication of wet cupping therapy:vesiculobullous plaque on an erythematous base.J Integr Med,2017,15(3):252-254
[2]Bridgett R,Klose P,Duffield R,et al.Effects of cupping therapy in amateur and professional athletes:Systematic review of randomized controlled trials.J Altern Complement Med,2018,24(3):208-219
[3]Aleyeidi N A,Aseri K S,Matbouli S M,et al.Effects of wet-cupping on blood pressure in hypertensive patients:A randomized controlled trial.J Integr Med,2015,13(6):391-399
[4]Akbarzade M,Ghaemmaghami M,Yazdanpanahi Z,et al.Comparison of the effect of dry cupping therapy and acupressure at BL23 point on intensity of postpartum perineal pain based on the short form of mcgill pain questionnaire.J Reprod Infertil,2016,17(1):39-46
[5]蒋戈利,夏喜云,李坚将.三步针罐疗法治疗颈源性三叉神经痛的临床观察.中西医结合学报,2004(2):139-140
[6]Zhang Y J,Cao H J,Li X L,et al.Cupping therapy versus acupuncture for pain-related conditions:A systematic review of randomized controlled trials and trial sequential analysis.Chin Med,2017,12:21
[7]Subadi I,Nugraha B,Laswati H,et al.Pain relief with wet cupping therapy in rats is mediated by heat shock protein 70 and ssEndorphin.Iran J Med Sci,2017,42(4):384-391
[8]Liu Y.Cupping therapy for 103 cases of high fever due to infection of the upper respiratory tract.J Tradit Chin Med,2002,22(2):124-125
[9]Hong J,Fu M,Wang X,et al.Effects of cupping therapy on the pulmonary functions in asthmatic children.J Tradit Chin Med,2006,26(1):7
[10]Goodwin J,Mc Ivor R A.Alternative therapy:cupping for asthma.Chest,2011,139(2):475-476
[11]Akyol O,Erdemli H K.A new remedial approach to oxidant/antioxidant imbalance-based diseases:Wet-cupping therapy.Complement Ther Med,2015,23(4):633
[12]Chen B,Li M Y,Liu P D,et al.Alternative medicine:An update on cupping therapy.Q J M,2015,108(7):523-525
[13]Niu Xin,Yang Xue-zhi.Digitalize and quantify in the key technic of TCM auxiliary apparatus on combined use of four diagnostic method.World Science and Technology/Modernization of Traditional Chinese Medicine and Materia Medica,2011,13(1):64-69
[14]杨学智,司银楚.便携式四诊合参辅助诊疗仪医疗器械注册产品标准Q/140000BD001-2009,2009年1月发布
[15]中华人民共和国医疗器械注册证.注册证编号:晋食药监械(准)字2010第2270004号,有效期至2014年.二次注册证编号:YZB/晋0019-2014,有效期至2019年
[16]Nielsen A,Kligler B,Koll B S.Safety protocols for Gua sha(pressstroking)and Baguan(cupping).Complementary therapies in medicine,2012,20(5):340-344
[17]Li T,Li Y,Lin Y,et al.Significant and sustaining elevation of blood oxygen induced by Chinese cupping therapy as assessed by nearinfrared spectroscopy.Biomed Opt Express,2017,8(1):223-229
[18]崔帅,崔瑾.拔罐疗法的负压效应机制研究进展.针刺研究,2012,37(6):506-510
[19]Ma R,Zhu D,Gong H,et al.High-frequency and low-magnitude whole body vibration with rest days is more effective in improving skeletal micro-morphology and biomechanical properties in ovariectomised rodents.Hip Int,2012,22(2):218-226
[20]Blottner D,Salanova M,Püttmann B,et al.Human skeletal muscle structure and function preserved by vibration muscle exercise following 55 days of bed rest.European Journal of Applied Physiology,2006,97(3):261-271.doi:10.1007/s00421-006-0160-6
[21]Huigyun K,Kiyoung K,Dongwook K.The Effect of mechanical vibration stimulation of perception subthreshold on the muscle force and muscle reaction time of lower leg.Applied Bionics and Bi omechanics,2016,(2016-6-13),2016,2016(1):1-7
[22]Prisby R D,Lafage-Proust M H,Malaval L,et al.Effects of whole body vibration on the skeleton and other organ systems in man and animal models:what we know and what we need to know.Ageing Research Reviews,2008,7:319-329
[23]Hsiu H,Hsu W C,Hsu C L,et al.Acute microcirculatory responses induced by skin-surface vibration stimulation at a frequency near the heart rate.Biorheology,2012,49(1):15-25
[24]Uzdenskii A B.Biological action of super-low frequency magnetic fields:resonance mechanisms and their realization in cells.Biofizika,2000,45(5):888-893
[25]赵喜新,童伯瑛,王雪霞,等.时间和压力因素对拔罐罐斑颜色影响的初步观察.中国针灸,2009,29(5):385-388
[26]Hon K L,Luk D C,Leong K F,et al.Cupping therapy may be harmful for eczema:A Pub Med search.Case Rep Pediatr,2013,2013:1-3
[27]Benli A R,Aktas H.A complication of wet cupping therapy:vesiculobullous plaque on an erythematous base.J Integr Med,2017,15(3):252-254