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Articles published in Journal of Novel Physiotherapies have been cited by esteemed scholars and scientists all around the world. Journal of Novel Physiotherapies has got h-index 21, which means every article in Journal of Novel Physiotherapies has got 21 average citations.
Following are the list of articles that have cited the articles published in Journal of Novel Physiotherapies.
| 2024 | 2023 | 2022 | 2021 | 2020 | 2019 | 2018 | 2017 | 2016 | |
|---|---|---|---|---|---|---|---|---|---|
Total published articles |
90 | 96 | 59 | 60 | 27 | 28 | 33 | 56 | 50 |
Research, Review articles and Editorials |
43 | 80 | 27 | 11 | 11 | 16 | 0 | 0 | 0 |
Research communications, Review communications, Editorial communications, Case reports and Commentary |
2 | 8 | 6 | 8 | 5 | 2 | 0 | 0 | 0 |
Conference proceedings |
0 | 2 | 0 | 0 | 0 | 0 | 106 | 139 | 165 |
Citations received as per Google Scholar, other indexing platforms and portals |
237 | 336 | 325 | 312 | 315 | 322 | 316 | 231 | 220 |
| Journal total citations count | 3145 |
| Journal impact factor | 4.86 |
| Journal 5 years impact factor | 7.24 |
| Journal cite score | 6.76 |
| Journal h-index | 21 |
| Journal h-index since 2019 | 16 |
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Tsubasa S, Imai R, Morioka M (2016) Efforts of Neuro Rehabilitation for Chronic Pain.In Japan Physical Therapy Academic Conference Vol. 43 Suppl. No. 1 (The 50th Annual Meeting of the Japan Physical Therapy Association National Academic Training Conference) Collection) 2016 Apr 20 (pp. 37-41). Public benefit organization The Japan Physical Therapy Association. |
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脙娄芒聙聯芒聙掳脙篓芒聙聰脗陇脙搂脗搂芒聜卢脙陇脗鹿芒聙鹿, 脙搂芒聙聺脗掳脙陇脗赂脗颅脙搂芒聙潞脗麓脙娄脗篓脗鹿 (2013) 脙拢芒聙職脗篓脙拢脝聮芒聙聹脙拢脝聮芒聙隆脙拢脝聮脗鲁脙拢芒聙職脗鹿脙拢脗聛脗芦脙楼脜赂脗潞脙拢脗聛脗楼脙拢脗聛脗聫脙娄脗颅脗漏脙篓脗隆脜聮脙搂脗聬芒聙聽脙楼脗颅脗娄脙搂芒聞垄芒聙職脙娄脗鲁芒聙垄 (脙拢芒聙職脗路脙拢脝聮脗鲁脙拢脝聮脗聺脙拢芒聙職脗赂脙拢芒聙職脗娄脙拢脝聮脗聽, 脙楼脗掳芒聙職脙漏芒聙聯芒聜卢脙漏脗聽脣聹脙楼脜赂脜赂脙搂脗聽芒聙聺脙搂脗漏脗露脙漏脝聮脗篓脙陇脗录脜隆脙搂脗楼脜戮脙搂脗碌脜聮脙搂脗聬芒聙聽脙楼脗颅脗娄脙搂芒聞垄芒聙職脙娄脗鲁芒聙垄脙搂芒聙掳脗鹿脙楼脣聠脗楼脙拢芒聙職脗禄脙拢脝聮脝聮脙拢芒聙職脗路脙拢脝聮脗搂脙拢脝聮脗鲁, 脙搂脗卢脗卢 48 脙楼芒聙潞脜戮脙娄芒聙聰脗楼脙娄脜聯脗卢脙搂脗聬芒聙聽脙楼脗颅脗娄脙搂芒聞垄芒聙職脙娄脗鲁芒聙垄脙楼脗颅脗娄脙篓脗隆芒聙聹脙楼脗陇脗搂脙陇脗录脜隆 (脙楼脗聬脗聧脙楼脗聫脗陇脙楼脗卤芒聙鹿)). 脙搂脗聬芒聙聽脙楼脗颅脗娄脙搂芒聞垄芒聙職脙娄脗鲁芒聙垄脙楼脗颅脗娄 40: 649-654. |
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ALa N, JCNa A, DSb N, TILa A, ETa K (2015) Research & Reviews: Journal of Medical and Health Sciences. |
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Yano H, Tanaka N, Kamibayashi K, Saitou H, Iwata H (2015) Development of a Portable Gait Rehabilitation System for Home-Visit Rehabilitation. The Scientific World Journal. |
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Hesse S, Schattat N, Mehrholz J, Werner C (2013) Evidence of end-effector based gait machines in gait rehabilitation after CNS lesion. NeuroRehabilitation 33: 77-84. |
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脙娄脗拢脗庐脙楼脗虏脗隆脙楼芒聙聵脗篓 (2013) 脙搂芒聙聯脗录脙搂芒聙聰芒聙潞脙搂脗聬芒聙聽脙楼脗颅脗娄脙搂芒聞垄芒聙職脙娄脗鲁芒聙垄脙拢脗聛脗庐脙搂脗聽芒聙聺脙搂脗漏脗露脙拢脝聮脣聠脙拢脝聮芒聙聺脙拢脝聮脝聮脙拢芒聙職脗炉脙拢芒聙職脗鹿 (脙楼脗陇脗搂脙陇脗录脜隆脙漏芒聙垄脗路脙陇脗录脗聛脙搂芒聙聺脗禄脙拢芒聙職脗路脙拢脝聮脗鲁脙拢脝聮脗聺脙拢芒聙職脗赂脙拢芒聙職脗娄脙拢脝聮脗聽, 脙搂脗卢脗卢 48 脙楼芒聙潞脜戮脙娄芒聙聰脗楼脙娄脜聯脗卢脙搂脗聬芒聙聽脙楼脗颅脗娄脙搂芒聞垄芒聙職脙娄脗鲁芒聙垄脙楼脗颅脗娄脙篓脗隆芒聙聹脙楼脗陇脗搂脙陇脗录脜隆 (脙楼脗聬脗聧脙楼脗聫脗陇脙楼脗卤芒聙鹿)). 脙搂脗聬芒聙聽脙楼脗颅脗娄脙搂芒聞垄芒聙職脙娄脗鲁芒聙垄脙楼脗颅脗娄 40: 513-518. |
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Morioka S, Nobusako S, Hirakawa Y, Osumi M, Imai R (2013) Neurorehabilitation of chronic pain: Relationships among pain, motion, and perception. Int J Phys Med Rehabil 1: 2. |
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Arazpour M, Samadian M, Ebrahimzadeh K, Bani MA, Hutchins SW (2016) The influence of orthosis options on walking parameters in spinal cord-injured patients: a literature review. Spinal cord 54: 412-422. |
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Arazpour M, Bani MA, Hutchins SW, Curran S, Javanshir MA, et al. (2014) Influence of orthotic gait training with powered hip orthosis on walking in paraplegic patients. Disability and Rehabilitation: Assistive Technology 9: 226-230. |
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Arazpour M, Hutchins SW, Bani MA (2014) The efficacy of powered orthoses on walking in persons with paraplegia. Prosthetics and orthotics international 18: 0309364613520031. |
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Huo W, Mohammed S, Moreno JC, Amirat Y (2016) Lower limb wearable robots for assistance and rehabilitation: A state of the art. IEEE Systems Journal 10: 1068-1081. |
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Yoshibumi B, Toshiaki S, Hiroyasu I (2016) 脙搂芒聙垄脗掳脙拢脗聛脗陋脙拢芒聙職芒聙鹿脙搂脗颅芒聙鹿脙楼脗聫脜陆脙搂脗赂脗庐脙楼脗录脗路脙楼脗潞脗娄脙拢芒聙職芒聙聶脙搂芒聙聺脗篓脙拢脗聛芒聙聻脙拢脗聛脜赂脙娄脗炉脗聧脙娄脜聮芒聙隆脙楼脗炉脗戮脙搂脗芦芒聙鹿脙漏脗聛芒聙鹿脙楼芒聙鹿芒聙垄脙拢芒聙職脗陇脙拢脝聮脗隆脙拢脝聮脗录脙拢芒聙職脗赂脙拢脗聛脜聮脙篓芒聙聻脜聽脙漏脗芦芒聙聻脙漏脗聛芒聙鹿脙楼芒聙鹿芒聙垄脙搂脗楼脜戮脙搂脗碌脜聮脙拢脗聛脗庐脙篓脣聠脣聠脙楼脗楼脗庐脙娄芒聜卢脗搂脙拢脗聛脗篓脙篓芒聙隆脗陋脙楼脗戮芒聙鹿脙搂脗楼脜戮脙搂脗碌脜聮脙娄脗麓脗禄脙楼芒聙鹿芒聙垄脙拢脗聛脗芦脙楼脗聫脜聽脙拢脗聛脗录脙拢脗聛芒聞垄脙楼脗陆脗卤脙漏脜赂脗驴. Rigakuryoho Kagaku 31. |
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脙娄芒聙聯芒聙隆脙漏芒聙隆脜陆脙陇脗陆脗聫脙娄芒聙聯芒聙隆, 脙漏脣聠脗麓脙娄脜聯脗篓脙陇脗驴脜聽脙娄脣聹脜陆, 脙楼脗虏脗漏脙娄脜聯脣聠脙楼脗庐脗聫脙娄脗鲁脗掳 (2016) 脙漏脗聛芒聙鹿脙楼芒聙鹿芒聙垄脙拢芒聙職脗陇脙拢脝聮脗隆脙拢脝聮脗录脙拢芒聙職脗赂脙拢脗聛脜聮脙篓芒聙聻脜聽脙漏脗芦芒聙聻脙漏脗聛芒聙鹿脙楼芒聙鹿芒聙垄脙搂脗楼脜戮脙搂脗碌脜聮脙拢脗聛脗庐脙篓脣聠脣聠脙楼脗楼脗庐脙娄芒聜卢脗搂脙拢脗聛脜聽脙拢芒聙職脣聠脙拢脗聛脗鲁脙篓芒聙隆脗陋脙楼脗戮芒聙鹿脙搂脗楼脜戮脙搂脗碌脜聮脙娄脗麓脗禄脙楼芒聙鹿芒聙垄脙拢脗聛脗芦脙楼脗聫脜聽脙拢脗聛脗录脙拢脗聛芒聞垄脙楼脗陆脗卤脙漏脜赂脗驴. 脙漏芒聙聯脗垄脙篓脗楼脗驴脙搂脗聬芒聙聽脙楼脗颅脗娄脙搂芒聞垄芒聙職脙娄脗鲁芒聙垄 16: 31-36. |
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Zhang Z, Yang Q, Leng Y, Yang Y, Ge S (2015) Classification of intention understanding using EEG-NIRS bimodal system. InWavelet Active Media Technology and Information Processing (ICCWAMTIP), 2015 12th International Computer Conference, IEEE. |
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Sun HC (2015) The neural basis of visual material properties in the human brain (Doctoral dissertation, University of Birmingham). |
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脙娄芒聙聯芒聙隆脙漏芒聙隆脜陆脙陇脗陆脗聫脙娄芒聙聯芒聙隆, 脙漏脣聠脗麓脙娄脜聯脗篓脙陇脗驴脜聽脙娄脣聹脜陆, 脙楼脗虏脗漏脙娄脜聯脣聠脙楼脗庐脗聫脙娄脗鲁脗掳 (2016) 脙搂芒聙垄脗掳脙拢脗聛脗陋脙拢芒聙職芒聙鹿脙搂脗颅芒聙鹿脙楼脗聫脜陆脙搂脗赂脗庐脙楼脗录脗路脙楼脗潞脗娄脙拢芒聙職芒聙聶脙搂芒聙聺脗篓脙拢脗聛芒聙聻脙拢脗聛脜赂脙娄脗炉脗聧脙娄脜聮芒聙隆脙楼脗炉脗戮脙搂脗芦芒聙鹿脙漏脗聛芒聙鹿脙楼芒聙鹿芒聙垄脙拢芒聙職脗陇脙拢脝聮脗隆脙拢脝聮脗录脙拢芒聙職脗赂脙拢脗聛脜聮脙篓芒聙聻脜聽脙漏脗芦芒聙聻脙漏脗聛芒聙鹿脙楼芒聙鹿芒聙垄脙搂脗楼脜戮脙搂脗碌脜聮脙拢脗聛脗庐脙篓脣聠脣聠脙楼脗楼脗庐脙娄芒聜卢脗搂脙拢脗聛脗篓脙篓芒聙隆脗陋脙楼脗戮芒聙鹿脙搂脗楼脜戮脙搂脗碌脜聮脙娄脗麓脗禄脙楼芒聙鹿芒聙垄脙拢脗聛脗芦脙楼脗聫脜聽脙拢脗聛脗录脙拢脗聛芒聞垄脙楼脗陆脗卤脙漏脜赂脗驴. 脙搂脗聬芒聙聽脙楼脗颅脗娄脙搂芒聞垄芒聙職脙娄脗鲁芒聙垄脙搂脗搂芒聙聵脙楼脗颅脗娄 31: 117-125. |
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Sun HC, Welchman AE, Chang DH, Di Luca M (2016) Look but don't touch: Visual cues to surface structure drive somatosensory cortex. Neuroimage 128: 353-361. |
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MA CC (2015) Effect of a Discomfort-脙垄芒聜卢脗聬Inducing Textured Insole on Balance and Gait (Doctoral dissertation, University of Illinois at Chicago). |
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Ma CC, Lee YJ, Chen B, Aruin AS (2016) Immediate and short-term effects of wearing a single textured insole on symmetry of stance and gait in healthy adults. Gait & Posture 49: 190-195. |
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Beffara B, Bret AG, Vermeulen N, Mermillod M (2016) Resting high frequency heart rate variability selectively predicts cooperative behavior. Physiology & behavior 164: 417-428. |
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