研究者学術情報データベース

タナカタカヒロ
田中貴大
TANAKA TAKAHIRO

所属総合科学技術研究機構

職名専門研究員

論文
1.	2023/07	Vortex structure and fluid force changed by altering whole-body kinematic parameters during underwater undulatory swimming. │ Sports biomechanics │ ,1-14 (共著)
2.	2022	Competitive-level differences in trunk and foot kinematics of underwater undulatory swimming │ Environmental Research and Public Health │ 19 (7),3998 (共著)
3.	2022	Point prevalence of the biomechanical dimension of dysfunctional breathing patterns among competitive athletes │ Journal of Strength and Conditioning Research │ (共著)
4.	2022	The large and strong vortex around the trunk and behind the swimmer is associated with great performance in underwater undulatory swimming │ Journal of Human Kinetics │ 84,64-73頁 (共著)
5.	2022	競泳短距離種目の記録向上のための7つの方略−スタート局面に関する科学的知見により探る− │ 月間水泳 │ 12 (共著)
6.	2021	Association between patellar tendon moment arm and running performance in endurance runners │ Physiological Reports │ 9 (15),e14981 (共著)
7.	2021	Association between plantar flexor muscle volume and dorsiflexion flexibility in healthy young males: ultrasonography and magnetic resonance imaging studies │ BMC Sports Science, Medicine and Rehabilitation │ 13 (1),8 (共著)
8.	2021	No Correlation between plantar flexor muscle volume and sprint performance in sprinters │ Frontiers in Sports and Active Living │ 3,671248 (共著)
9.	2021	Relationship of the knee extensor strength but not the quadriceps femoris muscularity with sprint performance in sprinters: a reexamination and extension │ BMC Sports Science, Medicine and Rehabilitation │ 13 (1),67 (共著)
10.	2021	Trunk and lower limb muscularity in sprinters: what are the specific muscles for superior sprint performance? │ BMC Research Notes │ 14 (1),74 (共著)
11.	2020	A pilot study on a potential relationship between leg bone length and sprint performance in sprinters; are there any event-related differences in 100-m and 400-m sprinters? │ BMC Research Notes │ 13 (1) (共著)
12.	2020	Achilles tendon length is not related to 100-m sprint time in sprinters │ 37 (1),30-35頁 (共著)
13.	2020	Calcaneus height is a key morphological factor of sprint performance in sprinters │ Scientific Reports │ 10 (1),15425 (共著)
14.	2020	競泳キックスタートにおける蹴り出しのタイミングがスタートパフォーマンスへ与える影響 │ 日本機械学会論文集 │ 86 (883),19-00392 (共著)
15.	2019	Characteristics of lower leg and foot muscle thicknesses in sprinters: Does greater foot muscles contribute to sprint performance? │ European Journal of Sport Science │ 19 (4),422-450頁 (共著)
16.	2018	A pilot study on the importance of forefoot bone length in male 400-m sprinters: is there a key morphological factor for superior long sprint performance? │ BMC Research Notes │ 11 (1),583-450頁 (共著)
17.	2018	Association between forefoot bone length and performance in male endurance runners │ 39 (4),275-281頁 (共著)
18.	2018	Potential relationship between passive plantar flexor stiffness and running performance │ Journal of Sports Medicine │ 39 (3),204-209頁 (共著)
19.	2018	Relationship between Achilles tendon length and running performance in well-trained male endurance runners │ Scandinavian Journal of Mecicine & Science in Sports │ 28 (2),446-451頁 (共著)
20.	2018	Specific adaptations of patellar and Achilles tendons in male sprinters and endurance runners │ 1 (3),104-109頁 (共著)
21.	2017	Relationship between the length of the forefoot bones and performance in male sprinters │ 27 (12),1673-1680頁 (共著)
22.	2017	The knee extensor moment arm is associated with performance in male sprinters │ European Journal of Applied Physiology │ 117 (3),533-539頁 (共著)
23.	2017	発達発育によるストロークパラメーターおよび局面タイムの変化とその男女差 │ 1,38-39頁 (共著)
24.	2016	Ischemic preconditioning enhances muscle endurance during sustained isometric exercise │ International Journal of Sports Medicine │ 37 (8),614-618頁 (共著)