PROBLEM TO BE SOLVED: To solve a problem in which in a conventional injection needle, a flow in injection and blood collection becomes a straight line, at injection and suction/discharge, not only frictional heat that becomes a super-minute oxidation factor is given to blood vessel of blood flow coming and going while performing spiral rotating but also an injection load is given.SOLUTION: An internal structure of an injection needle and a liquid injection suction and discharge outlet or a material thing mixing container is a structure as the injection needle, the liquid injection suction and discharge outlet or the material thing mixing container in the past, wherein a spiral rotation flow is given, thereby in blood vessel of blood flow, frictional heat becoming a super-minute oxidation factor is reduced, and clockwise spiral rotation is given toward an injection and drain direction at an inside wall of a liquid injection and a drainage groove in an injection needle and a liquid injection suction and discharge outlet or a material thing mixing container based on clockwise configuration of spiral rotation of DNA, spiral rotation of blood flow inside the body, river flow in the natural world, and clockwise providence of buckie in ecosystem, and thereby oxidation is reduced.COPYRIGHT: (C)2014,JPO&INPIT【課題】従来にある注射針は、注入および採血における流れが直線的になり、注入および吸排出時において、らせん回転しながら往来している血流の血管に超微細な酸化要因となる摩擦熱を与えるばかりか、注入負荷を与えることになる。【解決手段】本発明における注射針および液体注入吸排出口又は素材物混合容器の内部構造は、従来においては、注射針および液体注入吸排出口又は素材物混合容器としての構造であり、らせん回転の流れをもたせることで、血流の血管に超微細な酸化要因となる摩擦熱を軽減し生態系におけるDNAのらせん回転の右回り構成、体内の血流らせん回転、自然界の河川の流れ、巻貝の右回りの摂理をもとに、注射針および液体注入吸排出口又は素材物混合容器における液体の注入および排水溝内部壁に、注入排水方向に向かって右回りのらせん回転をもたせることで酸化を軽減させるようにしたものである。【選択図】図5
