導棫峀搰戝妛 惗暔帒尮壢妛晹乮彲尨僉儍儞僷僗乯

偍抦傜偣topics

2022擭6寧24擔乮屌掕乯

尋媶幒乽懖嬈惗偺惡乿偺儁乕僕傪奐愝偟傑偟偨丅

2020擭9寧19擔乮屌掕乯

尋媶幒偺徯夘摦夋傪嶌傝傑偟偨乮崅峑惗偵傕懳墳丗5暘庛乯丅尋媶幒偺奣梫傪抦傝偨偄曽偼傑偢偼偙偪傜偐傜丅

2023擭5寧30擔 乮屌掕乯

嫵堳儘儞僌僀儞僞價儏乕偱徯夘婰帠傪彂偒傑偟偨 丅

2024擭12寧19擔

婇嬈岦偗嫵堢僙儈僫乕偱島墘乽榁壔偲價僞儈儞C乿傪峴偄傑偟偨丅

2024擭7寧18擔

搰崻導棫埨棃崅摍妛峑偱妛晹愢柧夛傪峴偄傑偟偨丅

2024擭6寧21擔

峀搰導棫奀揷崅摍妛峑偱柾媅島媊乽榁壔偭偰壗偩傠偆乣榁壔偐傜尒傞惗柦偺偟偔傒乣乿傪峴偄傑偟偨丅

2024擭6寧20擔

峀搰導棫悽梾崅摍妛峑偱柾媅島媊乽榁壔偭偰壗偩傠偆乣榁壔偐傜尒傞惗柦偺偟偔傒乣乿傪峴偄傑偟偨丅

2024擭6寧14擔

尋媶幒偱偺妶摦偑戝妛HP偱徯夘偝傟傑偟偨丅

2024擭6寧11擔

峀搰僶僀僆僥僋僲儘僕乕悇恑嫤媍夛 戞14夞web島墘夛偱島墘乽巁壔僗僩儗僗惂屼偲偄偆帇揰偐傜偺旂晢杊岇丄峈偑傫丄峈榁壔傪栚巜偟偨傾僾儘乕僠乿傪峴偄傑偟偨丅

2024擭4寧19擔

僉僲僐桼棃惉暘AOH(2-Aza-oxohypoxanthine)偺儊儔僯儞梷惂岠壥偵娭偡傞榑暥偑戝妛HP偱徯夘偝傟傑偟偨丅

2023擭10寧26擔

尋媶幒懳峈僜僼僩儃乕儖&BBQ戝夛2023偵嶲壛偟傑偟偨丅

2023擭10寧2擔

尋媶幒偺榑暥偑椷榓5擭搙導棫峀搰戝妛桪廏榑暥徿傪庴徿偟傑偟偨丅

2023擭9寧25擔

峀搰暥嫵戝妛晬懏崅峑偱柾媅島媊傪峴偄傑偟偨丅

2023擭5寧12擔

2-Aza-oxohypoxanthine偵娭偡傞嫟摨尋媶惉壥偺堦晹偑擔杮棳捠宱嵪怴暦乮2023擭4寧27擔丒5寧4擔崌暪崋乮戞14柺乯乯偵宖嵹偝傟傑偟偨丅

2023擭3寧2擔

榑暥乮Combined treatment with dissolved hydrogen molecule and platinum nanocolloid exerts carcinostatic/carcinocidal effects by increasing hydrogen peroxide generation and cell death in the human gastric cancer cell line NUGC-4, Free Radic Res. 2021, 55(3):211-220乯偑椷榓係擭搙 導棫峀搰戝妛桪廏榑暥徿傪庴徿偟傑偟偨丅

2023擭1寧31擔

嵶朎榁壔偵娭偡傞憤愢偑寧姧嵶朎乮摿廤僙僲儕僥傿僋僗乯偵宖嵹偝傟丄戝妛HP偵宖嵹偝傟傑偟偨丅

2022擭11寧24擔

戝妛HP崅戝楢実乽惗柦壢妛乿亊乽嶰師崅摍妛峑乿偱崅戝楢実偺條巕偑徯夘偝傟傑偟偨丅

2022擭10寧27擔

戝妛HP 尋媶幒妛惗偵傛傞3擭惗庼嬈徯夘偱嵶朎丒惗懱婡擻妛偑徯夘偝傟傑偟偨丅

2022擭10寧20擔

戝妛HP偱懖嬈惗偺惡亅釼摗尋偺懖嬈惗(4)偑徯夘偝傟傑偟偨丅

2022擭8寧22擔

椷榓4擭搙彲尨僉儍儞僷僗岞奐島嵗乽棟宯傪栚巜偡偁側偨傊乿偱B4偺妏旜偝傫偑敪昞傪峴偄傑偟偨丅

2022擭8寧3擔

戝妛HP偱懖嬈惗偺惡亅釼摗尋偺懖嬈惗(3)偑徯夘偝傟傑偟偨丅

2022擭7寧24擔

僆乕僾儞僉儍儞僷僗偱尋媶幒奐曻傪峴偄傑偟偨丅 懡偔偺偛棃幒偁傝偑偲偆偛偞偄傑偟偨丅

2022擭7寧4擔

戝妛HP偱懖嬈惗偺惡亅釼摗尋偺懖嬈惗(2)偑徯夘偝傟傑偟偨丅

2022擭6寧24擔

戝妛HP偱懖嬈惗偺惡亅釼摗尋偺懖嬈惗(1)偑徯夘偝傟傑偟偨丅

2022擭6寧8擔

尋媶幒偱偺3擭惗妛惗幚尡偺條巕偑戝妛HP偱徯夘偝傟傑偟偨丅

2022擭6寧5擔

悈慺偵傛傞帟廃昦娚榓偺壜擻惈偵娭偡傞尋媶偑Molecular and Cellular Biochemistry帍偵宖嵹偝傟丄戝妛HP偵宖嵹偝傟傑偟偨丅

2022擭5寧6擔

尋媶幒廋椆惗偺扟懞偔傫偺惡偑戝妛HP偵宖嵹偝傟傑偟偨丅

2021擭10寧25擔

尋媶幒妛惗偵傛傞妛惗僉儍儞僷僗儔僀僼徯夘偑戝妛HP偵宖嵹偝傟傑偟偨丅

2021擭9寧30擔

旂晢嵶朎偺僸傾儖儘儞巁嶻惗懀恑岠壥偵娭偡傞嫟摨尋媶惉壥偑C&T帍(2021擭9寧15擔崋:No.189崋)偵宖嵹偝傟傑偟偨(廡姧徬嬈僆儞儔僀儞斉偵傕宖嵹偝傟傑偟偨)丅

2021擭9寧13擔

旂晢嵶朎傊偺僗僩儗僗彎奞偵懳偡傞暘巕忬悈慺偺桳岠惈偵娭偡傞尋媶偑Molecular and Cellular Biochemistry帍偵宖嵹偝傟丄戝妛HP偱徯夘偝傟傑偟偨丅

2021擭8寧12擔

旂晢嵶朎偺僸傾儖儘儞巁嶻惗懀恑岠壥偵娭偡傞嫟摨尋媶惉壥偑擔杮棳捠宱嵪怴暦8寧5擔丒8寧12擔崌暪崋偱徯夘偝傟傑偟偨丅

2021擭7寧18擔, 8寧12擔

2021擭搙WEB僆乕僾儞僉儍儞僷僗偱尋媶幒奐曻傪峴偄傑偟偨丅

2021擭7寧7擔

偑傫嵶朎偵懳偡傞悈慺偲敀嬥僫僲僐儘僀僪偺暪梡岠壥偵娭偡傞尋媶偑Free Radical Research帍偵宖嵹偝傟丄戝妛HP偱徯夘偝傟傑偟偨丅

2021擭3寧15擔

旂晢嵶朎偵懳偡傞僼儔乕儗儞偺桳岠惈偵娭偡傞尋媶惉壥偺堦晹偑Journal of Nanoscience and Nanotechnology帍偵宖嵹偝傟丄戝妛HP偱徯夘偝傟傑偟偨丅

2020擭9寧19擔

尋媶幒偺徯夘摦夋傪嶌傝傑偟偨丅

2020擭9寧12,13擔

彲尨僉儍儞僷僗WEB僆乕僾儞僉儍儞僷僗2020偵嶲壛偟傑偟偨丅

2020擭8寧8擔

尋媶幒偺條巕偑丄戝妛HP乽惗柦壢妛僐乕僗尋媶幒偺條巕乿偱徯夘偝傟傑偟偨丅

2020擭5寧30擔

傾僗僐儖價儞巁偵娭偡傞尋媶惉壥偺堦晹偑Molecular and Cellular Biochemistry帍偵宖嵹偝傟丄戝妛HP偱徯夘偝傟傑偟偨丅

2020擭5寧1擔

尋媶幒偺庢傝慻傒偑乽偗傫傂傠亊SDGs乿偲偟偰戝妛HP偱徯夘偝傟傑偟偨丅

2019擭11寧13擔

壀嶳導棫嬍搰崅摍妛峑偺奆偝傫偑棃妛丄尋媶幒偺尒妛丒愢柧傪峴偄傑偟偨丅

2019擭10寧30擔

垽昋導棫扥尨崅摍妛峑偺奆偝傫偑棃妛丄乽惗暔妛嘦乿偺庼嬈傪挳島偟傑偟偨丅

2019擭10寧26擔

導戝傊峴偙偆in敀梜嵺偵偰庼嬈岞奐乽惗柦壢妛幚尡乿傪峴偄傑偟偨丅

2019擭10寧23擔

惗柦壢妛壢 尋媶幒懳峈僜僼僩儃乕儖戝夛偵嶲愴偟傑偟偨丅

2019擭8寧10擔

僆乕僾儞僉儍儞僷僗乮彲尨僉儍儞僷僗乯偱尋媶幒奐曻乽擔從偗偺尨場儊儔僯儞怓慺傪尒偰傒傛偆両乿傪峴偄傑偟偨丅懡偔偺偛棃応桳擄偆偛偞偄傑偟偨丅

2019擭7寧27擔

崅戝楢実岞奐島嵗乽惗柦壢妛乣抧堟丒幮夛傊偺娨尦乣乿偱島媊傪峴偄傑偟偨丅乮導棫峀搰戝妛峀搰僉儍儞僷僗乯

2019擭3寧1擔

2019擭搙偺導棫峀搰戝妛摨憢夛夛曬乮戞14崋乯偱尋媶幒偑徯夘偝傟傑偟偨丅

2019擭1寧16擔

戝妛HP 乽彲尨僉儍儞僷僗偺妛惗惗妶亅尋媶幒偱偺妝偟傒乿偱尋媶幒偺妶摦偺1偮偑徯夘偝傟傑偟偨丅

2018擭10寧18擔

導棫峀崅摍妛峑偱柾媅島媊傪峴偄傑偟偨丅

2018擭8寧1擔

戝妛HP 導戝儕僒乕僠Now!乽榁壔嵶朎偺怴偨側摿挜傪敪尒乿偱尋媶幒偺庢傝慻傒偺1偮偑徯夘偝傟傑偟偨丅

2018擭2寧14擔

戝妛HP丂乽惗柦娐嫬妛晹偺妶摦徯夘乿偱変乆偺尋媶惉壥偑徯夘偝傟傑偟偨丅

2018擭侾寧23擔

戝妛HP丂乽惗柦壢妛壢偄偒傕偺敪尒両#13乿偱変乆偺尋媶傪巟偊傞僸僩攟梴嵶朎偑徯夘偝傟傑偟偨丅

2017擭11寧10擔

偊傫偠偂側乮峀搰斉乯2017擭12寧崋偵僗僉儞働傾偵娭偡傞僀儞僞價儏乕婰帠偑宖嵹偝傟傑偟偨丅

2017擭6寧

戝妛埬撪(2018)偱扴摉島媊乮惗懱婡擻妛乯偑徯夘偝傟傑偟偨丅

2016擭9寧16擔

尋媶惉壥偺堦晹偑@Press丄挬擔怴暦DIGITAL摍偱徯夘偝傟傑偟偨丅

2016擭8寧7擔

僆乕僾儞僉儍儞僷僗偱柾媅島媊傪峴偄傑偟偨丅

2015擭7寧30擔

J Photochem Photobiol B. 偵宖嵹偝傟偨榑暥(Saitoh Y, Miyanishi A, Mizuno H, Kato S, Aoshima H, Kokubo K, Miwa N, Super-highly hydroxylated fullerene derivative protects human keratinocytes from UV-induced cell injuries together with the decreases in intracellular ROS generation and DNA damages. 2011 Jan 10;102(1):69-76.)偑僐僗儌丒僶僀僆妛弍榑暥徿(Cosmo Bio Award)丂傪庴徿偟傑偟偨丅

2015擭7寧25擔

暯惉27擭搙崅戝楢実岞奐島嵗乮峀搰僉儍儞僷僗乯偵偰崅峑惗傪懳徾偲偟偨島墘傪峴偄傑偟偨丅乣変乆偺惗妶傪巟偊傞惗柦壢妛乣乽妶惈巁慺偵拝栚偟偨壔徬昳丄峈榁壔尋媶乿

2015擭3寧31擔,4寧1擔

尋媶惉壥偺堦晹偑PRTIMES偍傛傃旤梕宱嵪怴暦偱徯夘偝傟傑偟偨丅

2014擭3寧24擔

Molecular and Cellular Biochemistry偵宖嵹偝傟偨榑暥乮Saitoh Y, Morishita
A, Mito S, Tsujiya T, Miwa N. Senescence-induced increases in
intracellular oxidative stress and enhancement of the need for ascorbic
acid in human fibroblasts. Mol Cell Biochem. 2013, 380(1-2):129-141. doi:
 10.1007/s11010-013-1666-y.乯偑丆奀奜偱塣塩偝傟偰偄傞堛妛丒惗暔妛宯偺忣曬僒僀僩Global Medical Discovery [ISSN 1929-8536]偺Key Scientific Article偵慖弌偝傟丄摨HP偵宖嵹偝傟傑偟偨乮2014擭3寧21擔晅乯丅

2013擭9寧12擔

儔儃偺HP傪奐愝偟傑偟偨丅

2013擭6寧25擔

導棫峀搰戝妛彲尨巗柉岞奐島嵗乽乬傢偨偟乭傪壢妛偡傞乿偱島墘傪峴偄傑偟偨丅

2011擭7寧5擔

RCC僯儏乕僗6偱尋媶撪梕偺堦晹偑徯夘偝傟傑偟偨丅

2011擭係寧侾擔

嵶朎婡擻惂屼妛尋媶幒乮釼摗尋媶幒乯傪棫偪忋偘傑偟偨丅