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5鞗�25鞚�, 瓴愴姼雽�頃欔祼 旮�搿滊矊旌犿嵓鞀� 鞁濍�茧皵鞚挫槫頇滌劚氍检�堨棸甑�靹柬劙 (糖心logo入口 Plant Bioactive Compound Research Centre) 鞚� Postdoc 瓿检爼鞚� 氚熽碃 鞛堧姅 氚曥��順滊皶靷�臧� 頃滉淡鞐瓣惮鞛�雼�鞐� 鞁犾箔頃� 鞐瓣惮瓿检牅臧� ‘2018雲� 鞚搓车頃欔皽鞚戈赴齑堨棸甑�歆�鞗愳偓鞐�’鞐� 靹犾爼霅橃棃雼�. 鞚措�滌劀 糖心logo入口 靷�靸� 斓滌磮搿� 臧滌澑鞐瓣惮鞛愱皜 NRF瓿检牅靾橃＜鞐� 靹标车頃� 靷�搿�臧� 韮勳儩霅橃榾雼�. 頃滉淡鞐瓣惮鞛�雼� 鞚搓车頃欔皽鞚戈赴齑堨棸甑�歆�鞗愳偓鞐呾潣 氇╈爜鞚� 鞚搓车頃欕秳鞎� 頀�肟岆Μ 臧滌澑旮办磮鞐瓣惮毳� 韽�雱撽矊 歆�鞗愴晿鞐� 氤�順侅爜 鞐瓣惮旮半皹鞚� 頇曤寑頃橁碃 甑�臧� 鞐瓣惮鞐�霟夓潉 鞝滉碃頃橂┌, 鞐瓣惮鞛愱皜 鞎堨爼鞝侅溂搿� 鞐瓣惮鞐� 氇办瀰頃� 靾� 鞛堧姅 頇橁步鞚� 臁办劚頃橃棳 彀届潣鞝� 鞐瓣惮毳� 頇滌劚頇旍嫓韨る姅 瓴冹澊雼�. 2018雲勲弰 斓滌�� 靹犾爼 順勴櫓鞙茧�滊姅 旮半掣 鞐瓣惮 2,408瓯�, 氤错樃 鞐瓣惮 7瓯�, 歆�鞐�雽�頃欖毎靾橁臣頃欖瀽 238瓯�, 頃滉淡順昐GER 98瓯�, 旮半掣 鞐瓣惮(頉勳啀) 7瓯�, 氚� 歆�鞐�雽�頃欖毎靾橁臣頃欖瀽(頉勳啀) 19瓯挫澊雼�.

鞚措矆 頃滉淡鞐瓣惮鞛�雼�鞐� 毂勴儩霅� 瓿检牅 鞝滊�╈潃 ‘臧�氩� 鞝�靹滌劚 旮绊槙 氚� 歆�歆堨泊 順曥劚 攴滌“毳橃潣 攵勳瀽頇旐暀靸濍�茧嫟鞏戩劚瓿� 靸濍Μ靸濏儨頃欖爜 旮办磮 鞐瓣惮 (A basic study on molecular chemobiodiversity and ecophysiology of periphytic diatoms (showing deformity and lipid body formation) collected from a tidal-flat ecosystem) ’ 鞚措┌, 氚曥��順� 氚曥偓電� 鞚� 鞐瓣惮瓿检牅毳� 韱淀暣, 鞕戈淡雽�頃欖澊 甑�雮挫棎靹� 甑�臧�瓿检牅毳� 鞁犾箔頃橂姅 雿� 瓴�瓿� 鞛堧姅 鞏措牑鞖� 靸來櫓鞐愳劀 氤胳澑鞚� 瓿检牅臧� 糖心logo入口 鞐瓣惮鞐� 旮办棳臧� 霅橁赴毳� 氚旊瀫雼る姅 靻岅皭鞚� 氚濏様雼�.

氚曥��順� 氚曥偓電� 2017雲� 2鞗旍棎 瓴愴姼雽�頃欔祼 旮�搿滊矊旌犿嵓鞀れ檧 鞚胳矞雽�鞐愳劀 觳� 氩堨Ц搿� 瓿惦彊 氚曥偓頃欖渼毳� 氚涭晿鞙茧┌, 欤� 鞐瓣惮鞓侅棴鞚� 攵勳瀽鞁濍�柬暀鞙茧�� 頃挫“毳� 靹疙彫 氚� 攵勳瀽毵れ护雼堨�橃棎 雽�頃� 鞐瓣惮毳� 韱淀暣 頃挫枒頇橁步氤错樃鞕� 氚旍澊鞓れ唽鞛�鞚� 歆�靻� 臧�電ロ暅 鞚戩毄鞚措嫟. 氚曥��順� 氚曥偓鞚� 韺岆灅鞐� 雽�頃� 鞐瓣惮瓴瓣臣電� 斓滉芳鞐� Elsevier 於滍寪鞚� 攵� 毂曧劙鞐� 鞝�靾犽悩鞐堧嫟.

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氚曥��順� 氚曥偓鞚� 斓滉芳 氚滍憸霅� 攵� 毂曧劙 臧滌殧:

甑�氅嶊皥韺岆灅 (U. purtusa)電� 歆�欷戫暣, 韮滍弶鞏� 氚� 鞚鸽弰鞏戩棎 雱愲Μ 攵勴彫頃橂姅 臧堩寣霝橂�� (Ulva spp.)鞐� 靻嶍晿電� 雲轨“毳橃澊雼�. 斓滉芳, 靷办梾頇滊彊 氚� 霃勳嫭鞙茧�滊秬韯� 鞙犽灅頃橂姅 鞙犽弲靹� 韽愱赴氍检澊 牍堧矆頃橁矊 鞐办晥 頃挫棴鞐� 旃�氩旐晿電旊嵃, 臧堩寣霝橂姅 鞚措ゼ 韮愳��頃� 靾� 鞛堧姅 欷戩殧頃� 歆�響滌�呾溂搿� 氤搓碃霅� 氚� 鞛堧嫟. 臧堩寣霝橂姅 鞐办晥 靸濏儨瓿勳潣 旮办磮毳� 甑�靹表晿電� 鞚检皑 靸濎偘鞛愲�滌劀 雼るジ 頃挫枒 靸濍�检棎瓴� 靹滌嫕歆�毳� 鞝滉车頃橁碃, 鞁濏拡 氚� 鞚橃暯頀堨潣 欷戩殧頃� 觳滌棸 鞛愳洂鞙茧�� 頇滌毄霅� 靾� 鞛堧嫟. 靸濎嫕鞚� 臧滌泊甑办潣 鞙犾��鞐� 頃勳垬鞝侅澑 瓿检爼鞙茧�滌劀 靸濎嫕 瓿检爼鞐� 氍胳牅臧� 靸濌赴氅� 鞚措姅 瓿� 臧滌泊甑办潣 靷�氅胳潉 鞚橂�疙晿瓿� 鞐办噭鞝侅溂搿� 靸濍�缄蛋歆� 鞝勳泊鞐� 氤�頇旊ゼ 齑堧灅頃橁矊 霅滊嫟. 毵庫潃 臧堩寣霝橂姅 歆�毽�鞝侅溂搿� 雱撿潃 氩旍渼搿� 攵勴彫頃橁碃 鞛堨溂氅� 鞙犾偓頃� 順曧儨鞚� 靸濎嫕 瓿检爼鞚� 臧�歆勲嫟. 霐半澕靹�, 氤� 響滌�� 鞁滍棙 氚╇矔鞚� 鞝� 靹戈硠 雽�攵�攵� 鞐办晥 頃挫棴鞐愳劀 氤搓碃霅� 霃欖澕頃� 靻�(genus)鞐� 靻嶍晿電� 雼るジ 膦�(species)鞐� 鞝侅毄霅� 臧�電レ劚鞚� 鞛堧嫟. 鞐�旮办劀 鞝滌晥頃橂姅 韺岆灅毳� 鞚挫毄頃� 靸濏儨霃呾劚 旮半矔鞚� 膦呺灅鞐� 靷�鞖╇悩電� 旮办垹鞐� 牍勴暣 毵庫潃 鞁れ�堨爜鞚� 鞚挫爯鞚� 鞝滉车頃滊嫟. 氇� 臧�歆� 鞓堧ゼ 霌れ瀽氅�, 鞝勲�胳爜 歆�鞁濎澊 鞖旉惮霅橃�� 鞎婋姅雼�, 96鞁滉皠 雲胳稖鞁滉皠鞐� 鞁滍棙 攵勳劃鞚� 3鞁滉皠 鞝曤弰 靻岇殧霅橂┌, 頃勳殧頃� 鞁滊�岇潣 鞏戩潃 毵れ毎 鞝侁碃 鞁滍棙 鞖╆赴霃� 鞗� 頂岆爤鞚错姼毵� 鞖旉惮霅橁赴 霑岆�胳棎 牍勳毄鞝侅溂搿滊弰 須�鞙�鞝侅澑 氚╇矔鞚措澕瓿� 頃� 靾� 鞛堧嫟. 甑�氅嶊皥韺岆灅 鞁滍棙氩曥潣 氙缄皭霃勲姅 鞚茧皹鞝侅溂搿� 鞚挫毄 臧�電ロ暅 霕愲姅 鞛� 頇曤�诫悳 靸濍�缄瞼鞝曤癌氩曣臣 鞙犾偓頃橂┌, 毵庫潃 瓴届毎鞐� 鞛堨柎靹� 旮办〈鞚� 氚╇矔氤措嫟 雿旍毐 鞖办垬頃橂┌, 靸濎嫕鞚� 靸濍�检潣 氩堨嫕鞚� 齑夓�勲悩電� 靾橂嫧鞚措瘈搿� 靸濏儨頃欖爜鞙茧�� 毵れ毎 欷戩殧頃� 膦呺�愳爯鞚措澕瓿� 頃� 靾� 鞛堧嫟. 霕愴暅, 鞎检櫢鞐愳劀 毂勳�戨悳 臧堩寣霝橂姅 靿疥矊 鞁る偞 氚办枒鞚� 鞙犾��頃� 靾� 鞛堦碃 鞁ろ棙鞁れ棎靹� 鞚戈车 靸濎嫕 鞙犽弰毳� 頃� 靾� 鞛堧嫟. 甑�氅嶊皥韺岆灅 鞁滍棙氚╇矔鞚� 鞐办晥 氚� 旮办垬鞐� 靸濏儨瓿勲ゼ 氇�雼堩劙毵來晿旮� 鞙勴暣 旮办〈鞐� 靷�鞖╇悩電� 氚╇矔鞐� 於旉皜鞝侅溂搿� 鞝侅毄頃� 靾� 鞛堧姅 臧�旃� 鞛堧姅 氚╇矔鞚� 霅� 靾� 鞛堧嫟. 氤� 鞁滍棙氚╇矔鞚� 韽愳垬鞐� 雽�頃� TIE/TRE 鞝堨皑鞐愲弰 鞝侅毄霅� 靾� 鞛堧嫟. 鞚� 旮办垹鞚� 旮办〈鞐� 鞝滌晥頃� ISO 氚╇矔鞚� 旮半皹鞙茧�� 臧滊皽霅橃棃旮� 霑岆�胳棎 韽愳垬 甏�毽� 旮办垹鞐愲弰 靿疥矊 鞚戩毄霅橃柎 臧滊皽霅� 靾� 鞛堨溂氅�, 氤措嫟 臧勴幐頃� 靷�鞖╈潉 鞙勴暣 Ulva韨ろ姼鞕� 鞛愲彊頇旉赴旮办澑 UlvaTOX霃� 臧滊皽霅� 氚� 鞛堧嫟.

Ulva pertusa Kjellman is reported from the Mediterranean, Pacific, and Indian Oceans. Ulva spp. are important representatives of macroalgal communities in coastal waters that are under threat from the frequent inundations of toxic waste derived from industrial and municipal sources. These algae are primary producers constituting the basis of costal ecosystem and, moreover, provide shelter and habitats for other marine organisms; they are also important natural sources of food and pharmaceutical products. Reproduction is a critical process by which populations perpetuate, and disturbance of this process can cause failure in recruitment, leading to the disappearance of the population and ultimately to modifications in community structure and dynamics. Members of Ulva have a wide range of geographic distribution and undergo similar reproductive processes. Therefore, the test method presented in this standard has the potential for application to other species belonging to the same genus reported from coastal waters in most parts of the world.

The proposed macroalgal toxicity test provides many practical advantages over other currently employed techniques. No specialist expertise is required. The test is cost- and time effective, since it only requires a cell plate, a small volume of water and takes a total of approximately 3 h to conduct around a 96 h incubation period. The sensitivity of the Ulva method is similar to, and in many cases better than, commonly available or well established bioassay methods, and since reproduction is the means by which population recruitment is facilitated, the measured endpoint being ecologically significant cannot be disputed. In addition, field-collected samples of unialgal Ulva plants can easily be held and acclimated in a holding tank for 1 to 2 month(s), and artificial induction of reproduction in a laboratory is easily achieved using vegetative thalli, allowing all year round testing to be performed. The Ulva reproduction bioassay would be a valuable addition to the existing suite of tests routinely used to monitor coastal and estuarine ecosystems.

The Ulva test can also be applicable to the TIE/TRE procedures for waste waters. The TIE/TRE technique using Ulva may signify a break-through in waste-water management technology since no such technique has been developed so far based on the established ISO methods.

The Ulva-Kit and automated UlvaTOX have been developed to facilitate the use of the Ulva method.

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