新方法提高生物製氫能力

據外國媒體報道：圖爾庫大學和芬蘭VTTjishuyanjiuzhongxindeyixianglianheyanjiubiaoming，tongguojiangxibaofuzhezaitoumingdenamixianweisubomoshang
，keyixianzhetigaoguangheweishengwuxibaocongtaiyangnengchanshengshengwuqingdenengli。gaifangfayeyouwangzengqiangweizaoxibaoshengchanqitashengwuhuaxuewuzhi。jieguofabiaozaizhumingdeqikan《Journal of Materials Chemistry A》上。

圖爾庫大學分子植物生物學副教授Yagut Allahverdiyevajiqituanduiliyongguangheweizaohelanxijundegongzuobeirenweishizuiyouqiantudeshengwujingjifangshi。youyujiandandegongchengshengwumojiegou，guanghezuoyongbuhuodetaiyangnengkeyiyiyouxiaoheshoukongdefangshidaorusuoxudezuizhongchanpin。

這zhe項xiang研yan究jiu的de關guan鍵jian點dian在zai於yu固gu定ding細xi胞bao，即ji將jiang細xi胞bao結jie合he到dao凝ning膠jiao樣yang物wu質zhi的de表biao麵mian內nei或huo表biao麵mian上shang
，由you此ci細xi胞bao代dai謝xie從cong微wei生sheng物wu的de生sheng長chang繁fan殖zhi轉zhuan變bian為wei所suo需xu化hua合he物wu的de生sheng成cheng。與yu細xi胞bao在zai生sheng長chang培pei養yang基ji中zhong的de正zheng常chang培pei養yang相xiang比bi，細xi胞bao附fu著zhe在zai薄bo的de透tou明ming薄bo膜mo上shang顯xian著zhe減jian少shao了le光guang能neng的de損sun失shi。適shi合he固gu定ding的de材cai料liao必bi須xu是shi多duo孔kong的de
，透tou明ming的de，耐nai水shui的de，並bing且qie與yu藻zao細xi胞bao具ju有you生sheng物wu相xiang容rong性xing。

namixianweimofuhesuoyouzhexieyaoqiu。tashiqijinshiyongdecailiaodeyouxiaotidaipin

，juyouxiangduiyouxiudejixienaijiuxinghejiaogaodekongxilv。gaiyanjiujieshilenamixianweisuyuchanqinglvzaohelanzaodegaoxiangrongxing。lingwai，namixianweisumodelvzaoxibaodeqingchanliangmingxiangaoyushiyongzaosuanyanshidechanqingliang。

更(geng)重(zhong)要(yao)的(de)是(shi)，從(cong)納(na)米(mi)纖(xian)維(wei)素(su)薄(bo)膜(mo)中(zhong)釋(shi)放(fang)大(da)於(yu)氫(qing)的(de)分(fen)子(zi)可(ke)以(yi)通(tong)過(guo)最(zui)佳(jia)的(de)孔(kong)結(jie)構(gou)來(lai)促(cu)進(jin)，這(zhe)種(zhong)結(jie)構(gou)將(jiang)用(yong)於(yu)未(wei)來(lai)生(sheng)產(chan)工(gong)業(ye)所(suo)需(xu)的(de)其(qi)他(ta)生(sheng)化(hua)物(wu)質(zhi)，如(ru)碳(tan)氫(qing)化(hua)合(he)物(wu)或(huo)萜(tie)烯(xi)。

該研究獲得了Novo Nordisk基金會的支持
，作者為AMJämsä，S. Kosourov，V. Rissanen，M. Hakalahti，J. Pere，J. Ketoja
，T. Tammelin
，Y. Allahverdiyeva。論文標題為：Versatile templates from cellulose nanofibrils for photosynthetic microbial biofuel production. http://doi.org/10.1039/C7TA11164A