Browsing by Issue Date, starting with "2012-11-18"
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Item type:Item, 稻田裡吃頓飯 美食新饗宴(2012-11-18) ;黃莉 ;Department of Communication and Technology傳播與科技學系如果將高級餐廳裡的精緻西式美食,搬至散發出土壤與草樹香氣的綠色鄉間小鎮中,會迸發出什麼樣的新火花呢?又會製造怎樣的視覺衝突?讓我們一起看下去。Item type:Item, 學費漲聲起(2012-11-18) ;楊敦元 ;Department of Communication and Technology傳播與科技學系教育部在10月26號提出常態性大專學校學雜費調整方案,引發各界的反彈聲浪不斷。原定於11月7號的北區公聽會,也在舉行的前一天臨時取消。但各地的學生團體與勞工團體仍然前往抗議,並要求教育部部長撤回此草案。Item type:Item, 遇見蘇格拉底 辯證成功(2012-11-18) ;姜藍茵 ;Department of Communication and Technology傳播與科技學系人的一生當中有幾次容光煥發,也有幾次失意落寞。在沉浮之中找尋自我的定位、追求所謂的「成功」。電影《深夜加油站遇見蘇格拉底》改編自真人真事,描述體操選手遇見智者,並改變他一生的故事。Item type:Item, 跟珍古德一同上街去郊遊(2012-11-18) ;柯佳妤 ;Department of Communication and Technology傳播與科技學系新竹市動物園和國際珍古德協會在11月10日舉行第二屆動物嘉年華,珍古德博士出現在新竹街頭,與一千五百位民眾一同為動物保育以及自然生態發聲。Item type:Item, 頻率捕捉者 阮安祖(2012-11-18) ;謝昌錡 ;Department of Communication and Technology傳播與科技學系一個外國人,講著一口流利的中文,手上常常拿著錄音器材,隨時紀錄台灣這塊土地的聲音,實在很難令人不去注意,這就是他──阮安祖,將台灣島上獨特的聲音與感動呈現給每個人。Item type:Item, 韓國音樂正夯 台灣接招(2012-11-18) ;朱寶欣 ;Department of Communication and Technology傳播與科技學系現在最當紅的音樂,莫過於韓國歌手Psy的〈江南Style〉了。這首騎馬舞在Youtube上超過5億的點擊率,使它成為全球最廣為人知的音樂。韓國的音樂已經成為一股風潮,成功地登陸東南亞地區,並迅速地蔓延至全球。Item type:Item, 資源回收 為地球盡一份心力(2012-11-18) ;張睿文 ;Department of Communication and Technology傳播與科技學系每個月的第二個星期天,慈濟功德會會在各站點地區的街頭巷口舉辦資源回收行動,不論有沒有加入慈濟功德會,都能一起幫忙,這不只是為社會服務,也為地球盡一份心力。Item type:Item, 竹東美食 心滋味(2012-11-18) ;簡瑋靜 ;Department of Communication and Technology傳播與科技學系品嘗美食,嗅聞著當地本土的味道,聽見當地人們熱情的喧鬧;品嘗著不只是美食,而是那暖暖的人情味。彭紹雲雖然不是竹東人,不過他在這家店、在這塊土地上所建立的飲食文化情感是真切的。他的堅持,幫助了當地文化的推廣。Item type:Item, Queen 不朽的英式搖滾(2012-11-18) ;陳儀澧 ;Department of Communication and Technology傳播與科技學系「我想出了『皇后』這個名字。它就是個名字而已,但顯然非常地華麗,聽來也很壯麗。是個響亮的名字,雖然很普遍,但卻也很直接。我相信它有著很廣泛的視覺潛力,同時也注入了各種各樣的詮釋。」 —Freddie MercuryItem type:Item, 用愛深耕這塊土地 洪惠冠(2012-11-18) ;賴巧純 ;Department of Communication and Technology傳播與科技學系洪惠冠深耕文化多年,並且在今年拿下廣播金鐘獎最佳社區節目主持人獎。多年來,她致力於新竹的文化推廣,目前為交通大學藝文中心主任,持續關心著各項公共事務。Item type:Item, 總編輯的話(2012-11-18) ;林伯勳 ;Department of Communication and Technology傳播與科技學系喀報148期共有17篇文章,不過在每一個欄目都有人發稿,可算是「稿量雖少,五臟俱全了。」當中圖片故事與人物佔了較高的比例。Item type:Item, 旅行帶給我的第一次(2012-11-18) ;龔霈鏵 ;Department of Communication and Technology傳播與科技學系如果我沒有踏出這一步,或許我就還在原地打轉,有些事情我們太視為理所當然,所以當我們經歷文化衝擊時,才會知道自己的無知。13個小時的飛行時間,對我而言是一次深具轉捩點的經驗。Item type:Item, 大城小愛 躲藏在市井之間(2012-11-18) ;張芮瑜 ;Department of Communication and Technology傳播與科技學系有關親情、友情、愛情,小小的愛充滿在大大的城市裡,使得小小的市井間,空間無限大了。Item type:Item, 勇於冒險 羅嘉合(2012-11-18) ;林芷瑩 ;Department of Communication and Technology傳播與科技學系羅嘉合,餐廳的老闆娘,四年前台灣打工度假正在發燒,她毅然決然拎起行李、買張機票,就飛去澳洲。是擁有什麼樣的勇氣?可以讓年輕的女生一個人也敢踏上陌生的國度?又是什麼樣的因緣際會讓她願意將在澳洲的經驗免費提供給大家?Item type:Item, 直搗內心 不寒而慄(2012-11-18) ;鄭姿筠 ;Department of Communication and Technology傳播與科技學系微笑的同時卻感到背脊發涼,整齣戲劇都讓人抱著糾結的心情和一股無法釋懷的壓力。這就是黑色幽默的《一、二、三,枕頭人》。殘酷、悲傷的故事將充斥腦中。貫徹全程的不寒而慄。Item type:Item, 痲瘋病友的家 樂生療養院(2012-11-18) ;薛世如 ;Department of Communication and Technology傳播與科技學系樂生療養院,台灣第一家以「集中營」方式隔離病人的痲瘋病院,造就了當時「聞癩色變」的年代;曾經,他們遵循政府政策,「以院為家,大德曰生」,如今,因新莊捷運機廠的興建,「家」的風貌早已今非昔比。Item type:Item, 拆解思考 何必理性(2012-11-18) ;白婞嫈 ;Department of Communication and Technology傳播與科技學系一顆蛋、兩顆蛋、三顆蛋、四顆蛋,接下來會是什麼?看著書的封面,不禁有了對封底的想像。《思考的藝術—52個非受迫性思考錯誤》要打破這些想像,引導讀者重新思考邏輯模式。Item type:Item, 流浪動物 最終的歸途(2012-11-18) ;高綮翊 ;Department of Communication and Technology傳播與科技學系曾幾何時,我們將這些生命視為髒亂的來源。當我們嫌棄牠們所帶來的麻煩時,我們應該想想,造成這些事情的人是誰。牠們的歸屬,應該是我們要負的責任。Item type:Item, Development of a Gd(III)-Based Receptor-Induced Magnetization Enhancement (RIME) Contrast Agent for beta-Glucuronidase Activity Profiling(2012-11-19) ;Chen, Shih-Hsien ;Kuo, Yu-Ting ;Singh, Gyan ;Cheng, Tian-LuSu, Yu-Zhengbeta-Glucuronidase is a key lysosomal enzyme and is often overexpressed in necrotic tumor masses. We report here the synthesis of a pro receptor induced magnetization enhancement (pro RIME) magnetic resonance imaging (MRI) contrast agent ([Gd(DOTA-FP beta Gu)]) for molecular imaging of beta-glucuronidase activity in tumor tissues. The contrast agent consists of two parts, a gadolinium complex and a beta-glucuronidase substrate (beta-D-glucopyranuronic acid). The binding association constant (K-A) of [Gd(DOTA-FP beta Gu)] is 7.42 X 10(2), which is significantly lower than that of a commercially available MS-325 (K-A = 3.0 x 10(4)) RIME contrast agent. The low K-A value of [Gd(DOTA-FP beta Gu)] is due to the pendant beta-D-glucopyranuronic acid moiety. Therefore, [Gd(DOTA-FP beta Gu)] can be used for detection of beta-glucuronidase through RIME modulation. The detail mechanism of enzymatic activation of [Gd(DOTA-FP beta Gu)] was elucidated by LC-MS. The kinetics of beta-glucuronidase catalyzed hydrolysis of [Eu(DOTA-FP beta Gu)] at pH 7.4 best fit the Miechalis-Menten kinetic mode with K-m = 1.38 mM, K-cat = 3.76 x 10(3), and k(cat)/K-m = 2.72 x 10(3) M-1 s(-1). The low K-m value indicates high affinity of beta-glucuronidase for [Gd(DOTA-FP beta Gu)] FP beta Gu) at physiological pH. Relaxometric studies revealed that T-1 relaxivity of [Gd(DOTA-FP beta Gu)] changes in response to the concentration of beta-glucuronidase. Consistent with the relaxometric studies, [Gd(DOTA-FP beta Gu)] showed significant change in MR image signal in the presence of beta-glucuronidase and HSA. In vitro and in vivo MR images demonstrated appreciable differences in signal enhancement in the cell lines and tumor xenografts in accordance to their expression levels of beta-glucuronidase. [GRAPHICS] .Item type:Item, Cationic Iridium Complexes with Intramolecular pi-pi Interaction and Enhanced Steric Hindrance for Solid-State Light-Emitting Electrochemical Cells(2012-11-19) ;Chen, Hsiao-Fan ;Hung, Wen-Yi ;Chen, Shou-Wei ;Wang, Ting-ChihLin, Shih-WeiCationic iridium complexes incorporated 4,5-diaza-9,9'-spirobifluorene as N<^>N ancillary ligands, in which one (2) or two (3) phenyl groups were introduced onto 4,5-diazafluorene to afford intraligand pi-pi interactions. The X-ray crystal structures of complexes 2 and 3 show that the pendant phenyl ring forms strong intramolecular face-to-face pi-stacking with the difluorophenyl ring of the cyclometalated ligand with distances of 3.38 angstrom for complex 2 and 3.40 and 3.46 angstrom for complex 3. This pi-pi stacking interaction minimizes the expansion of the metal ligand bonds in the excited state, resulting in a longer device lifetime in the light-emitting electrochemical cell (LEC) devices.