7,303 research outputs found
Chun qiu yu tu
No full text顧復初輯.綫裝.匡21.6 x 15 公分, 11行25字, 小字雙行不等, 白口, 無魚尾, 四周單邊, 版心下刻"萬卷樓"《春秋大事表》内封題"乾隆十二年新鐫, 萬卷樓藏板", 其中"二"字或由"三"字剜改而成 ; 《春秋輿圖》内封題"乾隆十四年新鐫, 萬卷樓藏板".Xian zhuang.Kuang 21.6 x 15 gong fen, 11 hang 25 zi, xiao zi shuang xing bu deng, bai kou, wu yu wei, si zhou dan bian, ban xin xia ke"wan juan lou""Chun qiu da shi biao" nei feng ti "Qianlong shi er nian xin juan, wan juan lou cang ban", qi zhong "er" zi huo you "san" zi wan gai er cheng ; "Chun qiu yu tu" nei feng ti "Qianlong shi si nian xin juan, Wan juan lou cang ban".Gu Fuchu ji
Dr. Shiao-Chun Tu oral history interview and transcript
No full textThis recording and transcript form part of a collection of oral history interviews conducted by the Chao Center for Asian Studies at Rice University. This collection includes audio recordings and transcripts of interviews with Asian Americans native to or living in Houston.Dr. Shiao-Chun Tu was born in the Henan province, Nanyang City, China. Growing up, Tu was the youngest of his ten siblings. Half of his siblings, including himself, moved to Taiwan in 1949 at the end of the civil war in China; the other half remained in China. When Tu reunited with his family about thirty years later, he remarks that he never felt like they were strangers. His childhood memories include his mother who was a traditional type of mother, caring for the family and household. Tu also fondly comments on his father who was a national legislator, as well as his grandfather, a poor farmworker who emphasized generosity rather than fame and fortune.
Tu attended the prestigious National Taiwan University for his undergraduate education, receiving a B.S. in Agricultural Chemistry in 1966. Given the limited economic opportunities in Taiwan, he decided to pursue higher education in the US and went to Cornell University in Ithaca, New York, where he obtained a Master of Nutritional Science in Nutritional Biochemistry in 1969 and a Ph.D. in Biochemistry in 1973. At first, Tu struggled with English and had trouble keeping up in his courses when he moved to the US, but he improved his English by purposefully living with an older couple who had the patience to help him with the language. After Cornell, Tu became a postdoctoral research fellow at Harvard from 1973-1977. His wife takes credit for getting Tu the position after she met a professor from the institution on a flight who remembered Tu’s application because his wife had misspelled his name.
Having received a number of job offers following his fellowship at Harvard, Tu decided to come to the University of Houston where he began as an Assistant Professor, then Associate, Full Professor, Chair of the Department of Biochemical and Biophysical Sciences, and finally, Professor Emeritus. Tu states that he ultimately decided on University of Houston because he believed that he would have more impact and potential for growth there than another already well-established research institution. Tu’s research specialties include enzymology, learning how enzymes work, understanding its structure, and its chemical and physical mechanisms. He has received numerous honors, awards, and patents for his work, including co-founding a company with other colleagues called, VisiGen Biotechnologies, Inc. The company was founded to develop a way to expedite the process of determining the human genome DNA sequence better than the available technology at the time.
Tu has mentored many students, particularly Chinese and Asian students. He states that learning English is extremely important, and scientific communication involves writing not for yourself to understand, but for other persons to understand. He goes on to say that students should feel comfortable admitting when they don’t know something. To future generations of scientists, Tu states that they should be devoted and passionate about what they do as well as be truthful about their work. Tu also remarks that although he is a scientist, he believes that it is good for Asians to be involved in all disciplines and facets of society, such as public service, social science, and law
Chinese sexual symbolic art: The embodiment of the value and influence mechanism of Chun Gong Tu
No full textAs a typical representative of Chinese sex symbol art, Chun Gong Tu has unique expressive power and artistic value in terms of spatial layout, compositional elements and symbolic presentation. It embodies the visual aesthetic value, psychological aesthetic value and social value of sex symbol art through the portrayal of characters and environmental backgrounds, and is worthy of in-depth exploration. Based on the introduction of Chun Gong Tu, this paper conducts a quantitative study with the aim of providing a feasible path for the development of contemporary Chinese sex symbol art. The study concludes that Chinese sex art education can significantly and positively influence the interest and cultural identity of the audience, and that interest can further stimulate the cultural identity of the Chinese audience, thus promoting the dissemination and creation of sex symbol art in China
D'où viens-tu? : Pierre Chaumont, Dayna Danger, Chun Hua Catherine Dong
No full text"D’où viens-tu? [Where are you from?]: an exhibition with Pierre Chaumont, Dayna Danger and Chun Hua Catherine Dong at Art Mûr. An exhibition organized by Collectif 13, a group of UQAM art history students, presenting powerful works that address the body as political territory." -- Online press release
Wuhan shi jian zhen xiang tu
No full text春雷红衛兵.文字: 我陈再道 不怕中央革命! 武汉事件真相圖 ;下款: 春雷红衛兵绘 一九六七年十月五日宣 ; 印記: 毛泽东思想 红卫兵 春雷总部 .裝裱後高寬: 110 x 50 cm.Chun lei hong wei bing.Wen zi : Wo Chen Zaidao bu pa zhong yang ge ming! Wuhan shi jian zhen xiang tu ; Xia kuan : Chun lei hong wei bing hui 1967 nian 10 yue 5 ri xuan ; Yin ji : Mao Zedong si xiang hong wei bing chun lei zong bu.Zhuang biao hou gao kuan : 110 x 50 cm
Supplemental Material - High robustness does not always imply low uncertainty of treatment rankings: An empirical study of 60 network meta-analyses
No full textSupplemental Material for High robustness does not always imply low uncertainty of treatment rankings: An empirical study of 60 network meta-analyses by Yun-Chun Wu and Yu-Kang Tu in Research Methods in Medicine & Health Sciences</p
Acer sycopseoides Chun
No full textAcer sycopseoides Chun (1932:t. 3160). Type.— China. Guangxi [Kwangsi]: Luocheng Xian [Lu-chen-hsien], [Tia-Lian-Shan], elev. ca. 540 m, 25 May 1928, R. C. Ching 5336 (IBSC0436401, lectotype designated by Fang 1939; isolectotypes A00050491, CQNM0000975, K000640908, NAS00071821, NAS00071822, NAS00071823, NAS00071824, NY00337719, PE00023451, PE00023452). Note:—In the protologue, Chun (1932) cited a single gathering but did not specify the herbarium where the specimens are deposited. Ten duplicates are traced in herbaria A, CQNM, IBSC, K, NAS, NY and PE as listed above, and all are syntypes according to Art. 9.6 (Turland et al. 2018). When Fang (1939) wrote “type in Suny.”, he achieved to designate the lectotype for the name. The specimen IBSC043641 was previously deposited at Suny. (Abbreviation of Sun Yatsen University) and later transferred to IBSC, which bears both the title of Sun Yatsen University (in Chinese) at lower right and handwritten annotation by W. Y. Chun. In the handwritten annotation, Chun annotated in 1930 as “ Acer sycopseoides Chun, sp. nov. (Changed from A. pachyphyllu Chun, mss). Fragments deposited at Kew”, which means the specimen IBSC043641 was not the only specimen that Chun (1932) based to describe the species, and it is reasonable to be the lectotype designated by Fang (1939). It is clearly noted in the protologue (Chun 1932) that the author of this name was Chun (W. Y. Chun), and this is also supported by annotation on the lectotype, but the authorship was wrongly ascribed to F.Chun (Faith Chun or Shuzhen Chen; e.g. Xu et al. 2008).Published as part of Chen, Feng & He, Hai, 2022, The historical relics in Chongqing Natural History Museum: An annotated checklist of original materials for 37 names of Chinese seed plants, pp. 38-52 in Phytotaxa 530 (1) on page 46, DOI: 10.11646/phytotaxa.530.1.3, http://zenodo.org/record/582393
Structure-Function Relationship of Vibrio harveyi NADPH-Flavin Oxidoreductase FRP: Essential Residues Lys167 and Arg15 for NADPH Binding
No full textsj-pdf-1-vet-10.1177_03009858211069164 – Supplemental material for Morphological and immunohistochemical characterization and molecular classification of spontaneous mammary gland tumors in macropods
No full textSupplemental material, sj-pdf-1-vet-10.1177_03009858211069164 for Morphological and immunohistochemical characterization and molecular classification of spontaneous mammary gland tumors in macropods by Tu Chun Hsu, Michael M. Garner and Matti Kiupel in Veterinary Pathology</p
sj-tiff-2-vet-10.1177_03009858211069164 – Supplemental material for Morphological and immunohistochemical characterization and molecular classification of spontaneous mammary gland tumors in macropods
No full textSupplemental material, sj-tiff-2-vet-10.1177_03009858211069164 for Morphological and immunohistochemical characterization and molecular classification of spontaneous mammary gland tumors in macropods by Tu Chun Hsu, Michael M. Garner and Matti Kiupel in Veterinary Pathology</p
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