亚洲及大洋洲生物化学家和分子生物学家联盟(FAOBMB)执委会在北大举行

正2017年4月28日,亚洲及大洋洲生物化学家和分子生物学家联盟(Federation of Asian and Oceanian Biochemists and Molecular Biologists,缩写为FAOBMB;网页:http://faobmb.com/)执委会在北京大学未名湖畔的体斋Parkard会议室举行。FAOBMB的六位执委分别来自中国、日本、澳大利亚、新加坡、马来西亚和泰国。     

亚洲及大洋洲生物化学家和分子生物学家联盟(FAOBMB)执委会在北京大学举行

<正>2017年4月28日,亚洲及大洋洲生物化学家和分子生物学家联盟(Federation of Asian and Oceanian Biochemists and Molecular Biologists,缩写为FAOBMB)执委会在北京大学未名湖畔的体斋Parkard会议室举行。亚洲及大洋洲生物化学家和分子生物学家联盟的六位执委分别来自中国、日本、澳大利亚、新加坡、马来西亚和泰国。     

亚洲及大洋洲生物化学家和分子生物学家联盟(FAOBMB)执委会会议在深圳大学医学部举行

2019年3月1日,亚洲及大洋洲生物化学家和分子生物学家联盟(Federation of Asian and OceanianBiochemists and Molecular Biologists,缩写为FAOBMB)执委会会议在深圳大学医学部(西丽校区)举行。六位分别来自中国、日本、澳大利亚、菲律宾、马来西亚和泰国的亚洲及大洋洲生物化学家和分子生物学家联盟执委以及来自中国的三位观察员参加了会议。     

北京大学昌增益教授当选为亚洲及大洋洲生物化学家和分子生物学家联盟(FAOBMB)第十六任主席

<正>2015年10月10日,亚洲及大洋洲生物化学家与分子生物学家联盟(The Federation of Asian and Oceanian Biochemists and Molecular Biologists,简称为FAOBMB)下任主席选举揭晓,北京大学蛋白质科学中心主任、生命科学学院教授、科学史与科学哲学中心兼职教授昌增益博士当选第十六任主席。他将于2016     

北京大学昌增益教授当选为亚洲及大洋洲生物化学家和分子生物学家联盟(FAOBMB)第十六任主席

<正>2015年10月10日,亚洲及大洋洲生物化学家与分子生物学家联盟(The Federation of Asian and Oceanian Biochemists and Molecular Biologists,简称FAOBMB)下任主席选举揭晓,北京大学蛋白质科学中心主任、生命科学学院教授、科学史与科学哲学中心兼职教授昌增益博士当选第十六任主席。他将于2016年1月1日开始正式担任该国际学     

第21届国际生物化学与分子生物学联盟学术大会暨第12届亚洲大洋洲生物化学家与分子生物学家学术大会

第21届国际生物化学与分子生物学联盟（International Union of Biochemistry and Molecular Biology,IUBMB）学术大会暨第12届亚洲大洋洲生物化学家与分子生物学家（The Federation of Asian and Oceanian Biochemists and Molecular Biologists,FAOBMB）学术大会（简称2009年国际生化大会）将于2009年8月2—7日在上海召开。中国生物化学与分子生物学会和中国细胞生物学学会将共同主办这次盛会。     

国际生物化学与分子生物学大会将在上海召开

“21^stIUBMB and 12^th FAOBMB International Congress of Biochemistry and Molecular Biology”（第21届国际生物化学与分子生物学联盟学术大会暨第12届亚洲大洋洲生物化学家与分子生物学家学术大会,简称国际生化大会）将于2009年8月2～7日在上海国际会议中心召开。国际生化大会每3年举办1次,是国际生命科学研究领域最重要的序列会议之一,是首次在我国举办。中国生物化学与分子生物学会和中国细胞生物学学会将共同承办这次盛会。     

中国生物化学与分子生物学会代表团赴日本京都参加第20届国际生化大会和第11届亚洲大洋州生化大会

为大力宣传2009年在上海联合举办的“第21届国际生物化学与分子生物学联盟学术大会和第12届亚洲大洋洲生物化学家与分子生物学家联合会学术大会”（以下简称2009年国际生化大会）,以及向国际生物化学与分子生物学联盟（IUBMB）和亚洲大洋洲生物化学家与分子生物学家联合会（FAOBMB）执委会汇报商讨2009年国际生化大会的筹备情况,     

ORCID iD——科学家唯一身份认证标识码北大核心CSCD

ORCID（Open Research and Contributor ID,开放研究者和贡献者标识符）,创立于2010年,是一个非盈利的组织,具有开放性和国际性。ORCID是一套免费的、全球唯一的16位身份识别码,是研究者的学术身份证。它具有5个强大功能：（1）作者姓名消歧;（2）准确展示个人研究成果;（3）避免研究成果归属混乱;（4）提高数字环境下信息发现准确率;（5）信息服务效率。     

ORCID iD——科学家唯一身份认证标识码北大核心CSCD

ORCID（Open Research and Contributor i D,开放研究者和贡献者标识符）,创立于2010年,是一个非盈利的组织,具有开放性和国际性。ORCID是一套免费的、全球唯一的16位身份识别码,是研究者的学术身份证。它具有5个强大功能：（1）作者姓名消歧;（2）准确展示个人研究成果;（3）避免研究成果归属混乱;（4）提高数字环境下信息发现准确率;（5）信息服务效率。     

第十五届亚洲大洋洲生物化学家和分子生物学家联合会学术会议在北京召开

由中国生物化学与分子生物学会承办的第十五届亚洲大洋洲生物化学家和分子生物学家联合会(FAOBMB)学术会议于 2 0 0 0年 1 0月 2 1日至 2 4日在北京举行 .1 992年诺贝尔生理医学奖获得者、华盛顿大学 Edmond H.Fischer教授 ,1 997年诺贝尔化学奖获得者、洛杉矾加州大学 Paul D.Boyer教授 ,1 975年诺贝尔生理医学奖获得者、加州理工学院 David Baltimore教授 ,以及中国科学院院士、中国生物化学与分子生物学会理事长、中国科学院生物物理研究所邹承鲁教授等应邀作了大会报告 .另有二十多位活跃在生命科学前沿的来自亚洲大洋洲的生物化…     

ORCID iD——科学家唯一身份认证标识码北大核心CSCD

ORCID（Open Research and Contributor iD,开放研究者和贡献者标识符）,创立于2010年,是一个非盈利的组织,具有开放性和国际性。ORCID是一套免费的、全球唯一的16位身份识别码,是研究者的学术身份证。它具有5个强大功能：（1）作者姓名消歧;（2）准确展示个人研究成果;（3）避免研究成果归属混乱;（4）提高数字环境下信息发现准确率;（5）信息服务效率。     

河北医科大学郑斌博士获亚州大洋州生物化学家与分子生物学家学术大会青年科学家奖

于6月18—23日在日本京都召开的第20届国际生物化学与分子生物学联盟（IUBMB）学术大会和第11届亚州大洋州生物化学家与分子生物学家（FAOBMB）学术大会上,河北医科大学郑斌博士荣获第11届亚州大洋州生物化学家与分子生物学家联合会青年科学家奖。在这次大会上共有两位35岁以下的青年科学家获奖,除郑斌博士外,另一获奖是日本顺天堂大学的Masaaki Komatsu博士。在大会开幕式之后,     

Diversity and evolution of samara in angiosperm北大核心CSCD

Samara (winged fruit) can be dispersed easily by wind and may be a crucial factor for angiosperm spread and diversification. In a narrow sense, a samara is an indehiscent dry fruit with wing(s) developed from fruit pericarp, while in a broad sense samaras also include all winged fruits with wings developed from both pericarp and peri-anth or bracts. According to the wing shape and growth patterns of samaras, we divided samaras into six types, i.e. single-winged, lanceolate-winged, rib-winged, sepal-winged, bract-winged, and perigynous samaras. Perigynous samaras can be further classified into two forms, i.e. round-winged and butterfly-winged samaras. Accordingly, the aerodynamic behavior of samaras can be classified into five types, autogyro, rolling autogyro, undulator, helicopter, and tumbler. The rib-winged and round-winged samaras can be found in Laurales, a basal angiosperm, and may represent the primitive type of early samaras. In the derived clades, samaras evolved enlarged but unequal wings and decreased wing loading (the ratio of fruit weight to wing size), which is likely an adaptation to gentle wind and secondary dispersal through water or ground wind. The wings of some samaras (such as sepal-winged and bract-winged samaras) may have multiple functions including wind dispersal, physical defense for the seeds, and adjust seed germination strategy. The pantropical family Malpighiaceae is extraordinarily rich in samara types, which is likely related to its multiple inter-continent dispersal in history, which is known as “Malpighiaceae Route”. Therefore, Malpighiaceae can be used as a model system for the studies on samara adaptation and evolution. We identified the following issues that deserve further examination in future studies using both ecological and evo-devo methods: 1) the adaption of different types of samaras in dispersal processes, 2) the molecular and developmental mechanism of sepal- and bract-wings, and 3) the evolution of samara types and their effects on angiosperm diversification. © 2018 Editorial Office of Chinese Journal of Plant Ecology. All rights reserved.     

论寒武系馒头组三叶虫群星虫属(Asteromajia)北大核心CSCD

根据山东长清县张夏镇馒头山馒头组采集到的三叶虫新材料,重新厘定和恢复群星虫(Asteromajia Nan and Chang,1982)作为裂头虫科内有效属名的地位,将徐庄虫(Hsuchuangia Lu and Zhu in Qiu et al.,1983),八公山虫(Bagongshania Lin in Qiu et al.,1983)作为群星虫的晚出异名。修订我国以往所描述的毛庄期和徐庄期4个属(Kochaspis Resser,1935,Asteromajia Nan and Chang,1982,Hsuchuangia Lu and Zhu in Qiu et al.,1983,Bagongshania Lin in Qiu et al.,1983)内的15个种的特征和头尾搭配,归并为4属,10种:Temnoura huoshanensis(Zhang and Wang,1985),Zhongtiaoshanaspis angustilimbata(Meng in Zhou et al.,1977),Solenoparia funingensis(An in Duan et al.,2005),Asteromajia hsuchuangensis(Lu in Lu and Dong,1952),A.quadrata(Resser and Endo,1937),A.liuheensis(An,1966),A.huainanensis(Lin in Qiu et al.,1983),A.lüliangshanensis(Zhang and Wang,1985),A.?yangchengensis(Zhang and Wang,1985),A.?longiceps(Lu and Zhu,2001),其中后2个种的归属尚有疑问。     

School of Chemical and Biological Science and Engineering of YTU

The school consists of four first-level interdisciplines： chemistry, biological science, chemical engineering and technology, and food science and engineering. There are three basic teaching divisions： chemistry, biological science and chemical engineering; four research institutes： biological science and technology, food science and technology, chemical materials, and applied chemistry; four basic experimental teaching centers： biology, chemistry, chemical engineering and technique, and food science and engineering; and one food quality and safety testing and detecting center.     

Effects of leaf shape plasticity on leaf surface temperature北大核心CSCD

Aims The shape plasticity of plant leaves is an important survival strategy to high temperature and drought in arid region, yet reliable evidences are insufficient to validate the fundamental concepts. Our objective was to demonstrate the specific effects of leaf morphology on leaf surface temperature. Methods Infrared thermal images were processed to determine the leaf temperature and shape parameters of simulated and actual leaf shape. Microclimatic conditions were recorded using a automatic weather station near the sampling plot, including wind speed, radiation and air temperature. Important findings Under the drought and high temperature, the plasticity of leaf shape appeared an important measure to regulate leaf temperature, except leaf transpiration. The exchange rates of matter and energy between leaves and the environment were enhanced by smaller leaves that effectively decreased leaf temperature. With low wind speed and high temperature, leaf surface temperature decreased 2.1 °C per 1 cm reduction in leaf width. However, leaf surface temperature of a simulated leaf decreased 0.60–0.86 °C per 1 cm reduction in leaf width. Results from this study will help us to understand plant adaptability and survival strategy in arid region. © 2018 Editorial Office of Chinese Journal of Plant Ecology. All rights reserved.     

《中国生物化学与分子生物学报》征稿简则北大核心CSCD

《中国生物化学与分子生物学报》（ Chinese Journal of Biochemistry and Molecular Biology, CJBMB ） 是由中国科学技术协会主管、中国生物化学与分子生物学会和北京大学共同主办,国内外公开发行的国家生物学类／基础医学类核心期刊（月刊）。     

Variations and interrelationships of foliar hydraulic and photosynthetic traits for Larix gmelinii北大核心CSCD

Aims: Variations and potential trade-offs of leaf hydraulic and photosynthetic traits are essential for assessing and predicting the effect of climate change on tree survival, growth and distribution. Our aims were to examine variations and interrelationships of leaf hydraulic and photosynthetic traits in response to changes in site conditions for Dahurian larch (Larix gmelinii)-a dominant tree species in Chinese boreal forests. Methods: This study was conducted at the Maoershan Forest Ecosystem Research Station. A transect of 27 year-old Dahurian larch plantation was established that consisted of five plots extending from the valley to the ridge of a slope. The predawn leaf water potential (ψpre), area- and mass-based leaf hydraulic conductance (Karea and Kmass, respectively), resistance to embolism capacity (P50), leaf mass per area (LMA), net photosynthetic rate (A), and leaf nitrogen content (N) were measured in August 2016. Important findings: The ψpre, Karea, Kmass, P50, A, LMA, and N all varied significantly among the plots (p < 0.05), indicating significant intra-specific variations in these traits in response to the changes in site conditions. The P50 was significantly (p < 0.05) correlated with ψpre, Karea or Kmass, suggesting that a trade-off between hydraulic efficiency and safety exist within the species to some degree. There were significant (p < 0.05) pairwise correlations between A, LMA, and N. Nevertheless, there was no significant (p < 0.05) correlation between the measured photosynthetic traits and hydraulic traits. We concluded that the intra-specific variations and multiple interrelationships of the leaf hydraulic and photosynthetic traits for the larch reflect the plasticity of its leaf traits and strategies of its survival and growth as a result of its acclimation to diverse site conditions.