生物化学

Chemical senses; chemoreception; chemoreceptors; infochemicals; semiochemicals; chemical stimuli; chemical communication; chemical cues; chemical perception; pheromone biosynthesis-activating neuropeptide; PBAN; pheromone-binding protein; scent gland; scents; scent marking behavior; territorial behavior

化学感官；化学感受；化学接受体；信息化学；化学信息素；化学刺激物；化学通讯；化学线索；化学感知；信息素生物合成激活肽；PBAN；信息素-结合蛋白；臭腺；气味；臭迹的行为；区域性行为

Chemical senses; chemoreception; chemoreceptors; infochemicals; semiochemicals; chemical stimuli; chemical communication; chemical cues; chemical perception; pheromones; pheromone receptors; pheromone biosynthesis-activating neuropeptide; PBAN; pheromone-binding protein

化学感官；化学感受；化学接受体；信息化学；化学信息素；化学刺激物；化学通讯；化学线索；化学感知；信息素；信息素受体；信息素生物合成激活肽；PBAN；信息素结合蛋白

Chemical senses; chemoreception; chemoreceptors; infochemicals; semiochemicals; chemical stimuli; chemical communication; chemical cues; chemical perception; pheromones; pheromone receptors; pheromone biosynthesis-activating neuropeptide; PBAN; pheromone-binding protein; pheromone glands

化学感官；化学感受；化学接受体；信息化学；化学信息素；化学刺激物；化学通讯；化学线索；化学感知；信息素；信息素受体；信息素生物合成激活肽；PBAN；信息素结合蛋白；信息素腺

Pheromone traps; sex pheromone; anemotaxis; lures; disparlure; integrated control; attractants; chemical senses; chemoreception; chemoreceptors; infochemicals; semiochemicals; chemical stimuli; chemical communication; chemical cues; chemical perception; pheromones; pheromone receptors; pheromone biosynthesis-activating neuropeptide; pheromone biosynthesis; pheromone-binding protein; PBAN

信息素诱骗；性信息素趋风性；诱惑；舞毒蛾性引诱剂；综合防治；引诱剂；化学知觉；化学感受；化学接受体；信息化学；化学信息素；化学刺激物；化学通讯；化学因子；化学感觉；信息素；信息素受体；信息素生物合成-激活神经肽；信息素生物合成；信息素-结合蛋白；PBAN

Review articles only; chemical senses; chemoreception; chemoreceptors; infochemicals; semiochemicals; chemical stimuli; chemical communication; chemical cues; chemical perception; vomeronasal organ; vomeronasal epithelium; vomeromodulin; pheromone-binding protein; pheromone biosynthesis-activating neuropeptide; PBAN; Dufour's gland; scent gland; scents; scent marking behavior; territorial behavior; trail following behavior; feeding behavior; mating behavior; reproductive behavior

唯一综述；化学知觉；化学感受；化学接受体；信息化学；化学信息素；化学刺激物；化学通讯；化学因子；化学感觉；梨鼻器；犁鼻骨上皮；vomeromodulin；信息素-结合蛋白；信息素生物合成-激活神经肽；PBAN；杜氏腺；臭腺；气味；臭迹状态；区域性行为；踪迹跟随行为；摄食行为；交配行为；生殖行为

Chemical senses; chemoreception; chemoreceptors; infochemicals; semiochemicals; chemical stimuli; chemical communication; chemical cues; chemical perception; pheromone-binding protein; pheromone biosynthesis-activating neuropeptide; PBAN; Dufour's gland; oviposition deterring; queen pheromone

化学感官；化学感受；化学接受体；信息化学；化学信息素；化学刺激物；化学通讯；化学线索；化学感知；信息素结合蛋白；信息素生物合成激活肽；PBAN；杜氏腺；产卵阻止；母蜂信息素

Chemical senses; chemoreception; chemoreceptors; infochemicals; semiochemicals; chemical stimuli; chemical communication; chemical cues; chemical perception; vomeronasal organ; vomeronasal epithelium; vomeromodulin; pheromone-binding protein; pheromone biosynthesis-activating neuropeptide; PBAN; Dufour's gland; scent gland; scents; scent marking behavior; territorial behavior; feeding behavior; mating behavior; reproductive behavior; trail following behavior

化学知觉；化学感受化学接受体；信息化学；化学信息素；化学刺激物；化学通讯；化学因子；化学感觉；梨鼻器；犁鼻骨上皮；vomeromodulin；信息素-结合蛋白；信息素生物合成-激活神经肽；PBAN；杜氏腺；臭腺；气味；臭迹行为；区域性行为；摄食行为；交配行为；生殖行为；踪迹跟随行为

In view of geological records preserved from different regions of the world are not identical, it's suggested that, when correlating the Ordovician-Silurian boundary, at the global boundary stratotype section, the FAD of N. persculptus be selected as the biomark, the transgression event identical to the FAD of N. persculptus as the auxiliary physical mark and the mass extinction and chemical anomaly events respectively as the auxiliary biomark and chemomark. In some regions with few graptolite, the Ordovician-Silurian boundary should be indicated by the auxiliary marks, such as the transgression event, mass extinction or chemical anomaly event, with the other fossil such as conodont nearest to other geological events as the provincial biomark for correlation. In other regions with much stratigraphic hiatus originated from the regression, the Ordovician-Silurian boundary should be marked by the regression-transgression event nearly relevant to the N. persculptus Zone.

鉴于不同地区留下的地质记录不完全相同，奥陶/志留系界线对比方法不同：在界线层型剖面上，以N.persculptus的首现为生物标志，以与之基本一致的海侵事件为辅助的物理标志，以生物集群绝灭事件和化学异常事件为辅助的生物和化学标志；在笔石极不发育的地区，则以海侵事件、生物绝灭事件或化学异常事件为辅助标志，以与其相距最近、并且具有区域对比性的其它门类化石作为界线对比的生物标志；对于由于海退事件所造成地层缺失很多的地区，则以海退/海侵事件作为划分界线的物理标志，并以相映的海侵事件的开始作为奥陶/志留系的分界。

In viewof geological records preserved from different regions of the world are not identical, its suggested that, whencorrelating the Ordovician-Silurian boundary, at the global boundary stratotype section, the FAD of N.persculptus be selected as the biomark, the transgression event identical to the FAD of N. persculptus as theauxiliary physical mark and the mass extinction and chemical anomaly events respectively as the auxiliarybiomark and chemomark. In some regions with few graptolite, the Ordovician-Silurian boundary should beindicated by the auxiliary marks, such as the transgression event, mass extinction or chemical anomaly event,with the other fossil such as conodont nearest to other geological events as the provincial biomark forcorrelation. In other regions with much stratigraphic hiatus originated from the regression, theOrdovician-Silurian boundary should he marked by the regression-transgression event nearly relevant to the N.persculptus Zone.

鉴于不同地区留下的地质记录不完全相同，奥陶／志留系界线对比方法不同：在界线层型剖面上，以N.persculptus的首现为生物标志，以与之基本一致的海侵事件为辅助的物理标志，以生物集群绝灭事件和化学异常事件为辅助的生物和化学标志；在笔石极不发育的地区，则以海侵事件、生物绝灭事件或化学异常事件为辅助标志，以与其相距最近、并且具有区域对比性的其它门类化石作为界线对比的生物标志；对于由于海退事件所造成地层缺失很多的地区，则以海退／海侵事件作为划分界线的物理标志，并以相映的海侵事件的开始作为奥陶／志留系的分界。

The journal well informs the research advances of the chemistry of wood, wood components and wood products to chemists, pharmaceutist, biological scientists and wood and paper technologists, including the chemistry of pulping, lignin, cellulose, hemicellulose, extractives chemistry, wood and bark chemicals and biomass conversion or utilization etc.

该杂志为化学家，药剂师，生物科学家以及木材与纸张技术专家全面提供了木材化学，木材成分以及木材产品的研究进展，包括纸浆化学，木质素，纤维素，半纤维素，提取物化学，木材与树皮化学制品以及生物的数量转换或利用等等。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。