• Mechanism of CRISPR/Cas system
  • Phylogeny and signal peptide motif
  • SI protein is conserved among the monocots and dic
  • Symptom of wild type and PeBAK1;1 transgenic...
  • \Fluorescent in situ hybridization of granular slu
  • ASG enhancement and AnMBR performance via adding f
  • Schematic drawing for esearch history of AM fungi
  • Venn chart of microbial community above oilgas sit
  • Colony morphology of some myxobacteria strains
  • Microscopic observation of spores
  • Functional classification of A549 cell proteins...
  • Regulation of QS/QSI in algae-bacteria relationshi
  • Disintegration mechanism of aerobic granules with.
  • GUS histochemistry staining on transgenic rice
  • Procedures of gene-targeted microfluidic cultivati
  • Microbial community distribution (order level)
  • Phosphate accumulating bacterial isolates under OM
  • HRTEM micrographs of the bacteria containing Pb
  • Impact of gene ARO7 overexpression on S. cerevisia
  • 2Subcellular localization of sugarcane ScCPR450 pr
  • 3Potential distribution area of S. chinensis
  • 4Scanning electronic micrograph for Strain MS1-2
  • Possible pathway of reverse electron transport
  • 2Schematic diagram for the protein motif of GPDH g
  • The site of sampling
  • synthetic microbial communities
  • M icroscopy analysis of manganese oxides produced
  • Three-dimensional structure of eIF5A in species
  • Principle of strand displacement isothermal amplif
  • Caenorhabditis elegans
  • Scanning electron micrograph of TiO2 Nanoparticles
  • Dendrogram indicating  HLDs classification
  • Huangdao oil spill (from msn China)
  • Leymus chinensis steppe in Inner Mongolia
  • Germination of hull-less barley
  • Andrias davidianus
  • Subcellular localization of tomato SIZ1-like1 prot
  • SEM images of W1 incubated with SWCNTs for 20 h
  • Fruiting bodies of Amauroderma sp. GZ-01 strain
  • Photomicrograph of a section from the liver of Gro
  • F. oxysporum growing on the medium and scanning el
  • A ctivation of astrocytes and microglia in rat cer
  • Nuclear changes of K562 cells treated with sophoro
  • Schematic representation of the structure and func
  • Sinocalanus sinensis
  • Casuarina equisetifolia
  • The Tricholoma matsutake shiro in Xiaojin
  • Schematic representation of the structure and func
  • Schematic representation of applications of EABs
  • Mode structure of ANAMMOX bacterial cell
  • SEM observations of the bacteria growing on ...
  • the giant panda
  • Luehdorfia chinensis oviposition and newly hatched
  • Myocardial cell mitochondrial structure in rats af
  • Fritillaria unibracteata
  • Wolffia globosa
  • Leaf images with  and without dust
  • Snapshots of electron tomography models of anaerob
  • Model chart of Cr(Ⅵ) detoxification by Bt 407
  • Rangifer tarandus
  • racerunner
  • Production and fluorescent identification of recom
  • Aegiceras corniculatum
  • Spartina alterniflora
  • Rosa soulieana
  • Silencing effect resulting from expressing CHS-RNA
  • SEM images of the microstructure of PAOs granular
  • CLSM images of the granulation process: accumulati
  • Fungal spores of micrograph of strain S4
  • Huperzia serrata var. longipetiolata
  • Stem and flower of Dendrobium officinale
  • Lespedeza davurica L.
  • a case study in a subtropical grassland
  • Morphological photographs of strain Y9 on microsco
  • Morphological photographs of strain Y9 on SEM
  • Colony morphology of S. cerevisiae in the presence
  • Observation of GFPs in S. cerevisiae
  • Lycoperdon fuscum
  • Phlogiotis helvelloides
  • Lilium regale
  • Natural environment of Lilium regale
  • Granular sludge in the reactor R1 (× 1000)
  • Granular sludge in the reactor R2 (× 10000)
  • Leave surface of T. velutina after artificial trea
  • Leave surface of T. velutina before trichome remov
  • Selection pressure test of plant TS2 homologous ge
  • Cell labeling study of ERα-A1
  • Antimicrobial activity against Bacillus subtilis o
  • Uncertainty of spatial distribution of available p
  • Systems for removal of H2S (c) biotrickling filter
  • Effects of light quality on hypocotyl elongation o
  • Morphology of strain 5901 under SEM
  • Expression of XERICO gene increased tolerance to d
  • Different rice lines under high temperature
  • Curcusone C induced chromatin condensation and DNA
  • Curcusone C induced chromatin condensation and DNA
  • Growth status and CMC activity of recombinant stra
  • Multi-scale modeling in the cellulosome-1
  • Multi-scale modeling in the cellulosome-2
  • Structural changes in the combination of Phe after
  • Fluorescent detection of the recombinant strain
  • Some special functional bacterial community
  • Starch/polyethylene blends degraded by BBF1
  • Fluorescence microscopy of 316 stainless steel imm
  • SEM images of starch granules of cassava mash
  • Top view of plots in Picea schrenkiana var. tiansc
  • phylogenetic tree of WRKY genes among potato, Arab
  • Fluorescence of crystal violet and malachite green
  • Leaves of Sedum observed with optical light micros
  • Genera of Lemnaceae
  • Mycelium morphology of CAU521 on PYE
  • Three-dimensional structure of PEL
  • Photograph of colony on LB medium and microphologi
  • Crystal structures of oxygenase of hydrocarbon
  • Colonial morphologies of LAB after preliminary scr
  • SEM of C. hydrogenoformans biofilm
  • Distribution of major elements in rice organs
  • Large spindle virus similar to SSV particles
  • Giant panda ’Xiangxiang’ eating umbrella bamboo (p
  • Structure analysis of XP_001585508.1
  • The maximum sub-network module
  • 毛兰素诱导Huh7细胞凋亡
  • 拟态多齿马先蒿和无拟态刺齿马先蒿花性状
  • 拟态多齿马先蒿和无拟态刺齿马先蒿花性状
  • 荧光原位杂交合成Accumulibact
  • 麻疯树成熟胚乳增殖和分化步骤
  • 银莲花素A诱导H460细胞凋亡
  • 不同处理棉花挥发物的指纹图谱
  • 建模结构
  • LHIIα, β亚基跨膜立体图
  • 紫色光合细菌的光反应中心PSU
  • 拟南芥TAK蛋白激酶的结构预测与功能分析
  • Fish-MMAR 显微照片
  • 不同浓度EPS的3DEEM荧光光谱图
  • 颗粒污泥纵断面细菌(红色)和EPS(绿色)的分布
Articles
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LUO Qinghu1, 2, SUN Fan1, 2, CUI Yu1, 2, WU Jianzhao1, 2, LIN Yongming1, 2 **, WANG Daojie3 & WU Chengzhen1, 4
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ZHANG Yuyang1, MA Wenbao2**, YU Tao1, JI Huijuan2, GAO Jian1, LI Junqing1**, GAO Shang3 & KE Lei1
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FAN Yanxin1, 2, JIANG Yonglei1, 2, CHEN Ke3 & LEI Yanbao1**
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ZHANG Yu1, 2, LIU Li3, ZHAO Hairong1, 2, WU Fuzhong1, 2, TAN Siyi1, 2, LIU Juncheng1, 2 & YANG Wanqin1, 2**
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WANG Mantang1, LU Hongdian2, CHENG Dongliang2**, ZHENG Yuan2, ZHONG Quanlin2, GUO Bingqiao2, MA Yuzhu2 & JIN Bingjie2
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ZHANG Yanru1, 2, CHEN Qiuwen1, 2, SUN Meimei2, 3, SHI Weiyu4 & DU Sheng2, 3**
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LI Tingting1, 2, NIE Fuyu1, YANG Wanqin1, 2, YANG Kaijun1, HE Ruoyang1, ZHUANG Liyan1, LI Zhijie1 & XU Zhenfeng1, 2**
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FAN Zhouzhou1, LU Shuyu1, LI Zhiru1, PANG Danbo2, ZHOU Jinxing2, XIAO Guiying3 & PENG Xiawei1**
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NIU Xiaoyun, GUO Shuang, ZHOU Jian, HUANG Dazhuang**, GAO Zhuotian & CHI Mingyan
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HAO Shasha1, WEI Xufang1, HOU Zhixia1** & LI Shouke2
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WANG Haibin1, 2**, CHEN Xiaoting1, DING Li1, QIU Fengyan1, YE Jianghua3, JIA Xiaoli3 & KONG Xianghai1
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ZHANG Ge1, 2, 4, LIANG Kaichao2, XIN Yuhua2, WANG Juan2, LI Shugui1, 4, LI Aijun2, WANG Fan3, ZHANG Haibo3** & LIU Haobao1, 2, 4**
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HAO Xianjun1, 2, HAN Yang1, 2, ZHANG Youdan1, 2, GAO Wenjun3**, LUO Yuanyuan1, 2 & ZHANG Kaijue1, 2
2018 04 [789-796] [Abstract](202)[pdf719 KB] (141)
LIANG Anjie1, LONG Feng1, HONG Tao1, LIN Yongming1, CHEN Can1, XIE Anqiang1, WU Chengzhen1, 2, HONG Wei1 & LI Jian1**
2018 04 [797-804] [Abstract](242)[pdf912 KB] (128)
LI Tingliang1, 2, MENG Lixia3, XIE Yinghe1**, GAO Zhiqiang4, HONG Jianping1, 2, MA Hongmei1, JIA Junxiang1 & MENG Huisheng1
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WEI Yena1, ZHAO Xiang1, YANG Guotao1, 2, WANG Xuechun1, PENG Youlin1, HU Yao1 & HU Yungao1**
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GUO Yuqiong1, HUANG Daobin1,2, CHANG Xiaojun1,2, ZHU Chen1, LI Xiaozhen1 & LAI Zhongxiong1,2**
2018 04 [824-832] [Abstract](274)[pdf4305 KB] (153)
XU Xiaoping, CHEN Xiaohui, L? Keliang, CHEN Xu, CHEN Yukun, LIN Yuling & LAI Zhongxiong**
2018 04 [833-844] [Abstract](227)[pdf5565 KB] (142)
HUANG Ning 1, LI Congna 1, TANG Hanchen 1, ZHENG Qinglei 1, LING Hui 1, CHEN Rukai 1 & QUE Youxiong 1, 2**
2018 04 [845-852] [Abstract](226)[pdf1651 KB] (139)
GE Huihua, ZHANG Dandan, WU Shuyu, QIU Yue & ZHANG Guangya**
2018 04 [853-859] [Abstract](277)[pdf1791 KB] (129)
HUANG Baoguo, GU Yue, CHEN Guowei, JIN Juliang & LIU Li**
2018 04 [860-865] [Abstract](179)[pdf809 KB] (131)
LIU Mei1, YUAN Julin1, HE Haisheng2, NI Meng1 & GU Zhimin1,2*
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JIANG Qinrui1, 2, LI Zehua1, 2, YANG Nuan1, 2, WU Tingting1, 2 & LI Daping1**
2018 04 [873-878] [Abstract](301)[pdf4992 KB] (143)
DING Weijun1, LI Bo2, ZHANG Ying2, CHEN Yating2, MIAO Bu1 & TANG Yueqin2, 3**
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Wang Yanwei1, 2, Ruan zhiyong2, JIANG Xu2, zhang juntao3, wu bo1, qin han1, tan furong1, hu guoquan1 & he mingxiong1**
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LIAO Dan1, HUANG Huabin1, ZHUANG Shixia1 & HONG Youwei 2**
2018 04 [894-900] [Abstract](250)[pdf917 KB] (122)
HUANG Chengtao, HUANG Weiquan, SHI Dingding, XU Shaohui, HUANG Zhigang & JIANG Daihua**
2018 04 [901-907] [Abstract](164)[pdf1098 KB] (133)
XIE Miaomiao, WU Zhineng, WANG Xi, GU Jie, CHEN Lin & WANG Yingying**
2018 04 [915-920] [Abstract](235)[pdf1326 KB] (121)
CHU Cuiwei1, LIU Bin2, ZHU Qili3, LI Na2 & HE Jian2**
2018 04 [921-927] [Abstract](294)[pdf1397 KB] (141)
Communications
GE Lulu1, MENG Qingquan1, LIN Yu2, HE Zongming1**, QIU Lingjun1 & HU Huantian1
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LI Yi1, 2, LI Qinfen1, 2, DENG Xiao1, 2, WU Dongming1, 2 & WU Chunyuan1, 2**
2018 04 [928-933] [Abstract](153)[pdf5287 KB] (146)
Reviews
LUO Jiahui, WANG Hong** & CHEN Ling
2018 04 [934-940] [Abstract](263)[pdf852 KB] (160)