• 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
HOU Shaowei1, 2, HU Junli1, 3**, WU Fuyong2 & LIN Xiangui1
2018 05 [941-951] [Abstract](130)[pdf1307 KB] (139)
SHI Junjie, MI Yazhu, HE Yongmei, LI Bo, JIANG Ming, LI Yuan & ZHAN Fangdong**
2018 05 [952-959] [Abstract](78)[pdf857 KB] (49)
WANG Minqiang1, WU Peihong1, SHEN Yikang1, SONG Yaobin2, WU Aiping3 & WANG Yanhong1**
2018 05 [960-966] [Abstract](109)[pdf1198 KB] (56)
GONG Ziyu1, 2, SI Tianren1, SUN Yifei1, WANG Dongsheng1, 3, WANG Bei1, 3, LI Rong1** & SHEN Qirong1
2018 05 [967-971] [Abstract](75)[pdf761 KB] (53)
ZHANG Yue, HU Yunfei, WANG Shumao, KO Tzuhsing, GAO Shuilian & LIN Jinke**
2018 05 [972-977] [Abstract](96)[pdf2411 KB] (54)
GU Minfen1, HE Chang1, HUANG Yubiao1, HUANG Heyong1, MENG Xiangtian1, WANG Fang2, JIANG Xin2 & ZHANG Yinping1**
2018 05 [978-984] [Abstract](113)[pdf2432 KB] (40)
YAN Hua, ZHANG Rubing** & XIAN Mo
2018 05 [985-992] [Abstract](77)[pdf1275 KB] (42)
ZHANG?Jun, ZHOU?Dandan**, WU?Min, CHU?Gang, CHANG?Zhaofeng, LI?Fangfang & LI?Shunyou
2018 05 [993-999] [Abstract](90)[pdf728 KB] (39)
PAN Hong, WANG Xiying**, FANG Zhenxing & WU Jing
2018 05 [1000-1008] [Abstract](100)[pdf2291 KB] (46)
ZENG Dan1, 3, ZHONG Juan1, TAN Hong1 & ZHOU Jinyan1, 2**
2018 05 [1009-1014] [Abstract](70)[pdf1135 KB] (39)
Reviews
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YAN Liang1, 2, 3, ZHANG Xiaodong1, 2, 3, WANG Jinzhi1, 2, 3, LI Yong1, 2, 3, WU Haidong1, 2, 3 & KANG Xiaoming1, 2, 3**
2018 05 [1023-1031] [Abstract](91)[pdf981 KB] (37)
ZHOU Ting, YU Linpeng, FU Li** & ZHOU Shungui
2018 05 [1032-1040] [Abstract](113)[pdf3663 KB] (39)
FANG Junnan1, 2, LEI Juan3, XU Lishan1, 2, JI Gaosheng1, 2, LIU Yang1, 2 & YAN Zhiying1, 2, 4**
2018 05 [1041-1049] [Abstract](104)[pdf943 KB] (57)
YUAN Yibin1#, MAO Ping2#, ZAN Xiaohui1, HUANG Dongxiao2, ZHOU Hua2, WANG Yuhua2 & WANG Haiyan2**
2018 05 [1050-1057] [Abstract](86)[pdf3105 KB] (30)
Articles
ZHANG Mengjie1, 2, XU Liangliang1, 2, ZHANG Jing2, Chang Qing1, WANG Bin2, ZHU Lifeng1** & JIANG Jianping2**
2018 05 [1058-1064] [Abstract](111)[pdf4669 KB] (44)
TU Dehui1, LI Deqiang2, SONG Shiyun1, HUANG Fu2, ZHANG Lan3 & CHEN Guangdeng1**
2018 05 [1065-1072] [Abstract](84)[pdf992 KB] (45)
LIU Juan1, 2, LI Qiao1, 2, ZHANG Yuhong3, 4, DENG Xiaoqing1, 2, DENG Guangbing1, TANG Yawei3, 4, ZENG Xingquan3, 4, NIMA Zhaxi3, 4, YU Maoqun1 & PAN Zhifen1**
2018 05 [1073-1080] [Abstract](84)[pdf1907 KB] (34)
XIAO Chen1, LU Zhenming2, 4, ZHANG Xiaojuan2, 4, WANG Songtao5, AO Ling5, SHEN Caihong5, SHI Jinsong3 & XU Zhenghong1, 2, 4, 5**
2018 05 [1081-1086] [Abstract](82)[pdf818 KB] (37)
REN Haiwei1, 2 , SUN Anqi1 , MA Yanqin1 , WANG Yu2 , FAN Wenguang1 , LI Zhizhong1** , SUN Wenbin1 , SHEN Jiali1 & LIU Feifei1
2018 05 [1087-1096] [Abstract](80)[pdf986 KB] (35)
REN Haiwei1, 2, LIU Feifei1, WANG Li1, FAN Wenguang1, LI Zhizhong1**, WANG Yu2, LAN Wenlin1 & LI Jinping2
2018 05 [1097-1106] [Abstract](84)[pdf1154 KB] (36)
LIN Xu1, HE Jie1, FENG Shoushuai1**, YANG Hailing1**, HUAGN Xing2, WU Quanqian2 & GU Lixing2
2018 05 [1107-1113] [Abstract](75)[pdf5494 KB] (33)
LU Xiao, YANG Haiquan**, SHEN Wei** & XU Fei
2018 05 [1114-1121] [Abstract](79)[pdf3550 KB] (34)
GUO Yuqiong1, WANG Zhong1, 2, ZHU Chen1, 2, ZHAO Shanshan1, ZHANG Shuting1, 2, CHANG Xiaojun1, 2, LI Xiaozhen1, FU Haifeng1, LIN Yuling1, 2 & LAI Zhongxiong1, 2**
2018 05 [1122-1131] [Abstract](127)[pdf5898 KB] (51)
YANG Jun1, 2, HUANG Shu’e1, 2**, CAO Na3, ZHANG Chonghua4 & WANG Shangming4
2018 05 [1132-1138] [Abstract](78)[pdf780 KB] (35)
SHU Zhengyue, WANG Jingyan**, GONG Wei, TANG Hailong, ZHAO Changping & ZHOU Xingyu
2018 05 [1139-1145] [Abstract](64)[pdf925 KB] (28)
JING Dawei1, WANG Mingyou2**, MA Hailin3, DU Zhenyu3, LIU Fangchun3 & DONG Yufeng3
2018 05 [1146-1151] [Abstract](79)[pdf813 KB] (31)
HE Xinyan1, QIAO Xuetao1, ZHAO Haiyan1, HE Jun2, SUN Zhaojun2 & ZHAO Xiuhai1**
2018 05 [1152-1157] [Abstract](73)[pdf1066 KB] (42)
YANG Tinghui1, 2, QI Kaibin1, 2, HUANG Junsheng1, 2, BAO Weikai1 & PANG Xueyong1**
2018 05 [1171-1178] [Abstract](65)[pdf929 KB] (38)
XIAO Jiujin1, 2, ZHAO Bo1, 2, ZHOU Kailun3, LIAO Yangxi3, PENG Caiyun1, 2, LUO Manli1, 2 & ZHANG Jian1, 2**
2018 05 [1179-1184] [Abstract](73)[pdf789 KB] (32)
LIN Dandan, CHEN Hu**, CHEN Hai, LIU Panpan & LIU Qingshan
2018 05 [1185-1194] [Abstract](73)[pdf1141 KB] (33)