序号  | 
   作者 | 
   题目 | 
   影响    因子 | 
   刊名 | 
   年卷页码 | 
  
  
   1  | 
   Huang SN, Duan SF, Wang J, Bao SJ,   Qiu XJ, Li CM, Liu Y, Yan LJ, Zhang ZZ, Hu YR | 
   Folic-Acid-Mediated Functionalized   Gold Nanocages for Targeted Delivery of Anti-miR-181b in Combination of Gene Therapy   and Photothermal Therapy against Hepatocellular Carcinoma | 
   11.382  | 
   Adv Funct Mater | 
   2016; 26: 2532-2544  | 
  
  
   2  | 
   Shi JJ, Wang BH, Wang L, Lu TT, Fu   Y, Zhang HL, Zhang ZZ | 
   Fullerene (C60)-based   tumor-targeting nanoparticles with “off-on” state for enhanced treatment of   cancer | 
   7.44  | 
   Journal of Controlled Release | 
   2016;235:245-258  | 
  
  
   3  | 
   Shi JJ, Chen ZY, Wang L, Wang BH,   Xu LH, Hou L, Zhang ZZ | 
   A tumor-specific cleavable   nanosystem of PEG-modified C60@Au hybrid aggregates for radio   frequency-controlled release, hyperthermia, photodynamic therapy and X-ray   imaging | 
   6.03  | 
   Acta Biomaterialia | 
   2016;29:282-297  | 
  
  
   4  | 
   Feng QH, Zhang YY, Zhang WX, Shan   XN, Yuan YJ, Zhang HL, Hou L, Zhang ZZ  | 
   Tumor-targeted and multi-stimuli   responsive drug delivery system for near-infrared light induced   chemo-phototherapy and photoacoustic tomography | 
   6.008  | 
   Acta Biomaterialia | 
   2016;38:129-142  | 
  
  
   5  | 
   Du B, Han SP, Zhao FF, Lim KH, Xi   HW, Su XJ, Yao HC | 
   A smart upconversion-based   light-triggered polymer for synergetic chemo-photodynamic therapy and   dual-modal MR/UCL imaging | 
   5.671  | 
   Nanomed: Nanotechnol Biol Med  | 
   2016; 2071-2080  | 
  
  
   6  | 
   Du B, Cao XH, Zhao FF, Su XJ, Wang   YH, Yan XS, Jia SN, | 
   Multimodal imaging-guided, dual-targetedphotothermal   therapy for cancer | 
   4.872  | 
   J Mater Chem B | 
   2016; 4:2038-2050  | 
  
  
   7  | 
   Wang L, Meng DH, Hao YW, Hu YJ,   Niu MY, Zheng CX, Yin YY, Li D, Zhang PP, Chang JB, Zhang ZZ, Zhang Y | 
   A gold nanostar based   multi-functional tumor-targeting nanoplatform for tumor theranostic   applications | 
   4.872  | 
   Journal of Material Chemistry B | 
   2016; 4: 5895-5906  | 
  
  
   8  | 
   Li HX, Hao YW, Wang N, Jia SS,Wang   YL, Yang LJ, Zhang Y, Zhang ZZ | 
   DOTAP functionalizing   single-walled carbon nanotubes as non-viral vectors for efficient intracellular   siRNA delivery | 
   4.843  | 
   Drug Delivery | 
   2016; 220: 840-848.  | 
  
  
   9  | 
   Ren XL, Liu L, Zhou YX, Zhu Y,   Zhang H, Zhang ZZ, Li HX | 
   Nanoparticle siRNA against BMI-1   with a Polyethylenimine-Laminarin Conjugate for Gene Therapy in Human Breast   Cancer | 
   4.513  | 
   Bioconjugate Chem. | 
   2016; 27:66-73  | 
  
  
   10  | 
   Hou L, Yang XM, Ren JX, Wang YC, Zhang   HJ, Feng QH, Shi YY, Shan XN, Yuan YJ, Zhang ZZ | 
   A novel redox-sensitive system   based on single-walled carbon nanotubes for chemo-photothermal therapy and   magnetic resonance imaging. | 
   4.383  | 
   Int J Nanomedicine | 
   2016; 11: 607-624  | 
  
  
   11  | 
   Yao HC, Su L, Zeng M, Cao L, Zhao   WW, Chen CQ, Du B. | 
   Construction of   magnetic-carbon-quantum-dots-probe-labeled apoferritin nanocages for   bioimaging and targeted therapy. | 
   4.383  | 
   Int J Nanomedicine | 
   2016;11: 4423-4438  | 
  
  
   12  | 
   Hao HW, Wang L, Zhang BX, Li   D,  Meng DH, Shi JJ, Zhang HL, Zhang ZZ   , Zhang Y | 
   Manganese dioxide nanosheets-based   redox/pH-responsive drug delivery system for cancer theranostic application | 
   4.383  | 
   International Journal of   Nanomedicine | 
   2016; 11: 1759-1778  | 
  
  
   13  | 
   Zhang N, Li SS, Hua HY, Liu D,   Song LL, Sun PC, Huang WW, Tang YF, Zhao YX | 
   Low density lipoprotein receptor   targeted doxorubicin/DNA-Gold Nanorods as a chemo- and thermo-dual therapy   for prostate cancer. | 
   3.994  | 
   Int J Pharm | 
   2016, 513:376-386.  | 
  
  
   14  | 
   Shi JJ, Pan JJ, Wang BH, Luo Zhao,   Hou L, Zhang ZZ | 
   Efficient remote NIR-controlled   drug delivery into tumor cells by nanoplatform modified with   tumoral-acid-cleavable PEG | 
   3.95  | 
   Journal of Biomedical   Nanotechnology | 
   2016;12:1-15  | 
  
  
   15  | 
   Hou L, Feng QH, Wang YT, Ren JX,   Yang XM, Shi YY, Shan XN, Yuan YJ, Wang YC, Zhang ZZ | 
   Multifunctional hyaluronic acid   modified graphene oxide loaded with mitoxantrone for overcoming drug   resistance in cancer | 
   3.573  | 
   Nanotechnology | 
   2016, 27:015701.  | 
  
  
   16  | 
   Hou L, Shi YY, JiangGX, Liu W, Han   HL, Feng QH, Ren JX, Yuan YJ, Wang YC,Shi JJ, Zhang ZZ | 
   Smart nanocomposite hydrogels   based onazo crosslinked graphene oxide for oralcolon-specific drug delivery | 
   3.573  | 
   Nanotechnology | 
   2016;27:315105  | 
  
  
   17  | 
   Hao YW, Wang L, Zhang BX, Zhao HJ,   Niu MY, Hu YJ, Zheng GX, Zhang HL, Chang JB , Zhang ZZ, Zhang Y | 
   Multifunctional nanosheets based   on folic acid modified manganese oxide for tumor targeting theranostic   application | 
   3.573  | 
   Nanotechnology | 
   2016; 27: 025101  | 
  
  
   18  | 
   Zhou J, Chen SS, Sun C, Du QZ, Luo   P, Du B, Yao HC | 
   A “submunition” dual-drug system   based on smart hollow NaYF4/apoferritin nanocage for upconversion imaging | 
   3.289  | 
   RSC advances | 
   2016, 6: 33443 –3 454  | 
  
  
   19  | 
   Shi JJ, Wang BH, Chen ZY , Liu W,   Pan JJ, Hou L , Zhang ZZ | 
   A Multi-Functional Tumor   Theranostic Nanoplatform for MRI Guided Photothermal-Chemotherapy | 
   3.26  | 
   Pharm Res | 
   2016;33:1472-1485  | 
  
  
   20  | 
   Liu W, Pan H, Zhang CY, Zhao LL,   Zhao RX, Zhu YT, Pan WS | 
   Developments in Methods for   Measuring the Intestinal Absorption of Nanoparticle-Bound Drugs | 
   3.257  | 
   International Journal of Molecular   Sciences | 
   2016;17:1171-1191  | 
  
  
   21  | 
   Niu L, Ding L, Lu C, Zuo F, Yao K,   Xu S, Li W, Yang D, Xu X | 
   Flavokawain A inhibits Cytochrome   P450 in in vitro metabolic and inhibitory investigations. | 
   2.99  | 
   J Ethnopharmacol | 
   2016 15;191:350-9.  | 
  
  
   22  | 
   Huang WW, Zhang N, Hua HY, Liu TB,   Tang YF, Fu LL, Yang YN, Ma XJ, Zhao YX | 
   pharmacokinetics and   pharmacodynamics of ophthalmic thermosensitive in situ hydrogel of betaxolol   hydrochloride | 
   2.326  | 
   Biomed Pharmacother | 
   2016, 83:107-113  | 
  
  
   23  | 
   Zhang N, Miao JH, Sun PC, Liang Q,   Hua HY, Xu YS, Zhao YX | 
   Pharmacokinetics, tissue   distribution and anti-tumor effect of low density lipoprotein peptide   conjugated submicron emulsions. | 
   2.326  | 
   Biomed Pharmacother. | 
   2016;82:614-619  | 
  
  
   24  | 
   Zhou J, Sun F, Du QZ, Zhao SZ, Pei   WJ | 
   Enantioseparation of Timolol on a   Novel β-Cyclodextrin Derivative Chiral   Stationary Phase in HPLC | 
   1.320  | 
   Journal of Chromatographic Science | 
   2016, 54 :43–47  | 
  
  
   25 | 
   Zhou J, Luo P, Chen SS, Meng LC,   Sun C,Du QZ, Sun F | 
   Enantioseparation of Six Antihistamines   withImmobilized Cellulose Chiral StationaryPhase by HPLC | 
   1.320  | 
   Journal of Chromatographic Science | 
   2016, 54:531–535  | 
  
  
   26  | 
   Piao JY, Yan SJ, Gao SL, Chen Y,   Xu X. | 
   The Antitumor Effect of DYC-279 on   Human Hepatocellular Carcinoma HepG2 Cells. | 
   1.2 | 
   Pharmacology. | 
   2016;97:177-83. | 
  
  
   27  | 
   Yao HC, Long XF, Cao L, Zeng M,   Zhao WW, Du B, Zhou J | 
    | 
    | 
   RSC Advances | 
   2016, 6:2046-2069 | 
  
  
   28  | 
   赵瑞霞,王慧玲,赵丽玲,张彩云,章锦丽,刘伟 | 
   2005-2014年我国基本药物不良反应文献计量学分析 | 
   0.713  | 
   中国药房 | 
   2016;27:1156-1160  | 
  
  
   29  | 
   李银英,陈成群,张振中 | 
   2-甲氧基雌二醇联合冬凌草甲素对胃癌 SGC-7901 细胞增殖和凋亡的影响 | 
   
  | 
   郑州大学学报 | 
   2016.51:602-605  | 
  
  
   30  | 
   李桃英,张振中,李志业,张涛志,李占武,邢玲 | 
   一例老年医院获得性肺炎患者应用替考拉宁治疗的药学监护 | 
   
  | 
   临床合理用药 | 
    2016. 9:160-161  | 
  
  
   31  | 
   杨艳华,林素静,刘西京,杜斌 | 
    | 
    | 
   深圳职业技术学院学报 | 
   2016;1:45-49 | 
  
  
   32  | 
   宋丽莉,孙朋超,黄维维,梁倩,赵永星 | 
   替米考星水溶性粉在家兔体内的药动学研究 | 
    | 
   中国兽医杂质 | 
   2016, 52:105-108 |