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第 1 期                         王京等:BDE-20 对斑马鱼肠道的慢性毒性效应                                     · 421 ·
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                 neurodevelopmental  defects  in  embryonic  zebrafish  exposed  to  ether  (BDE-209)  on  mRNA  transcription  of  thyroid  hormone
                 comprehensive suite of halogenated and organophosphate flame  pathway  and  spermatogenesis  associated  genes  in  Chinese  rare
                 retardants[J].  Toxicological  Sciences:an  Official  Journal  of  the  minnow  (Gobiocypris  rarus)[J].  Environmental  Toxicology,
                 Society of Toxicology,2015,145(1):177-195.         2014,29(1):1-9.
            [14]   ZHU  Y  P,  LI  X  Y,  LIU  J  H,  et  al.  The  effects  of  [26]   LIVAK  K  J,  SCHMITTGEN  T  D.  Analysis  of  relative  gene
                 decabromodiphenyl  ether  on  glycolipid  metabolism  and  related  expression  data  using  real-time  quantitative  PCR  and  the
                 signaling  pathways  in  mice[J]. Chemosphere ,2019 ,222 :849-  2−ΔΔCT method[J]. Methods,2001,25(4):402-408.
                 855.                                         [27]   ABBASI  G,  LI  L,  BREIVIK  K.  Global  historical  stocks  and
            [15]   LI  C  Y,  DEMPSEY  J  L,  WANG  D,  et  al.  PBDEs  altered  gut  emissions  of  PBDEs[J].  Environmental  Science  &  Technology,
                 microbiome and bile acid homeostasis in male C57BL/6 mice[J].  2019,53(11):6330-6340.
                 Drug  Metabolism  and  Disposition:the  Biological  Fate  of  [28]   JING L, SUN Y M, WANG Y W, et al. Cardiovascular toxicity
                 Chemicals,2018,46(8):1226-1240.                    of   decabrominated   diphenyl   ethers   (BDE-209)   and
            [16]   SECOMBE  K  R,  COLLER  J  K,  GIBSON  R  J,  et  al.  The  decabromodiphenyl  ethane  (DBDPE)  in  rats[J]. Chemosphere,
                 bidirectional  interaction  of  the  gut  microbiome  and  the  innate  2019,223:675-685.
                 immune  system:  implications  for  chemotherapy‐induced  [29]   HAN  Z  H,  LI  Y  F,  ZHANG  S  H,  et  al.  Prenatal  transfer  of
                 gastrointestinal toxicity[J]. International Journal of Cancer,2019,  decabromodiphenyl ether (BDE-209) results in disruption of the
                 144(10):2365-2376.                                 thyroid  system  and  developmental  toxicity  in  zebrafish
            [17]   GUO  P,  WU  C  M.  Gut  microbiota  brings  a  novel  way  to  offspring[J]. Aquatic Toxicology,2017,190:46-52.
                 illuminate  mechanisms  of  natural  products  in  vivo[J]. Chinese  [30]   LIANG R Y, CHEN J, SHI Y J, et al. Toxicological effects on
                 Herbal Medicines,2017,9(4):301-306.                earthworms (Eisenia fetida) exposed to sub-lethal concentrations
            [18]   GONG  X,  LI  X,  BO  A,  et  al.  The  interactions  between  gut  of  BDE-47  and  BDE-209  from  a  metabolic  point[J].
                 microbiota  and  bioactive  ingredients  of  traditional  Chinese  Environmental Pollution,2018,240:653-660.
                 medicines:  a  review[J].  Pharmacological  Research,2020 ,157:  [31]   NIKLASSON L, SUNDH H, FRIDELL F, et al. Disturbance of
                 104824.                                            the intestinal mucosal immune system of farmed Atlantic salmon
            [19]   CHEN L G, HU C Y, LOK-SHUN LAI N, et al. Acute exposure  (Salmo  salar),  in  response  to  long-term  hypoxic  conditions[J].
                 to  PBDEs  at  an  environmentally  realistic  concentration  causes  Fish & Shellfish Immunology,2011,31(6):1072-1080.
                 abrupt  changes  in  the  gut  microbiota  and  host  health  of  [32]   CHANG  X  L,  LI  H,  FENG  J  C,  et  al.  Effects  of  cadmium
                 zebrafish[J]. Environmental Pollution,2018,240:17-26.  exposure  on  the  composition  and  diversity  of  the  intestinal
            [20]   LUO  T,  WANG  X  Y,  JIN  Y  X.  Low  concentrations  of  microbial  community  of  common  carp  (Cyprinus  carpio L.)[J].
                 imidacloprid  exposure  induced  gut  toxicity  in  adult  zebrafish  Ecotoxicology and Environmental Safety,2019,171:92-98.
                 (Danio rerio)[J]. Comparative Biochemistry and Physiology Part  [33]   CHANG X L, WANG X F, FENG J C, et al. Impact of chronic
                 C:Toxicology & Pharmacology,2021,241:108972.       exposure  to  trichlorfon  on  intestinal  barrier,  oxidative  stress,
            [21]   廖伟, 刘大庆, 冯承莲, 等.不同生长阶段斑马鱼对Cu 的毒性                 inflammatory  response  and  intestinal  microbiome  in  common
                                                     2+
                 响应差异[J]. 环境科学研究,2020,33(3):626-633.                carp  (Cyprinus  carpio L.)[J].   Environmental  Pollution,2020,
                 LIAO  W,  LIU  D  Q,  FENG  C  L,  et  al.  Difference  in  toxicity  259:113846.
                                   2+
                 response of zebrafish to Cu  at different life stages[J]. Research  [34]   WANG Y H, WANG B B, WANG Q Q, et al. Intestinal toxicity
                 of Environmental Sciences,2020,33(3):626-633.      and  microbial  community  disorder  induced  by  bisphenol  F  and
            [22]   BRUGMAN  S.  The  zebrafish  as  a  model  to  study  intestinal  bisphenol S in zebrafish[J]. Chemosphere,2021,280:130711.
                 inflammation[J].  Developmental  &  Comparative  Immunology,  [35]   SUN Y C, ZHANG J, SONG W T, et al. Vitamin E alleviates
                 2016,64:82-92.                                     phoxim-induced  toxic  effects  on  intestinal  oxidative  stress,
            [23]   宋志慧, 孙欣欣, 李捍东.斑马鱼对3种氯酚的富集作用及其                    barrier  function,  and  morphological  changes  in  rats[J].
                 SOD酶活性应激反应研究[J]. 环境工程技术学报,2014,4(4):               Environmental  Science  and  Pollution  Research  International,
                 287-292.                                           2018,25(26):26682-26692.
                 SONG  Z  H,  SUN  X  X,  LI  H  D.  Study  on  bioconcentration  of  [36]   YU  G  J,  OU  W  H,  LIAO  Z  B,  et  al.  Intestinal  homeostasis  of
                 three  chlorophenols  in  zebrafish  and  SOD  activity  stress  juvenile  tiger  puffer  Takifugu  rubripes  was  sensitive  to  dietary
                 action[J].  Journal  of  Environmental  Engineering  Technology,  arachidonic acid  in terms of  mucosal barrier and microbiota[J].
                 2014,4(4):287-292.                                 Aquaculture,2019,502:97-106.
            [24]   CHEN  Q,  YU  L  Q,  YANG  L  H,  et  al.  Bioconcentration  and  [37]   DING Z L, KONG Y Q, SHAO X P, et al. Growth, antioxidant
                 metabolism  of  decabromodiphenyl  ether  (BDE-209)  result  in  capacity,  intestinal  morphology,  and  metabolomic  responses  of
                 thyroid  endocrine  disruption  in  zebrafish  larvae[J]. Aquatic  juvenile  Oriental  River  prawn  (Macrobrachium  nipponense)  to
                 Toxicology,2012,110/111:141-148.                   chronic lead exposure[J]. Chemosphere,2019,217:289-297.
            [25]   LI W, ZHU L F, ZHA J M, et al. Effects of decabromodiphenyl  [38]   YI  H,  ZHANG  L,  GAN  Z,  et  al.  High  therapeutic  efficacy  of
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