LEADER 07245nam 2200577 450 001 9910688409403321 005 20220712012817.0 010 $a0-12-812432-6 010 $a0-12-812431-8 035 $a(CKB)4100000009933747 035 $a(MiAaPQ)EBC5984875 035 $a(EXLCZ)994100000009933747 100 $a20191217d2020 uy 0 101 0 $aeng 135 $aurcnu|||||||| 181 $ctxt$2rdacontent 182 $cc$2rdamedia 183 $acr$2rdacarrier 200 04$aThe zebrafish in biomedical research $ebiology, husbandry, diseases, and research applications /$fedited by Samuel C. Cartner, Judith S. Eisen, Susan C. Farmer, Karen J. Guillemin, Michael L. Kent, George E. Sanders 210 1$aLondon, England :$cAcademic Press,$d[2020] 210 4$dİ2020 215 $a1 online resource (720 pages) 225 1 $aAmerican College of Laboratory Animal Medicine series 320 $aIncludes bibliographical references and index. 327 $tHistory of zebrafish research /$rJudith S. Eisen --$gpages 3-14 --$tZebrafish taxonomy and phylogeny or taxonomy and phylogeny /$rBraedan M. McClusky, Ingo Braasch --$gpages 15-24 --$tZebrafish genetics /$rJohn H. Postlethwait, Ingo Braasch --$gpages 25-39 --$tGeographic range and natural distribution /$rCarole J. Lee, Charles R. Tyler, Gregory C. Paull --$gpages 41-56 --$tBehavior of wild populations /$rCarole J. Lee, Charles R. Tyler, Gregory C. Paull --$gpages 57-72 --$tZebrafish in biomedical research : head and body : anatomy /$rGeorge E. Sanders --$gpages 77-79 --$tEstablishing the body plan : the first 24 hours of zebrafish development /$rNatalie L. Smith, David Kimelman --$gpages 81-88 --$tZebrafish integumentary system /$rAndrew J. Aman, David M. Parichy --$gpages 91-96 --$tZebrafish pigmentation /$rDavid M. Parichy --$gpages 97-102 --$tRespiratory system /$rMichael G. Jonz --$gpages 103-107 --$tSkeletal system morphophysiology /$rClaire J. Watson, Ronald Y. Kwon --$gpages 109-114 --$tZebrafish myology /$rFrank J. Tulenko, Peter Currie --$gpages 115-121 --$tIt takes guts : development of the embryonic and juvenile zebrafish digestive system /$rMorgan Prochaska, Jianlong Li, Kenneth N. Wallace --$gpages 123-130 --$tZebrafish cardiovascular system /$rMarina Venero Galanternik, Amber N. Stratman, Brant M. Weinstein --$gpages 131-143 --$tDevelopment of the zebrafish pronephric and mesonephric kidneys /$rCuong Q. Diep, Noriko Mikeasky, Alan J. Davidson --$gpages 145-150 --$tReproductive system /$rKellee R. Siegfried, Bruce W. Draper --$gpages 151-164 --$tEndocrine systems /$rDaniel A. Gorelick, Lauren M. Habenicht --$gpages 165-179 --$tZebrafish nervous systems /$rJan Kaslin, Julia Ganz --$gpages 181-189 --$tImmunology /$rDavid Traver, Jeffrey A. Yoder --$gpages 191-216 --$tPhysiology : hematology and clinical chemistry, gas exchange, and regulatory osmolality /$rLauren M. Habenicht --$gpages 217-233 --$tZebrafish in biomedical research: the retina and vision /$rWhitney M. Cleghorn, Susan E. Brockerhoff --$gpages 237-244 --$tMechanosensory lateral line system /$rEric D. Thomas, David W. Raible --$gpages 245-253 --$tInner ear and hearing /$rAllison B. Coffin, Alexandria M. Hudson --$gpages 255-260 --$tIntroduction to zebrafish husbandry /$rSusan C. Farmer --$gpages 263- 264 --$tAquatics facility design considerations : incorporating aquatics into an animal facility /$rJeffrey R. Zynda --$gpages 265-277 --$tAquatic housing /$rJason Cockington --$gpages 279-298 --$tCleaning and disinfection of life systems /$rErik Sanders --$gpages 299-308 --$tZebrafish aquatic sytems : preventative maintenance and troubleshooting /$rLauren Pandolfo, John Aliucci --$gpages 309-320 -- 327 $tWater quality for zebrafish culture /$rHugh S. Hammer --$gpages 321-335 --$tRecirculating aquaculture systems (RAS) for zebrafish culture /$rHugh S. Hammer --$gpages 337-356 --$tZebrafish breeding and colony management /$rDavid Castranova, Chongmin Wang --$gpages 357-364 --$tZebrafish larviculture /$rChristian Lawrence --$gpages 365-378 --$tZebrafish nutrition : moving forward /$rL. Adele Fowler, Michael B. Williams, Louis R. D'Abramo, Stephen A. Watts --$gpages 379-401 --$tAnesthesia, analgesia, and euthanasia of the laboratory zebrafish /$rChereen Collymore --$gpages 403-413 --$tHealth surveillance programs /$rChristine Lieggi --$gpages 415-429 --$tImportation and quarantine /$rChristine Lieggi --$gpages 431-442 --$tExport and transportation of zebrafish /$rCarrie L. Barton, Diana P. Baumann, James D. Cox --$gpages 443-450 --$tRegulations, policies and guidelines pertaining to the use of zebrafish in biomedical research /$rSamuel C. Cartner, Earle Durboraw, Amanda Watts --$gpages 451-459 --$tWater quality and idiopathic diseases of laboratory zebrafish /$rKatrina N. Murray, David Lains, Sean T. Spagnoli --$gpages 463-477 --$tImportant parasites of zebrafish in research facilities /$rMichael L. Kent, Justin L. Sanders --$gpages 479-494 --$tBacterial and fungal diseases of zebrafish /$tChristopher M. Whipps, Michael L. Kent --$gpages 495-508 --$tViral diseases /$rMarcus J. Crim --$gpages 509-526$tNonexperimentally induced neoplastic and proliferative lesions in laboratory zebrafish /$rSean T. Spagnoli, Katrina N. Murray --$gpages 527-546 --$tSpecial procedures for zebrafish diagnostics /$rMichael L. Kent, Katrina N. Murray, Kay Fischer, Christiana Lo?hr, Donna Mulrooney, Justin L. Sanders --$gpages 547-556 --$tZebrafish as a model to understand vertebrate development /$rNarendra H. Pathak, Michael J.F. Barresi --$gpages 559-591 --$tZebrafish as a model for revealing the neuronal basis of behavior /$rKimberly L. McArthur, Dawnis M. Chow, Joseph R. Fetcho --$gpages 593-617--$tZebrafish as a model to understand human genetic diseases /$rJennifer B. Phillips, Monte Westerfield --$gpages 619-626 --$tZebrafish as a model for investigating animal : microbe interactions /$rTravis J. Wiles, Karen J. Guillemin --$gpages 627--635 --$tTargeted editing of zebrafish genes to understand gene function and human disease pathology /$rAlberto Rissone, Johan Ledin, Shawn M. Burgess --$gpages 637-647 --$tZebrafish as a platform for genetic screening /$rJames T. Nichols --$gpages 649-657 --$tZebrafish as a platform for drug screening /$rTeija Zhang, Randall T. Peterson --$gpages 659-675. 410 0$aAmerican College of Laboratory Animal Medicine series. 606 $aZebra danio 606 $aZebrafish$3(DNLM)D015027 606 $aAnimals, Laboratory$3(DNLM)D000830 606 $aDisease Models, Animal$3(DNLM)D004195 606 $aBiomedical Research$3(DNLM)D035843 615 0$aZebra danio. 615 12$aZebrafish 615 22$aAnimals, Laboratory 615 22$aDisease Models, Animal 615 22$aBiomedical Research 676 $a597.482 702 $aCartner$b Samuel C$g(Samuel Corbin), 702 $aEisen$b Judith S. 702 $aFarmer$b Susan C. 702 $aGuillemin$b Karen 702 $aKent$b Michael L$c(Microbiologist), 702 $aSanders$b George E. 801 0$bMiAaPQ 801 1$bMiAaPQ 801 2$bMiAaPQ 906 $aBOOK 912 $a9910688409403321 996 $aThe zebrafish in biomedical research$93138361 997 $aUNINA LEADER 01037nam0 22002891i 450 001 UON00296986 005 20231205103946.724 100 $a20070607d1926 |0itac50 ba 101 $ager 102 $aDE 105 $a|||| 1|||| 200 1 $aWolfram von Eschenbach$fvon Karl Lachmann 205 $a6. 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