The zebrafish in biomedical research : biology, husbandry, diseases, and research applications /
The zebrafish in biomedical research : biology, husbandry, diseases, and research applications /
edited by Samuel C. Cartner, Judith S. Eisen, Susan C. Farmer, Karen J. Guillemin, Michael L. Kent, George E. Sanders.
- xix, 698 pages : illustrations (chiefly color), portrait ; 28 cm
- American College of Laboratory Animal Medicine .
- American College of Laboratory Animal Medicine series. .
Includes bibliographical references and index.
History of zebrafish research / Zebrafish taxonomy and phylogeny or taxonomy and phylogeny / Zebrafish genetics / Geographic range and natural distribution / Behavior of wild populations / Zebrafish in biomedical research: head and body: anatomy / Establishing the body plan: the first 24 hours of zebrafish development / Zebrafish integumentary system / Zebrafish pigmentation / Respiratory system / Skeletal system morphophysiology / Zebrafish myology / It takes guts: development of the embryonic and juvenile zebrafish digestive system / The zebrafish cardiovascular system / Development of the zebrafish pronephric and mesonephric kidneys / The reproductive system / Endocrine systems / Zebrafish nervous systems / Immunology / Physiology: hematology and clinical chemistry, gas exchange, and regulatory osmolality / Zebrafish in biomedical research: the retina and vision / The mechanosensory lateral line system / Inner ear and hearing / Aquatics facility design considerations: incorporating aquatics into an animal facility / Aquatic housing / Cleaning and disinfection of life systems / Zebrafish aquatic sytems: preventative maintenance and troubleshooting / Judith S. Eisen -- Braedan M. McClusky, Ingo Braasch -- John H. Postlethwait, Ingo Braasch -- Carole J. Lee, Charles R. Tyler, Gregory C. Paull -- Carole J. Lee, Charles R. Tyler, Gregory C. Paull -- George E. Sanders -- Natalie L. Smith, David Kimelman -- Andrew J. Aman, David M. Parichy -- David M. Parichy -- Michael G. Jonz -- Claire J. Watson, Ronald Y. Kwon -- Frank J. Tulenko, Peter Currie -- pages 115-121 -- Morgan Prochaska, Jianlong Li, Kenneth N. Wallace -- Marina Venero Galanternik, Amber N. Stratman, Brant M. Weinstein -- Cuong Q. Diep, Noriko Mikeasky, Alan J. Davidson -- Kellee R. Siegfried, Bruce W. Draper -- Daniel A. Gorelick, Lauren M. Habenicht -- Jan Kaslin, Julia Ganz -- David Traver, Jeffrey A. Yoder -- Lauren M. Habenicht -- Whitney M. Cleghorn, Susan E. Brockerhoff -- Eric D. Thomas, David W. Raible -- Allison B. Coffin, Alexandria M. Hudson -- t Introduction to zebrafish husbandry / Susan C. Farmer -- Jeffrey R. Zynda -- Jason Cockington -- Erik Sanders -- Lauren Pandolfo, John Aliucci -- pages 3-14 -- pages 15-24 -- pages 25-39 -- pages 41-56 -- pages 57-72 -- pages 77-79 -- pages 81-88 -- pages 91-96 -- pages 97-102 -- pages 103-107 -- pages 109-114 -- pages 123-130 -- pages 131-143 -- pages 145-150 -- pages 151-164 -- pages 165-179 -- pages 181-189 -- pages 191-216 -- pages 217-233 -- pages 237-244 -- pages 245-253 -- pages 255-260 -- pages 263- 264 -- pages 265-277 -- pages 279-298 -- pages 299-308 -- pages 309-320. Water quality for zebrafish culture / Recirculating aquaculture systems (RAS) for zebrafish culture / Zebrafish breeding and colony management / Zebrafish larviculture / Zebrafish nutrition -- moving forward / Anesthesia, analgesia, and euthanasia of the laboratory zebrafish / Health surveillance programs / Importation and quarantine / Export and transportation of zebrafish / Regulations, policies and guidelines pertaining to the use of zebrafish in biomedical research / Water quality and idiopathic diseases of laboratory zebrafish / Important parasites of zebrafish in research facilities / Bacterial and fungal diseases of zebrafish / Christopher M. Whipps, Michael L. Kent -- Viral diseases / Nonexperimentally induced neoplastic and proliferative lesions in laboratory zebrafish / Special procedures for zebrafish diagnostics / Zebrafish as a model to understand vertebrate development / Zebrafish as a model for revealing the neuronal basis of behavior / Zebrafish as a model to understand human genetic diseases / Zebrafish as a model for investigating animal -- microbe interactions / Targeted editing of zebrafish genes to understand gene function and human disease pathology / Zebrafish as a platform for genetic screening / Zebrafish as a platform for drug screening / Hugh S. Hammer -- Hugh S. Hammer -- David Castranova, Chongmin Wang -- Christian Lawrence -- L. Adele Fowler, Michael B. Williams, Louis R. D'Abramo, Stephen A. Watts -- Chereen Collymore -- Christine Lieggi -- Christine Lieggi -- Carrie L. Barton, Diana P. Baumann, James D. Cox -- Samuel C. Cartner, Earle Durboraw, Amanda Watts -- Katrina N. Murray, David Lains, Sean T. Spagnoli -- Michael L. Kent, Justin L. Sanders -- Marcus J. Crim -- Sean T. Spagnoli, Katrina N. Murray -- Michael L. Kent, Katrina N. Murray, Kay Fischer, Christiana L�ohr, Donna Mulrooney, Justin L. Sanders -- Narendra H. Pathak, Michael J.F. Barresi -- Kimberly L. McArthur, Dawnis M. Chow, Joseph R. Fetcho -- Jennifer B. Phillips, Monte Westerfield -- Travis J. Wiles, Karen J. Guillemin -- Alberto Rissone, Johan Ledin, Shawn M. Burgess -- James T. Nichols -- Teija Zhang, Randall T. Peterson -- pages 321-335 -- pages 337-356 -- pages 357-364 -- pages 365-378 -- pages 379-401 -- pages 403-413 -- pages 415-429 -- pages 431-442 -- pages 443-450 -- pages 451-459 -- pages 463-477 -- pages 479-494 -- pages 495-508 -- pages 509-526 pages 527-546 -- pages 547-556 -- pages 559-591 -- pages 593-617 -- pages 619-626 -- pages 627 -- 635 -- pages 637-647 -- pages 649-657 -- pages 659-675.
9780128124314 0128124318
2019955998
101768444 DNLM
Zebra danio.
Zebra danios as laboratory animals.
Diseases--Animal models.
Biology--Research.
Medicine--Research.
Zebrafish.
Animals, Laboratory.
Disease Models, Animal.
Biomedical Research.
Medicine--Research.
Diseases--Animal models.
Biology--Research.
Zebra danio.
Zebra danios as laboratory animals.
QL638.C94 / Z434 2019
570 / ZEB
QY 60.F4
Includes bibliographical references and index.
History of zebrafish research / Zebrafish taxonomy and phylogeny or taxonomy and phylogeny / Zebrafish genetics / Geographic range and natural distribution / Behavior of wild populations / Zebrafish in biomedical research: head and body: anatomy / Establishing the body plan: the first 24 hours of zebrafish development / Zebrafish integumentary system / Zebrafish pigmentation / Respiratory system / Skeletal system morphophysiology / Zebrafish myology / It takes guts: development of the embryonic and juvenile zebrafish digestive system / The zebrafish cardiovascular system / Development of the zebrafish pronephric and mesonephric kidneys / The reproductive system / Endocrine systems / Zebrafish nervous systems / Immunology / Physiology: hematology and clinical chemistry, gas exchange, and regulatory osmolality / Zebrafish in biomedical research: the retina and vision / The mechanosensory lateral line system / Inner ear and hearing / Aquatics facility design considerations: incorporating aquatics into an animal facility / Aquatic housing / Cleaning and disinfection of life systems / Zebrafish aquatic sytems: preventative maintenance and troubleshooting / Judith S. Eisen -- Braedan M. McClusky, Ingo Braasch -- John H. Postlethwait, Ingo Braasch -- Carole J. Lee, Charles R. Tyler, Gregory C. Paull -- Carole J. Lee, Charles R. Tyler, Gregory C. Paull -- George E. Sanders -- Natalie L. Smith, David Kimelman -- Andrew J. Aman, David M. Parichy -- David M. Parichy -- Michael G. Jonz -- Claire J. Watson, Ronald Y. Kwon -- Frank J. Tulenko, Peter Currie -- pages 115-121 -- Morgan Prochaska, Jianlong Li, Kenneth N. Wallace -- Marina Venero Galanternik, Amber N. Stratman, Brant M. Weinstein -- Cuong Q. Diep, Noriko Mikeasky, Alan J. Davidson -- Kellee R. Siegfried, Bruce W. Draper -- Daniel A. Gorelick, Lauren M. Habenicht -- Jan Kaslin, Julia Ganz -- David Traver, Jeffrey A. Yoder -- Lauren M. Habenicht -- Whitney M. Cleghorn, Susan E. Brockerhoff -- Eric D. Thomas, David W. Raible -- Allison B. Coffin, Alexandria M. Hudson -- t Introduction to zebrafish husbandry / Susan C. Farmer -- Jeffrey R. Zynda -- Jason Cockington -- Erik Sanders -- Lauren Pandolfo, John Aliucci -- pages 3-14 -- pages 15-24 -- pages 25-39 -- pages 41-56 -- pages 57-72 -- pages 77-79 -- pages 81-88 -- pages 91-96 -- pages 97-102 -- pages 103-107 -- pages 109-114 -- pages 123-130 -- pages 131-143 -- pages 145-150 -- pages 151-164 -- pages 165-179 -- pages 181-189 -- pages 191-216 -- pages 217-233 -- pages 237-244 -- pages 245-253 -- pages 255-260 -- pages 263- 264 -- pages 265-277 -- pages 279-298 -- pages 299-308 -- pages 309-320. Water quality for zebrafish culture / Recirculating aquaculture systems (RAS) for zebrafish culture / Zebrafish breeding and colony management / Zebrafish larviculture / Zebrafish nutrition -- moving forward / Anesthesia, analgesia, and euthanasia of the laboratory zebrafish / Health surveillance programs / Importation and quarantine / Export and transportation of zebrafish / Regulations, policies and guidelines pertaining to the use of zebrafish in biomedical research / Water quality and idiopathic diseases of laboratory zebrafish / Important parasites of zebrafish in research facilities / Bacterial and fungal diseases of zebrafish / Christopher M. Whipps, Michael L. Kent -- Viral diseases / Nonexperimentally induced neoplastic and proliferative lesions in laboratory zebrafish / Special procedures for zebrafish diagnostics / Zebrafish as a model to understand vertebrate development / Zebrafish as a model for revealing the neuronal basis of behavior / Zebrafish as a model to understand human genetic diseases / Zebrafish as a model for investigating animal -- microbe interactions / Targeted editing of zebrafish genes to understand gene function and human disease pathology / Zebrafish as a platform for genetic screening / Zebrafish as a platform for drug screening / Hugh S. Hammer -- Hugh S. Hammer -- David Castranova, Chongmin Wang -- Christian Lawrence -- L. Adele Fowler, Michael B. Williams, Louis R. D'Abramo, Stephen A. Watts -- Chereen Collymore -- Christine Lieggi -- Christine Lieggi -- Carrie L. Barton, Diana P. Baumann, James D. Cox -- Samuel C. Cartner, Earle Durboraw, Amanda Watts -- Katrina N. Murray, David Lains, Sean T. Spagnoli -- Michael L. Kent, Justin L. Sanders -- Marcus J. Crim -- Sean T. Spagnoli, Katrina N. Murray -- Michael L. Kent, Katrina N. Murray, Kay Fischer, Christiana L�ohr, Donna Mulrooney, Justin L. Sanders -- Narendra H. Pathak, Michael J.F. Barresi -- Kimberly L. McArthur, Dawnis M. Chow, Joseph R. Fetcho -- Jennifer B. Phillips, Monte Westerfield -- Travis J. Wiles, Karen J. Guillemin -- Alberto Rissone, Johan Ledin, Shawn M. Burgess -- James T. Nichols -- Teija Zhang, Randall T. Peterson -- pages 321-335 -- pages 337-356 -- pages 357-364 -- pages 365-378 -- pages 379-401 -- pages 403-413 -- pages 415-429 -- pages 431-442 -- pages 443-450 -- pages 451-459 -- pages 463-477 -- pages 479-494 -- pages 495-508 -- pages 509-526 pages 527-546 -- pages 547-556 -- pages 559-591 -- pages 593-617 -- pages 619-626 -- pages 627 -- 635 -- pages 637-647 -- pages 649-657 -- pages 659-675.
9780128124314 0128124318
2019955998
101768444 DNLM
Zebra danio.
Zebra danios as laboratory animals.
Diseases--Animal models.
Biology--Research.
Medicine--Research.
Zebrafish.
Animals, Laboratory.
Disease Models, Animal.
Biomedical Research.
Medicine--Research.
Diseases--Animal models.
Biology--Research.
Zebra danio.
Zebra danios as laboratory animals.
QL638.C94 / Z434 2019
570 / ZEB
QY 60.F4