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상품명 Fish Disease: Diagnosis and Treatment, 2/E (2010)
소비자가 162,000원
판매가 162,000원
적립금 4,800원 (3%)
저자 Edward J. Noga
상품코드 P0000CSG
출판사 WIley Blackwell
발행일 2010
페이지 536
상품 옵션

 

어류질병의 대가인 Edward J. Noga교수의 Fish Disease 개정판이 발간되었읍니다.

어류질병에 관련한 분야에서 바이블로 통하는 도서이며 개정판에서는 많은 부분이 칼라화보로 삽입되었읍니다.

 

최신의 진단기법과 병원체의 규명을 위한 분자생물학의 활용, 그리고 흔한 질병과 최근에 발견된 질병들에 대한 내용이 수록되어있읍니다.

또한 본서의 말미에서는 신약과 투약법이 포함된 약전이 들어있읍니다.

 

※ 농경애니텍에서 제공하는 모든 미니리뷰는 농경애니텍의 사적인 의견이 다분하며 저작권이 농경애니텍에 귀속됩니다.  본 리뷰뿐 아니라 상세설명을 허락없이 무단으로 옮기는 것은 사양합니다

 


Fish Disease: Diagnosis and Treatment, 2nd Edition
Edward J. Noga
  • ISBN: 978-0-8138-0697-6
  • Hardcover
  • 536 pages
  • June 2010, Wiley-Blackwell
  • Offers an expanded clinical workup section to include recently developed, as well as more specialized, diagnostic procedures
  • Expands coverage of molecular methods for fish pathogen identification
  • Provides coverage of many newly prominent and recently discovered diseases
  • Expands the Pharmacopoeia section with both new drugs and dosing regimens.
  • Incorporates greater discussion of diseases and treatments as they relate to environmental and public health
  • Provides updates on other health protection strategies, including commercially available diagnostic tests and vaccines
  • Expands coverage of the principles and practice of biosecurity

    Description

    Fish Disease: Diagnosis and Treatment, Second Edition provides thorough, yet concise descriptions of viral, bacterial, fungal, parasitic and noninfectious diseases in an exhaustive number of fish species. Now in full color with over 500 images, the book is designed as a comprehensive guide to the identification and treatment of both common and rare problems encountered during the clinical work-up. Diseases are discussed following a systems-based approach to ensure a user-friendly and practical manual for identifying problems.

    Fish Disease: Diagnosis and Treatment, Second Edition is the must-have reference for any aquaculturists, aquatic biologists, or fish health specialists dealing with diagnosing or treating fish diseases.

     


    Table of Contents

    Part I. METHODS FOR DIAGNOSING FISH DISEASES
    1. MAJOR CULTURED SPECIES


    2. TYPES OF CULTURE SYSTEMS

    3. THE CLINICAL WORK-UP

           

    4. POST MORTEM TECHNIQUES

    5. GUIDELINES FOR INTERPRETING CLINICAL FINDINGS

    6. HEALTH MANAGEMENT

    Part II. PROBLEM LIST

    7. PROBLEMS 1-10. Diagnoses made with commercially available water quality test kits or equipment that should be present in the clinician's clinic

       1. Environmental hypoxia
       2. Temperature stress
       3. Temperature stratification
       4. Ammonia poisoning
       5. Nitrite poisoning
       6. Nitrate poisoning
       7. Too low (acidic) pH
       8. Too high (alkaline) pH
       9. Improper hardness
       10. Improper salinity

    8. PROBLEMS 11-43: Diagnoses made by either gross external examination of fish, wet mounts of skin/gills, or histopathology of skin/gills

       11. Gas supersaturation
       12. Lamprey infestation
       13. Leech infestation
       14. Copepod infestation/infection
       15. Branchiuran infestation
       16. Isopod infestation
       17. Monogenean infestation
       18. Turbellarian infection
       19. Protozoan ectoparasites: General features
       20. Ichthyophthirius infection
       21. Cryptocaryon infection
       22. Trichodinid infestation
       23. Chilodonella infestation
       24. Brooklynella infestation
       25. Tetrahymena infection
       26. Uronema infection
       27. Amyloodinium infestation
       28. Piscinoodinium infestation
       29. Ichthyobodo infestation
       30. Gill Cryptobia infestations
       31. Gill amoebic infestations
       32  Sessile, solitary, ectocommensal ciliate infestations
       33. Sessile, colonial, ectocommensal ciliate infestations
       34. Typical water mold infections
       35. Atypical water mold infections
       36. Branchiomycosis
       37. Columnaris infection
       38. Bacterial cold water disease
       39. Bacterial gill disease
       40. Lymphocystis
       41. Epitheliocystis
       42. Miscellaneous skin and gill diseases
       43. Incidental findings in skin or gill wet mounts


    9. PROBLEM 44: Diagnoses made by examination of a gill clip or a blood smear

       44. Primary hemopathies

    10. PROBLEMS 45-57: Diagnoses made by bacterial culture of kidney or affected organs

       45. Bacterial dermatopathies/systemic bacterial infections (general)
       46. Motile aeromonad infection
       47. Furunculosis
       48. Edwardsiella ictaluri
       49. Edwardsiella tarda
       50. Vibriosis
       51. Pasteurellosis
       52. Enteric redmouth disease
       53  Streptococcosis
       54. Bacterial kidney disease
       55. Mycobacteriosis
       56. Piscirickettsiosis
       57. Miscellaneous systemic bacterial infections

    11. PROBLEMS 58-76: Diagnoses made by necropsy of the viscera and examination of wet mounts or histopathology of internal organs

       58. Digenean trematode infection: General features
       59. Gill digenean trematode infections
       60. Nematode infections
       61. Cestode infections
       62. Acanthocephalan infections  
       63. Myxozoan infections (General)
       64. Proliferative gill disease
       65. Ceratomyxosis
       66. Hoferellus carassii
       67. Proliferative kidney disease
       68. Whirling disease
       69. Miscellaneous myxozoan infections
       70. Microsporidian infections
       71. Ichthyophonosis
       72. True fungal infections
       73. Diplomonad flagellate infection
       74. Tissue coccidiosis
       75. Miscellaneous endoparasitic infections
       76. Idiopathic epidermal proliferation/Neoplasia


    12. PROBLEMS 77-88: Rule-out diagnoses 1 (Viral Infections): Presumptive diagnosis is based upon the absence of other etiologies combined with a diagnostically appropriate history, clinical signs, and/or pathology.  Definitive diagnosis is based upon presumptive diagnosis combined with confirmation of viral presence (i.e., culture, immmunodiagnosis, gene test, etc.)

       77. Systemic viral diseases (General) molecular probes
       78. Channel catfish virus disease
       79. Infectious pancreatic necrosis
       80. Infectious hematopoietic necrosis
       81. Viral hemorrhagic septicemia
       82. Infectious salmon anemia
       83. Spring viremia of carp
       84. Iridovirus diseases
       85. Nodavirus diseases
       86. Koi herpesvirus disease
       87. Alphavirus diseases
       88. Miscellaneous viral infections and diseases

    13. PROBLEMS 89-99: Rule-out diagnoses 2: Presumptive diagnosis is based upon the absence of other etiologies combined with a diagnostically appropriate history, clinical signs, and/or pathology.  Definitive diagnosis is based upon presumptive evidence combined with further, more extensive work-up with a specific identification of the problem

       89. Nutritional deficiency
       90. Hypercarbia
       91. Hydrogen sulfide poisoning
       92. Chlorine/chloramine poisoning
       93. Heavy metal poisoning
       94. Cyanide poisoning
       95. Miscellaneous poisonings
       96. Harmful algal blooms
       97. Acute ulceration response/Environmental shock/delayed mortality syndrome
       98. Traumatic lesions
       99. Genetic anomalies
      
    14. PROBLEMS 100-102: Rule-out diagnoses 3: Presumptive diagnosis is based upon the absence of other etiologies combined with a diagnostically appropriate history, clinical signs, and/or pathology.  Definitive diagnosis is not possible since the etiology is unknown (idiopathic)

       100. Lateral Line Depigmentation
       101. Senescence
       102. Miscellaneous important idiopathic diseases

    15. PROBLEM 103: Diseases of Reproduction

      103. Egg diseases

    Part III. METHODS FOR TREATING FISH DISEASES

    16. GENERAL CONCEPTS IN THERAPY


    17   PHARMACOPOEIA

    APPENDIX I: Fish Disease Diagnosis Form
    APPENDIX II: Suppliers
    APPENDIX III: Scientific Names of Fish Mentioned in the Text
    APPENDIX IV: Definitions of Terms
    Index

     


    Author Information

    Edward J. Noga, MS, DVM, is Professor of Aquatic Medicine (College of Veterinary Medicine) and Adjunct Professor of Zoology (College of Agriculture and Life Science) at North Carolina State University, in Raleigh, North Carolina, and Adjunct Professor of Marine Science (Center for Marine Science) at the University of North Carolina in Wilmington, North Carolina.