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Seafood Industry: Species, Products, Processing, and Safety 2nd edition [Kietas viršelis]

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  • Formatas: Hardback, 488 pages, aukštis x plotis x storis: 254x196x28 mm, weight: 1225 g
  • Išleidimo metai: 27-Mar-2012
  • Leidėjas: Wiley-Blackwell
  • ISBN-10: 081380258X
  • ISBN-13: 9780813802589
Kitos knygos pagal šią temą:
  • Formatas: Hardback, 488 pages, aukštis x plotis x storis: 254x196x28 mm, weight: 1225 g
  • Išleidimo metai: 27-Mar-2012
  • Leidėjas: Wiley-Blackwell
  • ISBN-10: 081380258X
  • ISBN-13: 9780813802589
Kitos knygos pagal šią temą:
The Seafood Industry: Species, Products, Processing, and Safety, Second Edition is a completely updated and contemporary revision of Flick and Martin’s classic publication, The Seafood Industry. Covering all aspects of the commercial fish and shellfish industries – from harvest through consumption – the book thoroughly describes the commercial fishery of the western hemisphere. The international audience will also find the coverage accessible because, although species and regulations may differ, the techniques described are similar worldwide,. The second edition contains a significant expansion of the material included in the first edition. Examples include: high pressure processing; inclusion of additional major crustacean species of commerce; fishery centers and development programs; handling methods on fishing vessels; and new chapters on Toxins, Allergies, and Sensitivities; Composition and Quality; and Risk Management and HACCP; and Processing Fin Fish. The Seafood Industry: Species, Products, Processing, and Safety, comprehensive in scope and current with today’s issues, will prove to be a great asset to any industry professional or seafood technologist working in the field.

Recenzijos

The authors present valuable technical information and insight for the handling and processing of commercially important species of finfish and shellfish while making the complex understandable. For a technical work, it is an enjoyable read. Every seafood technology or marketing student or professional should add this volume to his or her bookshelves.  (Journal of Aquatic Food Product Technology, 25 December 2013)

Preface and Acknowledgments xiii
Contributors xv
1 A History of the Seafood Industry
1(13)
Roy E. Martin
The fish curing industry
1(1)
Fish canning
2(1)
Canning salmon
3(1)
The shrimp fishery
3(2)
Canning oysters, clams, and crabs
5(1)
The fish canning industry
6(2)
The haddock fishery
8(1)
Early Pacific fisheries
9(1)
The menhaden fishery
10(1)
The whaling industry
11(1)
An overview of our heritage
12(1)
Further reading
12(2)
2 Harvesting Techniques
14(13)
George J. Flick, Jr.
Classification of harvesting techniques
14(11)
Nets
15(5)
Trap and gear pot
20(2)
Hook-and-line fishing
22(2)
Shellfish dredging and scooping gear
24(1)
Hand picking
25(1)
Fishing optimization
25(1)
Miscellaneous and experimental gear
25(1)
Acknowledgment
26(1)
Further reading
26(1)
3 Groundfish
27(21)
George J. Flick, Jr.
Laura S. Douglas
Introduction
27(1)
Historical perspective
28(4)
East Coast fishing industry: a historical perspective
28(2)
West Coast fishing industry: a historical perspective
30(2)
Species
32(12)
East Coast
32(9)
West Coast
41(3)
Acknowledgments
44(1)
References
45(1)
Webliography
45(3)
4 Pelagic Fish
48(15)
Laura S. Douglas
Introduction
48(1)
Species
49(4)
Herrings, sardines, and anchovies
49(1)
Tunas, bonitos, and billfishes
50(2)
Miscellaneous pelagic fishes
52(1)
Physical adaptation
53(1)
Musculature
54(1)
Preservation
54(3)
Maine sardines
55(1)
Brisling and sild (formerly Norway sardines)
55(1)
Portuguese sardines
56(1)
Tuna
56(1)
Mackerel
56(1)
Anchovies, Mediterranean style
57(1)
Menhaden
57(1)
Nutritional value
57(1)
Labeling
58(1)
Sardines and sardine-like products
58(1)
Anchovies
59(1)
Tunas
59(1)
Quality factors
59(2)
Brisling and sild (Norway sardines)
59(1)
Portuguese sardines
59(1)
Tunas
60(1)
Mackerels
60(1)
Anchovies, Mediterranean style
60(1)
Acknowledgments
61(1)
References
61(1)
Webliography
61(2)
5 Major Cultured Species
63(8)
Lori S. Marsh
Importance of aquaculture
63(1)
Production environments and systems
63(2)
Pond systems
64(1)
Enclosure and cage systems
64(1)
Flow-through systems
65(1)
Recirculating aquaculture systems
65(1)
Common aquacultured species
65(5)
Carps
66(1)
Oysters
67(1)
Clams, cockles, and arkshells
67(1)
Shrimps and prawns
68(1)
Tilapias
68(1)
Salmons and trouts
69(1)
Conclusions
70(1)
References
70(1)
Webliography
70(1)
6 Shellfish---Mollusks
71(12)
Robin Downey
Lori Marsh
George J. Flick, Jr.
Mollusk farms and fisheries
71(1)
Natural history
71(1)
Feeding
72(1)
The mollusk and public health
72(1)
Conservation regulations
72(1)
West Coast
73(3)
Clam culture operations
73(1)
Geoduck (giant clam) culture operations
73(1)
Mussel culture operations
74(1)
Oyster culture operations
74(1)
Scallop culture operations
75(1)
Abalone
75(1)
Atlantic and Gulf Coasts
76(5)
Surf clams
76(1)
Ocean quahog
77(1)
Hard clam
78(1)
Soft shell clam
79(1)
Scallops
80(1)
Oysters
80(1)
Blue mussel
81(1)
Acknowledgment
81(1)
References
81(1)
Webliography
82(1)
7 Shellfish---Crustaceans
83(12)
Michael J. Oesterling
Crabs
84(5)
Blue crab
85(1)
King crab
86(2)
Cancer crabs
88(1)
Shrimp
89(3)
Penaeid shrimp
90(1)
Pandalid shrimp
91(1)
Lobster
92(2)
Spiny lobsters
92(1)
American lobster
93(1)
Further reading
94(1)
8 Underutilized (Latent) Fishery Species
95(10)
Michael Jahncke
Daniel Kauffman
History of research programs on underutilized (latent) fishery species
95(1)
Fishery development foundations
96(1)
Saltenstall-Kennedy fishery development funds and sea grant research programs on underutilized (latent) species
97(1)
Examples of past and current underutilized (latent) species development efforts
97(2)
Dogfish
97(1)
Pacific sardine
98(1)
Atlantic red crab
99(1)
Spin-offs from underutilized (latent) species research
99(1)
Nongovernmental organization and consumer pressure for sustainable management
100(1)
Future trends
101(1)
Acknowledgments
101(1)
References
101(2)
Webliography
103(2)
9 Processing Finfish
105(13)
Lori Marsh
George J. Flick, Jr.
Filleting
105(1)
Mince
106(8)
Raw materials and sources
106(1)
Separation processes
106(4)
Washing
110(1)
Mince stabilization
110(2)
Mince products
112(2)
Conclusions
114(1)
Batters and breading
114(3)
Mesh
115(1)
Browning rate
115(1)
Moisture and oil absorption
115(1)
Battered and breaded seafoods
115(1)
Quality assurance of battered and breaded seafood products
116(1)
Acknowledgments
117(1)
References
117(1)
Webliography
117(1)
10 Surimi and Fish Protein Isolate
118(10)
Jae W. Park
Introduction
118(5)
Manufacturing of surimi
119(2)
Refining
121(1)
Freezing, metal detection, and frozen storage
121(1)
Factors affecting surimi quality
122(1)
Surimi gel preparation and measurement
122(1)
Fish protein isolate
123(3)
What is fish protein isolate?
123(1)
Superior gelling properties of FPI
124(1)
Utilization of surimi and fish protein isolate
124(2)
References
126(2)
11 Waste (By-Product) Utilization
128(8)
Lori Marsh
Peter J. Bechtel
Human consumption
129(2)
Mince
129(1)
Roe
130(1)
Fish heads
130(1)
Pharmaceutical nutraceuticals and other products
130(1)
Aquacultural, agricultural, and bulk food uses
131(1)
Fish hydrolysates
131(1)
Fertilizer and compost
131(1)
Nonnutritional uses
132(1)
Biodiesel and fuel
132(1)
Chitin and chitosan
132(1)
Carotenoid pigments
133(1)
Leather and gelatin
133(1)
References
133(3)
12 Processing Mollusks
136(15)
George J. Flick, Jr.
Processing for the live market
136(1)
Processing for the fresh market
137(2)
Bivalves
137(1)
Gastropods
138(1)
Further processing
139(8)
Batter and breading operations
139(1)
Freezing
139(1)
Canning
140(2)
Pickled mollusks
142(1)
High pressure processing
142(3)
Irradiation and electron beam
145(1)
Steam tunnel
145(2)
Heat shock
147(1)
Postharvest processes
147(1)
Postharvest processing validation/verification guidance for Vibrio vulnificus and Vibrio parahaemolyticus
148(1)
Flavoring agents from processing effluents
148(1)
Acknowledgment
149(1)
References
149(1)
Further reading
149(2)
13 Processing Crustaceans
151(10)
Lori S. Marsh
Crabs
151(4)
Swimming or blue crabs
151(2)
Further processing
153(1)
King crab
153(1)
Dungeness crab
154(1)
Stone crab
154(1)
Jonah crab and rock crab
154(1)
Lobster
155(1)
Shrimp
155(3)
Paste shrimp
155(1)
Cold-water shrimp
156(1)
Warm-water shrimp
156(1)
Shrimp processing on board the capture vessel
156(2)
Crawfish
158(1)
Harvesting crawfish
158(1)
Grading
158(1)
Cooking
158(1)
Packaging
159(1)
Other freshwater crawfish products
159(1)
Acknowledgment
159(1)
References
159(1)
Webliography
160(1)
14 Freshwater Fish
161(11)
Denise Skonberg
Thomas E. Rippen
Current status
161(1)
Other fisheries
162(1)
Markets/processing
163(1)
Composition and quality
163(3)
Shelf life
163(1)
Red versus white muscle
163(1)
Nutrient composition
164(1)
Consumer preference
164(1)
Off-flavors
165(1)
Parasites
165(1)
Contaminants
165(1)
Selected species
166(4)
Whitefish
166(1)
Lake whitefish
166(1)
Chubs (lake herring)
166(1)
Other whitefish
166(1)
Yellow perch
167(1)
Walleye
167(1)
Lake trout
168(1)
Smelt
168(1)
Catfish
168(1)
Other species
169(1)
Acknowledgments
170(1)
Further reading
170(1)
Webliography
171(1)
15 Nutrition and Preparation
172(21)
Doris T. Hicks
Introduction
172(1)
Make smart choices from every food group
173(1)
Nutrient intake recommendations
173(1)
Major nutrients
173(7)
Protein
173(1)
Fat
174(1)
Water
175(1)
Minerals
175(2)
Trace minerals
177(1)
Vitamins
178(1)
Water-soluble vitamins
179(1)
Nutrition labeling for seafood
180(2)
What you need to know about mercury in fish and shellfish
181(1)
Allergens
182(1)
Buying seafood
182(4)
Whole fish
182(1)
Fish fillets or steaks
182(1)
Shellfish
183(1)
Label-dated seafood
183(1)
Mail-order seafood
183(1)
Handling and storing fresh seafood
183(1)
Buying frozen seafood
184(2)
Preparation
186(5)
Keeping it clean
186(1)
Cooking: general rules
186(4)
Serving seafood
190(1)
Acknowledgment
191(1)
Further reading
191(1)
Webliography
192(1)
16 Species Identification of Seafood
193(27)
LeeAnn Applewhite
Rosalee Rasmussen
Michael Morrissey
Significance of problem
194(1)
Types of species substitution
194(1)
Background
195(1)
Comparison of protein- and DNA-based methods
196(1)
DNA-based methods
196(11)
DNA extraction
196(1)
DNA amplification
197(4)
Post-PCR analysis methods
201(4)
Single-stranded conformational polymorphism
205(2)
General summary of DNA-based methods
207(1)
Current regulatory activity
207(2)
Current commercial applications
209(1)
Online resources
209(1)
Challenges and emerging trends
210(2)
DNA chips
211(1)
Quantitative PCR
211(1)
Electrochemical DNA sensors
212(1)
Conclusions
212(1)
References
212(6)
Further reading
218(1)
Webliography
218(2)
17 Packaging
220(10)
Joseph E. Marcy
Why package?
221(4)
Containing and protecting the product
221(1)
Product protection
221(2)
Communication
223(1)
Convenience
224(1)
Package selection
225(3)
Consumer/retail packaging
225(2)
Bulk packaging techniques
227(1)
Handling characteristics of packaging materials
228(1)
Acknowledgment
229(1)
References
229(1)
Further reading
229(1)
18 Freezing
230(19)
Donald E. Kramer
Lyn D. Peters
Edward Kolbe
Factors affecting frozen shelf life
230(7)
Composition
231(1)
Condition of the fish
232(1)
Season of year
233(1)
Rigor mortis
233(1)
Freezing rate
234(3)
Storage temperature
237(1)
Packaging
238(6)
Thawing
244(1)
Temperature indicators
245(1)
Acknowledgment
246(1)
References
246(1)
Further reading
247(2)
19 Handling of Fresh Fish
249(12)
Thomas E. Rippen
Denise Skonberg
Review of fish spoilage
249(6)
Bacteria
249(1)
Developing a scombrotoxin (histamine) control plan
250(5)
Temperature effect
255(2)
Ice advantages and uses
255(2)
Ice in retail display cases
257(1)
Other cooling systems
257(1)
Bruises and cuts
257(1)
Bacterial contamination
258(1)
Washing and sanitizing
259(1)
Further reading
259(2)
20 Shellfish---Biological Safety
261(17)
George J. Flick, Jr.
Linda Ankenman Granata
Shrimp
261(3)
Shrimp production
262(1)
Raw and processed shrimp
263(1)
Ice storage of shrimp
264(1)
Oysters
264(5)
Postprocessing treatments of oysters
268(1)
Mussels
269(1)
Hepatitis A
269(1)
Toxins
270(1)
Parasites
271(1)
Conclusions
272(1)
References
272(6)
21 Allergens, Decomposition, and Toxins
278(19)
Sherwood Hall
Allergens
279(1)
Decomposition
279(2)
Biogenic amines
280(1)
Seafood toxins
281(5)
Some useful resources
282(1)
Shellfish toxins and primary accumulation
282(2)
Toxins that can be accumulated from plankton but are of uncertain risk to consumers
284(1)
Palytoxins and Ostreopsis toxins
285(1)
Pufferfish, intrinsic toxicity, and toxicity of uncertain origin
285(1)
Distribution
286(1)
Concepts and strategies for managing seafood toxins
286(6)
Sampling, sample preparation, and the significance of a sample
289(1)
Detection methods for toxicity monitoring
289(3)
Elimination
292(1)
History
292(1)
Summary
293(1)
References
293(3)
Further reading
296(1)
22 Cleaning and Sanitation
297(11)
Nina Gritzai Parkinson
Cleaning
298(3)
Surfaces to be cleaned
298(1)
Nonfood-contact surfaces
298(1)
Type of soil
298(1)
Water properties
299(1)
Temperature
299(1)
Equipment and resources
300(1)
Factors to consider when selecting the cleaning compound
300(1)
Sanitizing
301(4)
Chemical factors
302(1)
Biological factors
303(1)
Sanitizers
303(1)
Iodine compounds
304(1)
Quaternary ammonium compounds
304(1)
Acid-anionic surfactants
305(1)
Fatty acid sanitizers
305(1)
Ozone
305(1)
Peroxyacetic acid or peracetic acid solutions
305(1)
Writing sanitation standard operating procedures
305(1)
Acknowledgments
306(1)
Further reading
306(1)
Webliography
307(1)
23 Implementing the Seafood HACCP Regulation
308(10)
Pamela D. Tom
Overview of the seafood HACCP regulation and principles
308(3)
HACCP training
311(1)
Internet HACCP resources
312(1)
Hazards guide
313(1)
Generic HACCP plans and forms
314(1)
Encore manual
314(1)
Discussion list
315(1)
HACCP inspection
315(1)
Monitoring sanitation control procedures
316(1)
Webliography
316(2)
24 Aquaculture
318(9)
Brian G. Bosworth
History of aquaculture
318(1)
Types of aquaculture
319(1)
Advantages and disadvantages of aquaculture
319(1)
Basic requirements of aquaculture
320(1)
Aquaculture production
321(1)
Worldwide
321(1)
United States
322(1)
Culture systems and techniques
322(3)
Catfish
322(1)
Salmon and trout
323(1)
Carp
324(1)
Shrimp
324(1)
Crawfish
324(1)
Oysters
325(1)
Aquatic plants and algae
325(1)
Current issues related to aquaculture production
325(1)
Future of aquaculture
326(1)
Acknowledgment
326(1)
References
326(1)
25 Waste Treatment
327(21)
Gregory D. Boardman
Seafood wastewater
327(3)
Pollution parameters
328(2)
Wastewater guidelines
330(4)
Direct discharge
331(2)
Municipal discharge
333(1)
Waste treatment
334(10)
In-plant controls
334(2)
Reuse and recycling
336(1)
Segregation of waters
337(1)
End-of-pipe treatment
337(7)
Residuals management
344(1)
Conclusions
345(1)
Acknowledgment
346(1)
References
346(1)
Further reading
347(1)
26 Fish Meal and Oil
348(26)
Anthony P. Bimbo
Introduction
348(5)
Production of fish meal
353(6)
Raw material
353(1)
Harvesting
354(1)
Unloading
354(1)
Cooking
355(1)
Pressing
356(1)
Drying
356(1)
Antioxidant addition
357(2)
Storage and shipping
359(1)
Production of crude fish oil
359(1)
Solids removal
360(1)
Oil-water separation
360(1)
Polishing or oil purification
360(1)
Production of stickwater concentrate
360(1)
Evaporation
360(1)
Other production methods
361(1)
Dry rendering
361(1)
Various silage products
361(1)
Hydrolyzates
362(1)
Pollution control
362(2)
Water effluent
363(1)
Gaseous effluent
363(1)
Markets
364(7)
Fish meal
364(1)
Crude fish oil
364(4)
Global aquaculture market
368(3)
References
371(2)
Further reading
373(1)
Webliography
373(1)
27 Regulations
374(30)
Roy E. Martin
Food and Drug Administration
374(2)
Common or usual names
375(1)
Imitations
376(2)
Poisonous and deleterious substances
378(5)
Good manufacturing practices
379(1)
Revision of umbrella GMPs
380(1)
Emergency permit control
380(1)
Labeling
380(3)
Nutrient content descriptors
383(8)
Other definitions
384(1)
"Fresh"
385(1)
Health claims
385(1)
Ingredient labeling
386(1)
Advertising
386(1)
Enforcement
386(1)
Mandatory seafood inspection
387(2)
Imports
389(1)
Bioterrorism
390(1)
Exports
391(1)
Fines
391(1)
National Marine Fisheries Service
391(2)
Inspections
392(1)
Lacey Act
393(2)
Penalties
394(1)
Questions and answers concerning the Lacey Act
395(1)
US Customs
395(1)
Bulk containers
395(1)
Other legislation
396(4)
Magnuson Fishery Conservation and Management Act
396(1)
Optimum yield
396(2)
Anadromous Fish Conservation Act
398(2)
State regulations
400(1)
Interstate Shellfish Sanitation Conference
401(1)
Federal Trade Commission
401(1)
False or misleading
401(1)
Substantiation
401(1)
Appendix
402(1)
NMFS Inspection Services
402(1)
Technical Assistance and Sanitary-Inspected Fish Establishment Services
402(1)
Packed Under Federal Inspection Service
402(1)
Product Grading Service
402(1)
Lot Inspection Service
402(1)
Further reading
403(1)
28 Smoked, Cured, and Dried Fish
404(23)
George J. Flick, Jr.
David D. Kuhn
Economic importance
405(1)
Principles of smoking, drying, and curing
405(1)
Smoked fish processing
406(14)
Purchasing and receiving
407(1)
Raw material storage
407(1)
Raw material preparation
408(1)
Salting
409(4)
Drying fish
413(2)
Smoking
415(4)
Cooling
419(1)
Spoilage and contamination of smoked fish
420(2)
Effect of smoking on composition
421(1)
Dried salted fish
422(1)
Dried fish
422(1)
Pickled fish
423(1)
Government regulations
423(2)
Personnel
423(2)
Quality control
425(1)
Acknowledgment
425(1)
References
425(1)
Further reading
426(1)
29 Transportation, Distribution, Warehousing, and Food Security
427(28)
Roy E. Martin
Transportation
427(11)
Delivery equipment design and construction
428(1)
Preloading controls
428(1)
Loading controls
429(1)
Unloading controls
429(1)
Special concerns: Railcars
430(2)
Special concerns: Air shipping
432(3)
Fish and seafood acceptance by air carriers
435(1)
Factors involved in packaging design
436(1)
Transportation from packing house to airport
437(1)
Air waybill
437(1)
Air waybill requirements for dry ice
437(1)
Distributors that take ownership of product
438(2)
Organization and programs
438(1)
Checkpoints and additional guides
438(2)
Warehousing
440(7)
Buildings and grounds
440(1)
Fixtures and equipment
441(1)
Sanitary facilities
441(1)
Sanitary operations
442(1)
Procedures and controls
443(1)
Personnel
444(1)
Temperature control and handling practices
445(2)
Food security guidelines
447(6)
Supervision
448(1)
Recall strategy
448(1)
Evaluation program
448(1)
Personnel
448(2)
Facility
450(1)
Operations
451(1)
Security of water and utilities
452(1)
Security of ventilation system (where applicable)
452(1)
Mail/packages
453(1)
Access to computer systems
453(1)
Further reading
453(2)
Index 455
Linda Ankenman Granata is a Research Associate at the Department of Food Science and Technology, Virginia Tech, Blacksburg, Virginia. George J. Flick, Jr. is University Distinguished Professor at the Department of Food Science and Technology, Virginia Tech, Blacksburg, Virginia.

Roy E. Martin was formerly Senior Vice President (Science and Technology) at the National Fisheries Institute. He is currently a Seafood Industry Consultant based in Spring Hill, Florida.