CN1833534B - Bass feed - Google Patents

Bass feed Download PDF

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Publication number
CN1833534B
CN1833534B CN200610050405A CN200610050405A CN1833534B CN 1833534 B CN1833534 B CN 1833534B CN 200610050405 A CN200610050405 A CN 200610050405A CN 200610050405 A CN200610050405 A CN 200610050405A CN 1833534 B CN1833534 B CN 1833534B
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feed
vitamin
fish
dregs
powder
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CN1833534A (en
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叶金云
陈建明
王友慧
潘茜
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Zhejiang Institute of Freshwater Fisheries
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Zhejiang Institute of Freshwater Fisheries
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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
    • Y02A40/80—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
    • Y02A40/81—Aquaculture, e.g. of fish
    • Y02A40/818—Alternative feeds for fish, e.g. in aquacultures

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Abstract

A feed for Japanese sea perch is proportionally prepared from fish powder, soybean dregs, black snakehead fish powder, corn protein powder, cotton seed dregs, flour No.4, fish fat, soybean oil, soybean phosphatide, calcium dihydrogen phosphate and additive containing vitamins, minerals, etc. It has high nutritive value.

Description

A kind of calico bass feed
Technical field
The invention belongs to the fish meal technical field, be specially a kind of perch feed.
Background technology
Flower perch (Lateolabax japonicus), have another name called seven-star perch, jewfish, belong to Perciformes, mullet class, flower perch genus, belong to wide temperature, wide salt, violent carnivorous famous and precious economic fish, mainly be distributed in China, Japan, Korea is coastal and great river, downstream, river one band sea area, its delicious meat, the speed of growth is very fast, is one of main sea-farming kind of China.In recent years, along with the development of the coastal cage culture industry of China, deep water mesh cage fish culture scale constantly enlarged, and flower perch deep water mesh cage is cultured the new highlight that has become mariculture industry.Flower perch deep water mesh cage breeding bait is fed based on ice fresh fish piece, small fish usually, very easily causes following problem: the one, and aggravation is to the destruction of near sea fishes resource; The 2nd, pollute the water quality of culturing the marine site; The 3rd, because the variation of weather, season and sea situation, can't guarantee has enough feed fish supplies every day, influences breeding production; The 4th, because water quality, substrate pollution and pathogeny are propagated, can bring out fish body disease and take place; The 5th, feeding cost is higher, is unfavorable for the health and the sustainable development of China's cage culture industry.
Summary of the invention
In view of the above problems, the present invention's design provides a kind of technical scheme of calico bass feed, and its feed coefficient is low, and is safe in utilization, reliable, be beneficial to environmental protection, and cost is low.
Described a kind of calico bass feed, it is characterized in that containing following components in weight percentage content: imported fish meal 35-40%, dregs of beans: corn protein powder (1: 1) 25-30%, cuttlefish meal 1.5-3%, cotton dregs 4-8%, No. four powder 17.5-24%, fish oil 1-2%, soya-bean oil 1-2%, soybean lecithin 0.5-1.5%, calcium dihydrogen phosphate 1.0-3.0%, surplus is the additive that contains B B-complex, composite mineral matter, immune polysaccharide, enzyme preparation, Choline Chloride and betaine.
Described a kind of calico bass feed, it is characterized in that containing: imported fish meal 38-40%, dregs of beans: corn protein powder (1: 1) 25-27%, cuttlefish meal 2-3%, cotton dregs 3.5-4.5%, No. four powder 19.5-22.5%, fish oil 1.0-1.5%, soya-bean oil 1-1.5%, soybean lecithin 0.5-1.0%, calcium dihydrogen phosphate 1.5-2.5%.
Described a kind of calico bass feed is characterized in that containing: imported fish meal 38.5%, dregs of beans: corn protein powder (1: 1) 25.5%, cuttlefish meal 2%, 4%, No. four powder 22% of cotton dregs, fish oil 1.5%, soya-bean oil 1.5%, soybean lecithin 1%, calcium dihydrogen phosphate 2%.
Described a kind of calico bass feed is characterized in that the addition of additive in every kilogram of feed is:
B B-complex: vitamin A 8000-12000IU, vitamin D 2000-2500IU, vitamin e1 00-200mg, vitamin K 10-15mg, Cobastab 120-30mg, Cobastab 240-60mg, calcium pantothenate 50-70mg, Cobastab 120.08-0.15mg, nicotinic acid 10-20mg, folic acid 10-15mg, biotin 1.0-1.5mg, inositol 100-200mg, vitamin C 300-500mg;
Composite mineral matter: adopting the feed grade inorganic compound is raw material, and each compounds content is respectively: FeSO 4H 2O, 60-100mg; CuSO 45H 2O, 8-15mg; MnSO 4H 2O, 50-70mg; ZnSO 4H 2O, 40-60mg; CoCl 26H 2O (1%), 40-60mg; KI, 0.6-1.0mg; MgSO 47H2O, 1000-1500mg; Na 2Se 2O 3, 5-15mg;
Immune polysaccharide: astragalus polyose 30-35mg, dendrobium polysaccharide 20-30mg, FOS 15-25mg, acidic polysaccharose (35-45mg, mannosan 8-10mg, beta glucan 24-28mg, flavones 3-5mg, chlorogenic acid 2.5-3.5mg;
Enzyme preparation 100-200mg, Choline Chloride 1500-2500mg, betaine 750-3000mg.
Described a kind of calico bass feed is characterized in that the addition of additive in every kilogram of feed is:
B B-complex: vitamin A 10000IU, vitamin D 2400IU, vitamin E 150mg, vitamin K1 2mg, Cobastab 124mg, Cobastab 250mg, calcium pantothenate 60mg, Cobastab 120.12mg, nicotinic acid 15mg, folic acid 12mg, biotin 1.2mg, inositol 150mg, vitamin C phosphoric ester 400mg;
Composite mineral matter: adopting the feed grade inorganic compound is raw material, and each compounds content is respectively: FeSO 4H 2O, 80mg; CuSO 45H 2O, 10mg; MnSO 4H 2O, 60mg; ZnSO 4H 2O, 50mg; CoCl 26H 2O (1%), 50mg; KI, 0.8mg; MgSO 47H2O, 1200mg; Na 2Se 2O 3, 8mg;
Immune polysaccharide: astragalus polyose 32mg, dendrobium polysaccharide 25mg, FOS 20mg, acidic polysaccharose 38mg, mannosan 9mg, beta glucan 26mg, flavones 4mg, chlorogenic acid 3mg;
Enzyme preparation 150mg; Choline Chloride 2000mg, betaine 2000mg.
Related percentage composition among the present invention unless otherwise indicated, is weight percentage.
Above-mentioned a kind of calico bass feed, its feed coefficient is low, is of high nutritive value, and production cost is low, is easy to promote.And adopt feed to culture, effectively protected near-coastal resources, significantly reduce disease spread and culturing the pollution of water area water-quality, safe in utilization, reliable, be beneficial to environmental protection.
The specific embodiment
The present invention is further illustrated below to provide specific embodiment and test data.
Embodiment 1: imported fish meal 35%, dregs of beans: corn protein powder (1: 1) 30%, cuttlefish meal 3%, 4%, No. four powder 21.5% of cotton dregs, fish oil 1.0%, soya-bean oil 1.0%, soybean lecithin 1.5%, calcium dihydrogen phosphate 1.0%, surplus is the additive that contains B B-complex, composite mineral matter, immune polysaccharide, enzyme preparation, Choline Chloride and betaine, and the addition of additive is in every kilogram of feed:
B B-complex: vitamin A 10000IU, vitamin D 2400IU, vitamin E 150mg, vitamin K1 2mg, Cobastab 124mg, Cobastab 250mg, calcium pantothenate 60mg, Cobastab 120.12mg, nicotinic acid 15mg, folic acid 12mg, biotin 1.2mg, inositol 150mg, vitamin C phosphoric ester 400mg;
Composite mineral matter: adopting the feed grade inorganic compound is raw material, and each compounds content is respectively: FeSO 4H 2O, 80mg; CuSO 45H 2O, 10mg; MnSO 4H 2O, 60mg; ZnSO 4H 2O, 50mg; CoCl 26H 2O (1%), 50mg; KI, 0.8mg; MgSO 47H2O, 1200mg; Na 2Se 2O 3, 8mg;
Immune polysaccharide: astragalus polyose 32mg, dendrobium polysaccharide 25mg, FOS 20mg, acidic polysaccharose 38mg, mannosan 9mg, beta glucan 26mg, flavones 4mg, chlorogenic acid 3mg;
Enzyme preparation 150mg, Choline Chloride 2000mg, betaine 2000mg.
Embodiment 2: imported fish meal 40%, dregs of beans: corn protein powder (1: 1) 25%, cuttlefish meal 1.5%, 3%, No. four powder 21.5% of cotton dregs, fish oil 2%, soya-bean oil 2%, soybean lecithin 0.5%, calcium dihydrogen phosphate 2.5%, surplus is the additive that contains B B-complex, composite mineral matter, immune polysaccharide, enzyme preparation, Choline Chloride and betaine, and the addition of additive is in every kilogram of feed:
B B-complex: vitamin A 10000IU, vitamin D 2400IU, vitamin E 150mg, vitamin K1 2mg, Cobastab 124mg, Cobastab 250mg, calcium pantothenate 60mg, Cobastab 120.12mg, nicotinic acid 15mg, folic acid 12mg, biotin 1.2mg, inositol 150mg, vitamin C phosphoric ester 400mg;
Composite mineral matter: adopting the feed grade inorganic compound is raw material, and each compounds content is respectively: FeSO 4H 2O, 80mg; CuSO 45H 2O, 10mg; MnSO 4H 2O, 60mg; ZnSO 4H 2O, 50mg; CoCl 26H 2O (1%), 50mg; KI, 0.8mg; MgSO 47H2O, 1200mg; Na 2Se 2O 3, 8mg;
Immune polysaccharide: astragalus polyose 32mg, dendrobium polysaccharide 25mg, FOS 20mg, acidic polysaccharose 38mg, mannosan 9mg, beta glucan 26mg, flavones 4mg, chlorogenic acid 3mg;
Enzyme preparation 150mg; Choline Chloride 2000mg, betaine 2000mg.
Embodiment 3: imported fish meal 38.5%, dregs of beans: corn protein powder (1: 1) 25.5%, cuttlefish meal 2%, 4%, No. four powder 21% of cotton dregs, fish oil 2%, soya-bean oil 2%, soybean lecithin 1%, calcium dihydrogen phosphate 2%, surplus is the additive that contains B B-complex, composite mineral matter, immune polysaccharide, enzyme preparation, Choline Chloride and betaine, and the addition of additive is in every kilogram of feed:
B B-complex: vitamin A 10000IU, vitamin D 2400IU, vitamin E 150mg, vitamin K1 2mg, Cobastab 124mg, Cobastab 250mg, calcium pantothenate 60mg, Cobastab 120.12mg, nicotinic acid 15mg, folic acid 12mg, biotin 1.2mg, inositol 150mg, vitamin C phosphoric ester 400mg;
Composite mineral matter: adopting the feed grade inorganic compound is raw material, and each compounds content is respectively: FeSO 4H 2O, 80mg; CuSO 45H 2O, 10mg; MnSO 4H 2O, 60mg; ZnSO 4H 2O, 50mg; CoCl 26H 2O (1%), 50mg; KI, 0.8mg; MgSO 47H2O, 1200mg; Na 2Se 2O 3, 8mg;
Immune polysaccharide: astragalus polyose 32mg, dendrobium polysaccharide 25mg, FOS 20mg, acidic polysaccharose 38mg, mannosan 9mg, beta glucan 26mg, flavones 4mg, chlorogenic acid 3mg;
Enzyme preparation 150mg, Choline Chloride 2000mg, betaine 2000mg.
Described imported fish meal is that Peru produces the vapour seasoning fish meal; No. four powder, inferior powder and zeolite powder all can directly be buied from the market; Enzyme preparation is Pescazyme5602, and main organized enzyme is a neutral proteinase.
The raw material of the foregoing description 1-3 is made expanded pellet feed by processing steps such as cleaning, metering, pulverizing, adding pre-mixing agent, mixing, expanded granulation, oven dry, oil spout, coolings, and its concrete processing technology is not repeat them here existing known technology.Adopt above-mentioned mixed feed to raise the calico bass effect, see the following form 1.
Table 1 deep water mesh cage mixed feed is raised calico bass effect summary sheet (average data of embodiment 1-3)
The test fish The flower perch
Test period 2003.6.10～8.30 (81 days)
Average water temperature (℃) 24.0±1.5
Total stocking rate (Kg) 3000
Always put number (tail) in a suitable place to breed 4000
First counterpoise (g/ tail) 750
Total throwing amount of raising (dry weight, Kg) 2974.3
The test fish The flower perch
Form mantissa 3990
End counterpoise (g/ tail) 1300
Total output (Kg) 5187
Net production (Kg) 2187
Survival rate (%) 99.75
Feed coefficient 1.36
Result of the test shows: the flower perch was through 81 days forage feeds, and total output reaches 5187kg, and net production is 2187kg, and survival rate is 99.75%, and feed coefficient is 1.36, and the fish body weight gains is obvious, the survival rate height, and feed coefficient is low.
Below, the science and the reasonability of main nutrient composition in the calico bass feed formula are analyzed by test.Test 1: the flower perch sees Table 2 to the demand of protein.
Table 2 flower perch protein gradient test growth indexes (means standard deviation)
Feed crude protein (%) 37.73 39.62 41.51 43.40 45.29 47.18
First counterpoise (g) 4.06±0.19 a 4.17±0.17 a 4.39±0.42 a 4.17±0.10 a 4.06±0.19 a 4.12±0.14 a
Knot counterpoise (g) 10.46±0.29 a 11.05±0.56 a 12.87±0.81 b 14.54±0.84 c 16.14±0.33 d 14.80±0.63 c
Feed coefficient 2.76±0.29 d 2.73±0.09 d 2.37±0.41 d 2.03±0.26 b 1.78±0.15 d 1.80±0.14 ab
Tail net gain (g) 6.4±0.36 a 6.88±0.46 a 8.48±0.84 b 10.37±0.94 c 11.81±0.81 d 10.74±0.51 cd
The net gain rate 1.58±0.12 a 1.65±0.10 a 1.93±0.39 b 2.49±0.26 c 2.73±0.04 d 2.65±0.11 cd
Specific growth rate (SGR) 1.69±0.15 a 1.74±0.11 a 1.92±0.41 b 2.23±0.25 c 2.35±0.04 c 2.31±0.10 c
Protein efficiency ratio, PER (PER) 0.91±0.09 a 0.97±0.03 ab L.03±0.19 b 1.14±0.14 c 1.24±0.11 d 1.18±0.10 cd
Survival rate (%) 91±3.46 94±3.46 98±2.64 90±4.58 96±2.64 92±6.24
Annotate: there were significant differences for the different subscript letter representative of the data upper right corner.
Result of the test shows: in the scope of the horizontal 37.73-47.18% of forage protein, the specific growth rate of each test group fish improves along with the raising of forage protein level; When the forage protein level was 47.18%, its specific growth rate slightly descended; For the highest, feed coefficient is minimum with the feed group of the 45.29% crude protein level of ingesting also to fish body specific growth rate with the feed group of the 45.29% crude protein level of ingesting.The fish body survival rate of each test group is 90-98%, the analysis showed that by statistics, and survival rate does not have significant difference (p＜0.05) between each test group.As ordinate, feed crude protein level is mapped as abscissa with fish body net weight, and trying to achieve the most suitable crude protein requirement of colored perch juvenile fish with curvilinear regression is 45.53%.
Test 2: the calico bass kind is to the demand of phosphorus.
Choose samely put in a suitable place to breed batch, the colored perch juvenile fish of physical health, be divided into 6 groups at random, every group of 3 repetitions, each repeats 25 tails, average weight 23.55 ± 0.17g carries out 56 days culture experiment by a definite date.Wherein organizing in contrast for one group, is 0.49% basal feed to its total phosphorus content of throwing something and feeding, and other five groups is test group, is 0.91%, 0.90%, 1.12%, 1.32% and 1.59% to its total phosphorus content of throwing something and feeding respectively.After culture experiment finishes,, and carry out the analysis of conventional nutritional labeling, phosphorus content by the raising index and the feed indication of analyzing, calculating flower perch juvenile fish.The result shows that the interpolation of phosphorus can promote the growth of flower perch juvenile fish in the feed, and along with phosphorus in the feed adds the raising of level, rate of body weight gain, specific growth rate, feed efficiency and the protein efficiency ratio, PER of flower perch juvenile fish are the trend of falling after rising.When the feed total phosphorus content was 1.12%, rate of body weight gain, specific growth rate, 3 indexs of feed efficiency reached highest level, and when the feed total phosphorus content was 1.32%, protein efficiency ratio, PER reached highest level.The interpolation level of phosphorus has no significant effect (P＞0.05) to the liver body index of flower perch juvenile fish in the feed, but coefficient of condition significantly descends along with the rising of feed phosphorus level (P＜0.05).The interpolation of phosphorus has no significant effect moisture, albumen and fat content in flower perch juvenile fish muscle and the full fish in the feed, and coarse ash and calcium, phosphorus content are had appreciable impact.
Test 3: the calico bass kind is to ascorbic demand.
Choose a collection ofly put in a suitable place to breed, the colored perch juvenile fish of physical health, be divided into 6 groups at random, every group of 3 repetitions, each repeats 15 tails, average weight is 29.78 ± 0.29g, carries out 42 days by a definite date culture experiments under 28 ± 1 ℃ of conditions of water temperature.If a control group and 5 test group are thrown something and fed with interpolation 0,20,40,80,160 of phosphoric acid vitamin C form and the ascorbic mixed feeds of 1280mg/kg of arresting to it respectively more.Result of the test shows, raising along with ascorbic level in the feed, Vit C contents in rate of body weight gain, specific growth rate, survival rate, muscle and the liver of flower perch juvenile fish is rising trend, the feed vitamin C has no significant effect moisture/crude protein, crude fat and the cinder of the flower perch juvenile fish full fish conventional nutritional labeling of grading, but the conventional nutrient composition content of influence flower perch juvenile fish muscle.Be evaluation index to spend perch juvenile fish rate of body weight gain and liver vitamin C concentration to reach the optimum level respectively, obtain flower perch juvenile fish the ascorbic minimal requirement of feed is respectively 39.06mg/kg and 68.25mg/kg.
Test 4: vegetable protein substitutes the influence of fish meal protein to the calico bass growth.
Select year fry, in 15 cement pits, put 20 tails in a suitable place to breed respectively, adopt dregs of beans and corn protein powder (1: 1) to mix and substitute fish meal as vegetable protein, alternative amount is respectively 0%, 25%, 50%, 75%, 100%, being designed to crude protein and being ammonia such as 44.0% 5 groups etc. can fill a prescription, and wherein energy level is adjusted by fish oil and No. four powder, and feed is processed into the grit of particle diameter 2.5mm, through 50 days raising, test data saw Table 3.
The different influences (means standard deviation) that substitute amount to the growth of flower perch of table 3 fish meal
Figure G2006100504051D00081
Annotate: go up between the female different persons of literary name and represent that there were significant differences.
Result of the test shows: it is comparatively suitable that the vegetable protein with 25% substitutes fish meal.
Test 5: the flower perch sees Table 4,5 to the digestibility of several main feedstuffs.
Fingerling then with raise the desalination back is randomized in 24 aquariums, and every case is put 10 tails in a suitable place to breed, and every kind of feed group is established 3 parallel group.During on-test, supported 10 days temporarily with basal feed, be satiated with food every day to throw and raise 2 times, each throwing is raised the back and is drawn residual raising.The test feed of throwing something and feeding after 10 days is ingested and was collected ight soil with roars of laughter suction method in back 2 hours, receives excrement 2 hours at every turn, first three day ight soil abandon.To the ight soil of collecting, choose the surface plate that places of particle integrity, 65 ℃ of oven dry are stored in 0 ℃ of refrigerator with to be analyzed, see Table 4, table 5.
Table 4 flower perch is to the dry apparent digestibility (means standard deviation %) of protein raw material in 7 and basal feed
Raw material Feed Cr 2O 3Content Ight soil Cr 2O 3Content Dry-matter digestibility of a feed Raw material dry apparent digestibility
No. four powder of basestocks imported fish meal domestic fish meal dregs of beans dish dregs of rice cotton dregs zein 0.49 0.48 0.49 0.51 0.49 0.49 0.45 0.50 1.70±0.06 1.93±0.05 1.81±0.05 1.77±0.06 1.19±0.03 1.30±0.04 1.37±0.05 1.31±0.06 71.04±2.50 bc 75.12±1.95 d 71.35±2.09 c 70.99±2.40 bc 58.22±2.44 a 61.91±1.43 a 66.70±1.95 b 61.36±2.35 a 71.05±2.96 d 84.6±2.92 c 72.06±3.49 d 70.86±3.19 d 28.31±1.53 a 40.61±1.23 b 56.57±3.36 c 38.79±1.76 b
Annotate: the different subscript letter representative of the data upper right corner has significance difference (p＜0.05)
Table 5 flower perch is to the protein apparent digestibility (means standard deviation %) of protein raw material in 7 and basal feed
Raw material The feed crude protein The ight soil crude protein The feed protein apparent digestibility The material protein apparent digestibility
No. four powder of basestocks imported fish meal domestic fish meal dregs of beans dish dregs of rice cotton dregs zein 38.72 47.50 43.79 40.00 39.48 39.91 46.75 32.20 14.62±0.618 16.80±0.58 15.02±0.73 14.44±0.65 25.91±1.40 23.14±0.70 28.80±1.71 13.20±0.60 9.07±3.14 cd 91.20±2.36 d 90.17±2.64 d 89.52±3.03 cd 72.58±3.05 a 77.91±1.80 ab 79.49±2.33 b 84.17±3.22 bc —— 96.18±3.31 d 92.74±4.50 d 90.58±4.08 d 34.10±1.84 a 51.88±1.57 b 57.13±3.39 b 72.73±3.30 c
The result shows: the dry apparent digestibility is the highest with peru fish meal (84.65%), domestic fish meal (72.06%) and dregs of beans (70.86%) are corn protein powder (56.57%), cotton dregs (40.61%), No. four powder (38.79%) and the dish dregs of rice (28.31%) once more secondly; Protein apparent digestibility peru fish meal, domestic fish meal and dregs of beans do not have significant difference, digestibility is all more than 90%, the protein apparent digestibility of corn protein powder (57.13%) and cotton dregs (51.88%) is higher than the dish dregs of rice (34.10%), thinks that the dish dregs of rice are not suitable as the forage protein source of colored perch.
Test 6: additives such as B B-complex, composite mineral matter, immune polysaccharide, enzyme preparation are to the influence of calico bass kind growth, see Table 6, table 7, table 8.
Table 6 forage compounding and nutritional labeling (%)
Figure G2006100504051D00101
Annotate: "-" expression is not added
Perch growth of table 7 flower and body index thereof be (mean value ± standard deviation) relatively
Figure G2006100504051D00102
Annotate: different small letter English alphabets represent between group significant difference (p＞0.05) is arranged in the table.
4 kinds of additives of table 8 are to the influence (mean value ± standard deviation %) of calico bass kind organization
Figure G2006100504051D00103
Annotate: different small letter English alphabets represent between group significant difference (p＞0.05) is arranged in the table.
Result of the test shows: additive can improve the protein content of calico bass body to a certain extent, can reduce the fish body fat content to a certain extent simultaneously, but to fish body moisture and the not obviously influence of coarse ash content.Illustrated that additive has no significant effect fish body quality, has guaranteed the security of feed addictive.

Claims (3)

1. calico bass feed, it is characterized in that containing the following component of weight percentage: imported fish meal 35-40%, ratio is 1: 1 a dregs of beans: corn protein powder 25-30%, cuttlefish meal 1.5-3%, cotton dregs 4-8%, No. four powder 17.5-24%, fish oil 1-2%, soya-bean oil 1-2%, soybean lecithin 0.5-1.5%, calcium dihydrogen phosphate 1.0-3.0%, surplus is for containing B B-complex, composite mineral matter, immune polysaccharide, flavones, chlorogenic acid, FOS, enzyme preparation, the additive of Choline Chloride and betaine, described enzyme preparation is Pescazyme5602, and main organized enzyme is a neutral proteinase; The addition of additive is in every kilogram of feed:
B B-complex: vitamin A 8000-12000IU, vitamin D 2000-2500IU, vitamin e1 00-200mg, vitamin K 10-15mg, Cobastab 120-30mg, Cobastab 240-60mg, calcium pantothenate 50-70mg, Cobastab 120.08-0.15mg, nicotinic acid 10-20mg, folic acid 10-15mg, biotin 1.0-1.5mg, inositol 100-200mg, vitamin C 300-500mg;
Composite mineral matter: adopting the feed grade inorganic compound is raw material, and each compounds content is respectively: FeSO 4H 2O60-100mg; CuSO 45H 2O 8-15mg; MnSO 4H 2O 50-70mg, ZnSO 4H 2O 40-60mg; 1% CoCl 26H 2O 40-60mg; KI 0.6-1.0mg; MgSO 47H 2O 1000-1500mg, Na 2Se 2O 35-15mg;
Immune polysaccharide: astragalus polyose 30-35mg, dendrobium polysaccharide 20-30mg, acidic polysaccharose 35-45mg, mannosan 8-10mg, beta glucan 24-28mg;
FOS 15-25mg; Flavones 3-5mg; Chlorogenic acid 2.5-3.5mg;
Enzyme preparation 100-200mg; Choline Chloride 1500-2500mg; Betaine 750-3000mg.
2. a kind of calico bass feed as claimed in claim 1, it is characterized in that containing: imported fish meal 38-40%, ratio is 1: 1 a dregs of beans: corn protein powder 25-27%, cuttlefish meal 2-3%, cotton dregs 3.5-4.5%, No. four powder 19.5-22.5%, fish oil 1.0-1.5%, soya-bean oil 1-1.5%, soybean lecithin 0.5-1.0%, calcium dihydrogen phosphate 1.5-2.5%.
3. a kind of calico bass feed as claimed in claim 1 is characterized in that containing: imported fish meal 38.5%, dregs of beans 12.75%, corn protein powder 12.75%, cuttlefish meal 2%, 4%, No. four powder 22% of cotton dregs, fish oil 1.5%, soya-bean oil 1.5%, soybean lecithin 1%, calcium dihydrogen phosphate 2%.
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CN101773217B (en) * 2010-03-09 2012-05-30 杭州飞迅生物科技有限公司 Low-sugar, high-fat and slow-precipitation type micropterus salmoides expanded formulated pellet feed and preparation method thereof
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CN102187951B (en) * 2011-05-04 2012-10-31 浙江省淡水水产研究所 Hemibarbus maculates compound feed
CN102326715B (en) * 2011-09-28 2012-12-26 广东恒兴饲料实业股份有限公司 Low fish meal compound feed capable of improving ingestion rate of cultured weever
CN102389039B (en) * 2011-11-02 2014-01-08 宁波天邦股份有限公司 Mixed feed for sea-bass fish and preparation method thereof
CN103416587B (en) * 2012-05-22 2015-04-22 天津市大洋饲料有限公司 Compound feed for juvenile perches and preparation method thereof
CN103284005B (en) * 2013-06-04 2014-11-12 江苏中洋集团股份有限公司 Puffed compound feed for adult trachidermus fasciatus and processing process thereof
CN104472911A (en) * 2014-11-28 2015-04-01 广东省农业科学院动物科学研究所 Weever feed with low-phosphorus formula
CN104664174B (en) * 2015-03-20 2018-05-15 珠海海龙生物科技有限公司 A kind of jewfish anti-stress health-care mixed feed
CN105166569B (en) * 2015-10-12 2018-12-21 清远海贝生物技术有限公司 The pre-mixing agent for preventing jewfish trophism lens muddiness
CN105394330A (en) * 2015-10-28 2016-03-16 湛江恒兴珊瑚饲料有限公司 Lateolabrax japonicus puffed feed and preparation method thereof
CN106306551A (en) * 2016-08-15 2017-01-11 共鳞实业(深圳)有限公司 Efficient growth-promoting functional compound feed for micropterus salmoides
CN107182853A (en) * 2017-06-05 2017-09-22 舟山市普陀兴海养殖优质种苗选育研究所 A kind of disease-resistant rapid-result perch cultural method and its application
CN107182854A (en) * 2017-06-05 2017-09-22 舟山市普陀兴海养殖优质种苗选育研究所 A kind of method and its application of the ecological pond culture of perch
CN111743050A (en) * 2020-08-04 2020-10-09 珠海海龙生物科技有限公司 Compound feed for improving survival rate of juvenile sea bass and preparation method and application thereof

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1189091C (en) * 2002-10-11 2005-02-16 中国科学院水生生物研究所 Formula and compounding process of adult river crab feed

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1189091C (en) * 2002-10-11 2005-02-16 中国科学院水生生物研究所 Formula and compounding process of adult river crab feed

Non-Patent Citations (4)

* Cited by examiner, † Cited by third party
Title
王友慧.花鲈大规格鱼种淡化培育试验.水产养殖26 3.2005,26(3),19-20.
王友慧.花鲈大规格鱼种淡化培育试验.水产养殖26 3.2005,26(3),19-20. *
钟国防等.水产饲料添加剂的选择与应用.水产学杂志14 2.2001,14(2),34-39.
钟国防等.水产饲料添加剂的选择与应用.水产学杂志14 2.2001,14(2),34-39. *

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