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The Bivalve Molluscs Infection Disease Control Procedures

Original Language Title: Divvāku molusku infekcijas slimību apkarošanas kārtība

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Cabinet of Ministers Regulations No. 210 in Riga, 30 March 2004 (pr. Nr. 17, 20) bivalve molluscs infectious disease combat order Issued in accordance with article 36 of the law on Veterinary 1. rules determine the order in which you perform State monitoring of bivalve molluscs exposed to infectious diseases (annex) bivalve molluscs against farms, farming areas and in private or State harvested natural beds, as well as water purification centres and storage tanks for water, if the water from them into the sea.
2. The bivalve molluscs infectious disease prevention and control measures that rule ūdensbaseino referred to in paragraph 1 shall organize food and veterinary service, in accordance with animal infectious disease surveillance or eradication programme.
3. The bivalve mollusc diseases diagnosis and differential diagnosis of the national veterinary diagnostic Center in accordance with the food and veterinary service developed and approved guidelines. If the national veterinary diagnostic Center does not have the appropriate equipment and providing laboratory diagnostikum investigations to diagnose that the bivalve molluscs referred to in annex of infectious diseases, the food and veterinary service is concluded with a reference laboratory for the diagnosis of infectious diseases.
4. The bivalve shellfish nursery owner, holder, a practicing veterinarian, food and veterinary service veterinarian or other person who observes the bivalve molluscs of any changes in the mortality level, immediately notify the food and veterinary service of the territorial departments of infectious diseases the potential presence or outbreaks of infectious diseases of bivalve molluscs in the population.
5. The bivalve molluscs of the farm owner or keeper: 5.1 the bivalve molluscs owned by nursery recorded laws for animal herds and the registration of holdings and identification of the animals in the order;
5.2. the bivalve molluscs farms creates the registry. The register indicates the following: 5.2.1 farm live bivalve molluscs entering the number, weight, size and origin, as well as data on delivery (date, type of vehicle, the transport conditions);
5.2.2. the bivalve molluscs leaving the farm for the number, weight, size and address of the consignee, as well as data on the transmission (date, type of vehicle, the transport conditions);
5.2.3. nursery observed abnormal mortality (sudden mortality affecting approximately 15% of stocks and molluscs bivalve that is approved for a period of 15 days, making the inspection. Bivalve shellfish hatchery for abnormal mortality shall be considered unless the owner or keeper is put the incubation of eggs (eggs must be obtained in different nurseries) and cannot get the larvae several times. Bivalve shellfish FRY breeding tubes for abnormal mortality is considered where the term appears in the sudden mortality of juvenile multiple tubes).
6. The bivalve molluscs of the farm owner or the holder of this provision in the register referred to in point 5.2 shall be kept for not less than four years and regularly updated information, as well as by the food and veterinary service officials (hereinafter officials) request, submit the information in the registry.
7. If found abnormal mortality or officer is suspicious of the presence of infectious diseases that rule ūdensbaseino referred to in paragraph 1, the food and veterinary service of the national infectious animal disease control programme shall take the following measures: 7.1. bivalve molluscs shall be drawn up of farms, farming area, managed the natural bearing, water purification and storage tanks to the list that do not apply to the infectious animal disease control programme and official suspicion that rule 5.1 of the annex or 6.1. bivalve molluscs referred to in the presence of infectious diseases;
7.2. the bivalve molluscs shall be drawn up for nursery, growing zone, managed the natural bearing, water purification and storage tanks where the list of observed abnormal mortality caused by this provision of the annex 1., 2., 3., 4., point 5.2, 6.2, 6.3 or 6.4. bivalve molluscs referred to in infectious disease, or official suspect on the presence of infectious diseases;
7.3. the monitor that the bivalve molluscs referred to in annex infectious disease development and geographical distribution.
8. to implement the food and veterinary service of the animal infectious disease surveillance program that ūdensbaseino referred to in paragraph 1, the necessary reconciliation with the European Union's Standing Veterinary Committee. Infectious animal disease surveillance program indicates the frequency of the controls and graphics, sampling procedures and diagnostic methods.
9. If you suspect the bivalve mollusks of the presence of infectious diseases or abnormal mortality that ūdenbaseino referred to in paragraph 1, the officer shall take the following measures: 9.1 samples and sent to a recognized laboratory diagnosis;
9.2. the bivalve molluscs leave, their eggs or larvae of the ūdensbasein to the official result of the laboratory examination.
10. This provision 9.2. restrictions referred to will be cancelled if the bivalve molluscs in laboratory studies of the causative agents of infectious diseases has not been established.
11. If it is established in the laboratory studies any of these rules in the bivalve molluscs referred to in annex of the infectious disease agents and the officer found its association with abnormal mortality of bivalve molluscs in the population, the food and veterinary service: epizootiological studies carried out 11.1, to see possible infectious diseases and contamination source routes;
11.2. identify and track the movement of molluscs between ūdensbasein;
11.3. the bivalve shellfish farm checks the registry to check on farms and from farms sent sent bivalve molluscs.
12. where the epizootiological studies found that Bivalves molluscs infectious diseases spread in large ūdensbasein areas, food and veterinary service, this provision 9.2. restrictions referred to can be applied to other infected ūdensbasein.
13. Live bivalve molluscs, their eggs or larvae movement from one infected ūdensbasein other is allowed if relevant ūdensbaseino analogue found infectious disease.
14. The food and veterinary service shall inform the Commission of the European Union and of the Member States of the European Union, the competent animal infectious disease surveillance bodies: 14.1. cases of abnormal mortality associated with this provision of the bivalve molluscs referred to in annex of the infectious disease agents;
14.2. the bivalve molluscs infectious disease control measures taken;
14.3. the causes of abnormal mortality;
14.4. the epizootiological inquiry results and the controls carried out to limit the bivalve molluscs the spread of communicable diseases.
15. This provision in paragraph 8 and 14 requirements enter into force by 1 May 2004.
Informative reference to European Union directive rules included provisions arising out of Directive 95/70/EC.
Prime Minister, Deputy Prime Minister a. Minister of Agriculture shlesers m. rose Editorial Note: the entry into force of the provisions by April 7, 2004.
 
Annex a Cabinet of 30 March 2004, regulations No 210 bivalve molluscs No infectious disease.
Bivalve molluscs diseases of bivalve molluscs susceptible species name p.k.
a group of infectious diseases in the Latvian language in Latin in English name 1 2 3 4 5 6 1.
Haplosporidioz III-1.1.

Haplosporidi East of the Eastern oyster Crassostrea Nelson in the oyster virginica 1.2.

Royal Pacific Haplosporidi of Pacific oyster Crassostrea king Nelson Ocean Oyster Gigas 1.3.

Haplosporidi East of the Eastern oyster Crassostrea costal Oyster virginica is 2.
Perkinsoz III 2.1.

Perkins of the Eastern oyster Crassostrea virginica, the Eastern oyster Marinus 2.2.

Perkins of the Royal Pacific Ocean king oyster Crassostrea Marinus Ocean Oyster Gigas 2.3.

Perkins Olson of the Australian of Haliotis Rubra abalon Australian abalon is 2.4.

Perkins Olson of smooth Australian Haliotis Smooth Laevigat Australian of Abalon abalon 2.5.

Perkins Olson of Haliotis cyclobat in the 2.6.

Perkins Olson in Haliotis scalar of the 2.7.

Perkins Olson of Ruditapes philippinarum in 2.8.

Perkins, of decussat of the Olson Ruditapes 3.
(Iii) the Mikrocitoz 3.1.

Mikrocytos Royal Pacific Ocean king oyster Crassostrea mackin Ocean Oyster Gigas 3.2.

Mikrocytos real (natural) native oyster Ostrea edulis mackin in Oyster 3.3.

Mikrocytos East of the Eastern oyster Crassostrea mackin in the oyster virginica 3.4.

Mikrocytos mackini Ostrea conchaphil 4.
Abalon III White syndrome Candidate for Abalon genus and: the gen-Xenohaliot by black Haliotis abalon is Haliotis and a cracherodi californiens of abalon: Black Red of Haliotis rufescen abalon Red-pink-abalon abalon Haliotis corrugat Pink-Green of abalon abalon Haliotis fulgens «white» abalon abalon

Haliotis sorensen white abalon 5.

Marteiliosis in 5.1.
(II) Marteill real (natural) native oyster Ostrea edulis refringens Oyster 5.2.
(Iii) Marteilia Saccoster, Sidney sidney rock Sydney rock oyster Oyster commercials 6.

Bonamioz-6.1.
(II) the Bonamia ostreae real (natural) Ostrea edulis native oyster Oyster 6.2.
(Iii) Bonamia exitios Chilean Oyster in the Chilean oyster Tiostre chilens 6.3.
(Iii) the angas of Bonamia Ostrea exitios, 6.4.
(Iii) Mikrocytos Sidney rock Sydney rock oyster Saccostre Oyster Farming, the roughley commercial Minister m. rose