Nội dung toàn văn Circular 283/2016/TT-BTC fees vaccination decontamination veterinary diagnostic animal drug testing
MINISTRY OF FINANCE | SOCIALIST REPUBLIC OF VIETNAM |
No.: 283/2016/TT-BTC | Hanoi, November 14, 2016 |
CIRCULAR
FEES OF VACCINATION AND DECONTAMINATION SERVICES FOR ANIMALS, VETERINARY DIAGNOSTIC SERVICES AND ANIMAL DRUG TESTING SERVICES
Pursuant to the Law on Fees and Charges No. 97/2015/QH13 dated November 25, 2015;
Pursuant to the Pricing Law No. 11/2012/QH13 dated June 20, 2012;
Pursuant to the Government’s Decree No. 149/2016/ND-CP dated November 11, 2016 on amendments to the Government’s Decree No. 177/2013/ND-CP dated November 14, 2013 detailing and guiding the implementation of the Pricing Law;
Pursuant to the Government’s Decree No. 215/2013/ND-CP dated December 23, 2013 defining Functions, Tasks, Powers and Organizational Structure of Ministry of Finance;
At the request of the Director of the Department of Price Management;
Minister of Finance promulgates this Circular to provide for the fees of vaccination and decontamination services for animals, veterinary diagnostic services and animal drug testing services.
Article 1. Scope
This Circular provides for the fees of vaccination and decontamination services for animals, veterinary diagnostic services and animal drug testing services. To be specific:
1. Animal drug testing services:
- Vaccine testing;
- Pharmaceutical product testing.
2. Veterinary diagnostic services:
- Terrestrial animals;
- Aquatic products;
- Other testing parameters.
3. Animal vaccination services.
4. Animal decontamination services.
Article 2. Regulated entities
This Circular applies to providers and users of veterinary services prescribed in the Fee Schedule enclosed herewith, veterinary authorities and other relevant entities and individuals.
Article 3. Fees of vaccination and decontamination services for animals, veterinary diagnostic services and animal drug testing services
1. Fees of vaccination and decontamination services for animals, veterinary diagnostic services and animal drug testing services are provided for in the Appendixes enclosed herewith.
2. Prices mentioned in the Fee Schedule of vaccination and decontamination services for animals, veterinary diagnostic services and animal drug testing services herein are exclusive of value-added tax (VAT) as regulated by law.
3. Fees of veterinary services prescribed herein are paid in VND.
Article 4. Management and use of service fees
1. When collecting fees of vaccination and decontamination services for animals, veterinary diagnostic services and animal drug testing services, collectors must prepare and issue service invoices in accordance with regulations in the Government’s Decree No. 51/2010/ND-CP dated May 14, 2010 providing for sales invoices, the Government’s Decree No. 04/2014/ND-CP dated January 17, 2014 on amendments to the Government’s Decree No. 51/2010/ND-CP dated May 14, 2010 providing for sales invoices, the Circular No. 39/2014/TT-BTC dated March 31, 2014 by Ministry of Finance providing guidance on the implementation of the Decree No. 51/2010/ND-CP dated May 14, 2010 and Decree No. 04/2014/ND-CP dated January 17, 2014 providing for sales invoices, and superseding or amending documents (if any).
2. Heads of agencies/units shall manage, use and balance revenues from the provision of vaccination and decontamination services for animals, veterinary diagnostic services and animal drug testing services after making compulsory payment to state budget as regulated by law.
Article 5. Organization of implementation
1. Based on the Fee Schedule prescribed in Article 3 herein, heads of entities providing vaccination and decontamination services for animals, veterinary diagnostic services and animal drug testing services stipulate specific fees of their services in accordance with the law regulations. In case vaccination and decontamination services for animals, veterinary diagnostic services and animal drug testing services are subject to value added tax (VAT), service providers must stipulate specific fees of their services which must include VAT.
2. Providers of vaccination and decontamination services for animals, veterinary diagnostic services and animal drug testing services post their service fees and announce information relating their service fees in accordance with regulations of the Pricing Law.
Article 6. Implementation provisions
1. This Circular comes into force as from January 01, 2017.
2. Difficulties that arise during the implementation of this Circular should be promptly reported to the Ministry of Finance for consideration./.
| PP. MINISTER |
APPENDIX 1
FEE SCHEDULE OF ANIMAL VACCINATION AND DECONTAMINATION SERVICES
(Enclosed with the Circular No. 283/2016/TT-BTC dated November 14, 2016 by Ministry of Finance)
No. | Services | Unit | Fee |
I | Animal vaccination services |
|
|
1 | Vaccination for buffalos, cattle, horses |
|
|
| - First injection | Injection/head | 4,400 - 4,800 |
| - Second injection onwards | Injection/head | 1,700 - 1,900 |
2 | Vaccination for pigs, goats, sheep |
|
|
| - First injection | Injection/head | 2,600 - 2,900 |
| - Second injection onwards | Injection/head | 1,700 - 1,900 |
3 | Vaccination for dogs, cats | Injection/head | 5,300 - 5,900 |
4 | Vaccination for poultry | Injection/head | 300 - 350 |
II | Animal decontamination services |
|
|
1 | Motor vehicles | Time/vehicle | 40,000 - 44,000 |
2 | Planes | Time/plane | 450,000 - 495,000 |
3 | Carriages, trains | Time/carriage | 68,000 - 75,000 |
4 | Other vehicles | Time/vehicle | 10,000 - 11,000 |
5 | Yard, ground, isolation area for quarantine, raising establishment, breed production establishment, hatchery, slaughterhouse, animal product-processing establishment, animal/animal product-trading establishment, animal product market | m2 | 550 - 600 |
Note:
- Section I “Animal vaccination services”: Exclude prices of vaccines;
- Section II “Animal decontamination services”: Exclude prices of chemicals.
- Prices in this Fee Schedule exclude value added tax (VAT).
APPENDIX 2
FEE SCHEDULE OF VATERINARY DIAGNOSTIC SERVICES
(Enclosed with the Circular No. 283/2016/TT-BTC dated November 14, 2016 by Ministry of Finance)
No. | Services | Unit | Fee |
I | Terrestrial animals |
|
|
1 | Consulting service | Time | 45,500 - 50,000 |
2 | Sampling |
|
|
2.1 | Blood samples of buffalo and cattle | Sample | 28,000 - 30,800 |
2.2 | Blood samples of livestock (pig, dog, cat, rabbit, etc.) | Sample | 17,000 - 18,700 |
2.3 | Blood samples of poultry | Sample | 4,300 - 4,700 |
2.4 | Other samples (swab, feces, etc.) | Sample | 7,300 - 8,000 |
3 | Pathologic diagnosis |
|
|
3.1 | Necropsy procedure in cattle (field necropsy) | Sample | 208,000 - 228,000 |
3.2 | Necropsy procedure for learning about certain deadly communicable diseases (rabies, etc.) | Sample | 171,000 - 188,000 |
3.3 | Necropsy procedure in livestock (pig, dog, cat, rabbit, etc.) | Sample | 45,000 - 49,500 |
3.4 | Necropsy procedure in poultry | Sample | 26,000 - 28,600 |
3.5 | Testing for microbodies by Paraffin approach | Sample | 245,000 - 270,000 |
4 | Testing |
|
|
4.1 | Viral tests |
|
|
4.1.1 | Using Real time RT-PCR testing techniques to discover any type of RNA viruses causing the following diseases: Poultry: Newcastle (chicken); Gumboro (chicken); Bronchitis (chicken); Avian influenza (1 subtype (gene), e.g.: H5 or N1 or N6) Pig: Hog cholera; Foot-and-mouth disease; PRRS (North America/China or Europe); PED; TGE. Cattle: Foot-and-mouth disease, etc. Other: Rabbit Hemorrhagic Disease; Rabies and animal diseases caused by RNA virus. (Test samples must be original samples). | Sample/ parameter | 555,000 - 610,500 |
4.1.2 | Using Real time RT-PCR testing techniques to discover each of RNA viruses. (Extracted RNA samples) | Sample/ parameter | 229,000 - 252,000 |
4.1.3 | Using RT-PCR testing techniques to discover and identify type of RNA viruses causing the following diseases: Poultry: identify avian influenza subtype (1 subtype (gene), e.g.: H5 or N1 or N6) Pig: Identify type of foot-and-mouth disease virus (1 serotype O, A or Asia) Cattle: Identify type of foot-and-mouth disease virus (1 serotype O, A or Asia) Other: Discover other RNA viruses causing animal diseases. (Test samples must be original samples). | Sample/ parameter | 877,000 - 965,000 |
4.1.4 | Using RT-PCR testing techniques to discover and identify each type of RNA viruses. (Extracted RNA samples) | Sample/ parameter | 212,000 - 233,000 |
4.1.5 | Using Real time PCR testing techniques to discover any type of DNA viruses causing the following diseases: Poultry: Fowl cholera, Marek Pig: African swine fever, PCV-2, pseudorabies Other: Goat pox, MYXOMATOSIS in rabbits and other animal diseases caused by DNA virus. (Test samples must be original samples). | Sample/ parameter | 495,000 - 544,500 |
4.1.6 | Using Real time PCR testing techniques to discover each of DNA viruses. (Extracted DNA samples) | Sample/ parameter | 208,000 - 229,000 |
4.1.7 | Using PCR testing technique to discover each of DNA viruses causing animal diseases. (Test samples must be original samples). | Sample/ parameter | 486,000 - 534,500 |
4.1.8 | Using PCR testing technique to discover each of DNA viruses causing animal diseases. (Extracted DNA samples) | Sample/ parameter | 187,000 - 206,000 |
4.1.9 | DNA sequencing for 24 samples (8 genes/ sample) | Sample | 4,767,000 - 5,244,000 |
4.1.10 | DNA sequencing for 12 samples (8 genes/ sample) | Sample | 8,423,000 - 9,266,000 |
4.1.11 | DNA sequencing for 24 samples (1 gene/ sample) | Sample | 2,959,000 - 3,254,000 |
4.1.12 | DNA sequencing for 12 samples (1 gene/ sample) | Sample | 4,275,000 - 4,702,000 |
4.1.13 | PRRS antibody qualitative test (1 species) by IPMA | Sample | 75,000 - 82,500 |
4.1.14 | PRRS antibody quantitative test (1 species) by IPMA | Sample | 203,000 - 223,000 |
4.1.15 | Qualitative test for hog cholera virus antibody by NPLA | Sample | 89,000 - 98,000 |
4.1.16 | Quantitative test for hog cholera virus antibody by NPLA | Sample | 186,000 - 205,000 |
4.1.17 | Virus isolation in egg embryo for each virus causing poultry or water bird diseases such as Newcastle, fowl cholera, duck hepatitis and other diseases. (Excluding prices of verification of diagnostic results by PCR, Realtime PCR, HA or HI technique, etc.) | Sample/ parameter | 293,000 - 323,000 |
4.1.18 | Cell isolation for each virus such as influenza, Newcastle, fowl cholera, PRRS, foot-and-mouth disease, hog cholera and other diseases (excluding prices of verification of diagnostic results by PCR, Realtime PCR, HA or HI technique, etc.) | Sample/ parameter | 385,000 - 424,000 |
4.1.19 | Identify serotype of foot-and-mouth disease virus by AgELISA technique | Sample | 549,000 - 604,000 |
4.1.20 | Qualitative test for fowl cholera antibody by cell-based neutralization | Sample | 142,000 - 156,000 |
4.1.21 | Quantitative test for fowl cholera antibody by cell-based neutralization | Sample | 178,000 - 196,000 |
4.1.22 | Using ELISA technique to discover antibodies against any of viruses causing hog cholera, PRRS, PCV, PED, TGE, pseudorabies and other diseases. | Sample/ parameter | 152,000 - 167,000 |
4.1.23 | Quantitative test for avian influenza antibody by HI technique | Sample | 86,000 - 95,000 |
4.1.24 | Quantitative test for Newcastle antibody by HI technique | Sample | 46,000 - 50,600 |
4.1.25 | Qualitative test for Gumboro antibody by AGP technique | Sample | 37,000 - 40,700 |
4.1.26 | Quantitative test for Gumboro antibody by AGP technique | Sample | 43,000 - 47,300 |
4.1.27 | Quantitative test for LMLM antibody by cell-based neutralization (1 serotype O or A or Asia1) | Sample | 191,000 - 210,000 |
4.1.28 | Quantitative test for LMLM antibody by cell-based neutralization (2 serotypes of 3 serotypes O, A and Asia1) | Sample | 313,000 - 344,000 |
4.1.29 | Quantitative test for LMLM antibody by cell-based neutralization (3 serotypes O, A and Asia1) | Sample | 433,000 - 476,000 |
4.1.30 | Qualitative test for LMLM antibody by LP ELISA (1 serotype O or A or Asia1) | Sample | 153,000 - 168,000 |
4.1.31 | Quantitative test for LMLM antibody by LP ELISA (1 serotype O or A or Asia1) | Sample | 252,000 - 277,000 |
4.1.32 | Using ELISA 3ABC to discover antibodies against foot-and-mouth disease virus | Sample | 191,000 - 210,000 |
4.1.33 | Using ELISA to discover antibodies against any of viruses causing Gumboro (chicken), Bronchitis (chicken), Laryngotracheitis (chicken), Avialeukosis and other diseases | Sample/ parameter | 108,000 - 119,000 |
4.1.34 | Using ELISA to discover antibodies against a type of viruses causing other diseases | Sample/ parameter | 108,000 - 119,000 |
4.1.35 | Using fluorescent-antibody test (FAT) or Immunoperoxidase (IPX) to discover rabies virus antibody | Sample | 265,000 - 292,000 |
4.1.36 | Identification of hog cholera virus antigens by ELISA | Sample | 153,000 - 168,000 |
4.2 | Microbial test |
|
|
4.2.1 | Determination of total aerobic bacteria | Sample | 168,000 - 184,000 |
4.2.2 | Isolation and biochemical identification of Salmonella spp. | Sample | 280,000 - 308,500 |
4.2.3 | Isolation and biochemical identification of Pasteurella multocida | Sample | 280,000 - 308,500 |
4.2.4 | Isolation and biochemical identification of E.coli | Sample | 280,000 - 308,500 |
4.2.5 | Isolation and biochemical identification of Staphylococcus. spp. | Sample | 280,000 - 308,500 |
4.2.6 | Isolation and biochemical identification of Streptococcus. spp. | Sample | 280,000 - 308,500 |
4.2.7 | Isolation and biochemical identification of Aspergillus fumigatus in poultry | Sample | 280,000 - 308,500 |
4.2.8 | Isolation and identification of bacteria causing pullorum disease and fowl typhoid by PCR | Sample | 397,000 - 436,700 |
4.2.9 | Isolation and identification of types of bacteria causing Haemorrhagic septicaemia in cattle and buffalo by PCR | Sample | 397,000 - 436,700 |
4.2.10 | Isolation and identification of bacterium causing Swine Erysipelas by PCR | Sample | 397,000 - 436,700 |
4.2.11 | Isolation and identification of bacterium causing Anthrax by PCR | Sample | 397,000 - 436,700 |
4.2.12 | Isolation and identification of Heamophilus paragallinarum in chickens by PCR | Sample | 397,000 - 436,700 |
4.2.13 | Isolation and identification of E.coli causing edema disease in pigs by PCR | Sample | 397,000 - 436,700 |
4.2.14 | Isolation and identification of E.coli causing piglet diarrhea by PCR | Sample | 397,000 - 436,700 |
4.2.15 | Isolation and identification of Staphylococcus aureus by PCR | Sample | 397,000 - 436,700 |
4.2.16 | Isolation and identification of Streptococcus suis by PCR | Sample | 397,000 - 436,700 |
4.2.17 | Isolation and identification of Heamophilus parasuis causing swine disease by PCR | Sample | 397,000 - 436,700 |
4.2.18 | Isolation and identification of Clostridium perfringens by PCR | Sample | 666,000 - 733,000 |
4.2.19 | Isolation and identification of Clostridium chauvoei by PCR | Sample | 666,000 - 733,000 |
4.2.20 | Isolation and identification of Clostridium spp. by PCR | Sample | 666,000 - 733,000 |
4.2.21 | Detection of Mycoplasma hyopneumoniae antibody by ELISA | Sample | 104,000 - 114,400 |
4.2.22 | Detection of Mycoplasma galliseptium antibody by ELISA | Sample | 104,000 - 114,400 |
4.2.23 | Detection of Actinobaccilus Pleuro Pneumonia antibody by ELISA | Sample | 192,000 - 211,000 |
4.2.24 | Detection of Heamophilus parasuis antibody by ELISA | Sample | 104,000 - 114,400 |
4.2.25 | Detection of bovine tuberculosis antibody by ELISA | Sample | 281,000 - 309,000 |
4.2.26 | Detection of Mycoplasma gallisepticum antibody in poultry by agglutination test | Sample | 37,000 - 40,700 |
4.2.27 | Detection of Salmonella pullorum antibody in poultry by agglutination test | Sample | 37,000 - 40,700 |
4.2.28 | Detection of antibodies to other bacteria by rapid agglutination test | Sample | 37,000 - 40,700 |
4.2.29 | Tuberculin/ 5 tuberculin units | Sample | 321,000 - 353,000 |
4.2.30 | Antibiotic sensitivity testing for each of aerobic bacteria (7 types of antibiotics) | Sample | 122,000 - 134,000 |
4.2.31 | Antibiotic sensitivity testing for each of anaerobic bacteria (7 types of antibiotics) | Sample | 151,000 - 166,000 |
4.2.32 | Quantitative test for antibodies to Haemorrhagic septicaemia in cattle and buffalo by IHA | Sample | 164,000 - 180,000 |
4.2.33 | Detection of Actinobaccilus Pleuro Pneumonia by Realtime-PCR | Sample | 512,000 - 563,000 |
4.2.34 | Detection of Mycoplasma hyopneumoniae by Realtime-PCR | Sample | 512,000 - 563,000 |
4.2.35 | Detection of Brucella antibodies by Elisa | Sample | 120,000 - 132,000 |
4.2.36 | Detection of Brucella antibodies by Rose Bengal | Sample | 76,000 - 83,600 |
4.2.37 | Isolation of Brucella by culture techniques | Sample | 269,000 - 296,000 |
4.2.38 | Detection of Leptospira by MAT | Sample | 94,000 - 103,000 |
4.2.39 | Detection of Leptospira antigens by culture techniques | Sample | 288,000 - 317,000 |
4.2.40 | Detection of Leptospira or Brucella antigens by PCR | Sample | 555,000 - 610,000 |
4.2.41 | Isolation and identification of bacteria by automatic instruments | Sample | 396,000 - 436,000 |
4.3 | Parasite tests |
|
|
4.3.1 | Detection of each type of blood parasites (Babesia spp.; Anaplasma spp.; Theileria spp.; Trypansoma spp.) by PCR | Sample/ parameter | 556,000 - 612,000 |
4.3.2 | Detection of antibodies to each of following parasites: Babesia bigemina; Anaplasma marginale; Theileria parva by ELISA | Sample/ parameter | 214,000 - 236,000 |
4.3.3 | Detection of each of blood parasites by Giemsa stain | Sample | 72,000 - 79,000 |
4.3.4 | Detection of antibodies to Trypanosoma evansi by CATT | Sample | 150,000 - 165,000 |
4.3.5 | Detection of Trichomonas foetus by culture techniques | Sample | 413,000 - 455,000 |
4.3.6 | Detection of Trichinella spiralis larva by digestion method | Sample | 156,000 - 172,000 |
4.3.7 | Detection of Trypanosoma evansi by intraperitoneal injection in the white mouse | Sample | 78,000 - 86,000 |
4.3.8 | Detection of parasites in gastrointestinal tract by floatation and sedimentation techniques | Sample | 59,000 - 65,000 |
4.3.9 | Detection of intestinal flatworm eggs by sedimentation technique | Sample | 32,000 - 35,000 |
4.3.10 | Detection of roundworm eggs and coccidiosis oocysts by floatation technique | Sample | 33,000 - 37,000 |
4.3.11 | Quantification of roundworm eggs, coccidiosis oocysts and ovaries by Mc Master counting technique | Sample | 41,000 - 45,000 |
4.3.12 | Detection of ectoparasite | Sample | 29,000 - 32,000 |
4.3.13 | Detection of antibodies to Trypanosoma evansi by agglutination test | Sample | 91,000 - 100,000 |
II | Aquatic products |
|
|
1 | Using Realtime PCR to detect each of DNA viruses or bacteria or parasites causing the following diseases: - Viruses causing diseases: WSSV, KHV and other viruses causing aquatic animal diseases. - Bacteria causing diseases: AHPND, Edwardsiella ictaluri causing enteric septicaemia of catfish and other bacteria causing aquatic animal diseases - Parasites causing diseases: perkinsus and other parasites causing aquatic animal diseases (Test samples must be original samples) | Sample/ parameter | 514,000 - 566,000 |
2 | Detection of 01 DNA virus or 01 bacterium by Realtime PCR (Extracted DNA samples) | Sample/ parameter | 233,000 - 256,000 |
3 | Using PCR to detect each of DNA viruses or bacteria or parasites causing the following diseases: - Viruses causing diseases: MBV, WSSV, IHHNV, HPV and other viruses causing aquatic animal diseases. - Bacteria causing milky haemolymph disease of spiny lobsters, AHPND, Aeromonas hydrophyla causing diseases in fish, Edwardsiella ictaluri causing enteric septicaemia of catfish and other bacteria causing aquatic animal diseases. - Parasites and fungi causing diseases: EUS, enterocytozoon hepatopenaei, perkinsus and other parasites causing aquatic animal diseases. (Test samples must be original samples). | Sample/ parameter | 473,000 - 520,000 |
4 | Using PCR to detect 01 DNA virus or 01 bacterium or 01 parasite or 01 fungus causing diseases. (Extracted DNA samples) | Sample/ parameter | 233,000 - 256,000 |
5 | Using Realtime RT-PCR to detect any of RNA viruses causing the following diseases: - Viruses causing diseases: YHV, TSV, VNN, SVCV and other viruses causing aquatic animal diseases. (Test samples must be original samples). | Sample/ parameter | 439,000 - 483,000 |
6 | Using Realtime RT-PCR to detect 01 RNA virus. (Extracted RNA samples) | Sample/ parameter | 201,000 - 221,000 |
7 | Using RT-PCR to detect any of RNA viruses causing the following diseases: - Viruses causing diseases: YHV, TSV, VNN, IMNV and other viruses causing aquatic animal diseases. (Test samples must be original samples). | Sample/ parameter | 589,000 - 648,000 |
8 | Using RT-PCR to detect 01 RNA virus. (Extracted RNA samples) | Sample/ parameter | 286,000 - 314,000 |
9 | Testing for microbodies by Paraffin approach | Sample | 244,000 - 268,000 |
10 | Antibiotic sensitivity testing for bacteria (7 types of antibiotics) | Sample | 118,000 - 130,000 |
11 | Total bacteria count | Sample | 188,000 - 207,000 |
12 | Total Vibrio count | Sample | 188,000 - 207,000 |
13 | Isolation and species identification of Staphylococcus spp.. | Sample | 372,000 - 410,000 |
14 | Isolation and species identification of Streptococus spp. | Sample | 372,000 - 410,000 |
15 | Isolation and species identification of Pseudomonas spp. | Sample | 372,000 - 410,000 |
16 | Isolation and species identification of Aeromonas spp. | Sample | 372,000 - 410,000 |
17 | Isolation and species identification of Ewardsiella spp. | Sample | 372,000 - 410,000 |
18 | Isolation and species identification of bacteria (1 species) | Sample | 372,000 - 410,000 |
19 | Isolation and identification of Staphylococcus spp. | Sample | 275,000 - 303,000 |
20 | Isolation and identification of Streptococus spp. | Sample | 275,000 - 303,000 |
21 | Isolation and identification of Pseudomonas spp.. | Sample | 275,000 - 303,000 |
22 | Isolation and identification of Aeromonas spp. | Sample | 275,000 - 303,000 |
23 | Isolation and identification of Ewardsiella spp. | Sample | 275,000 - 303,000 |
24 | Isolation and identification of bacteria (1 species) | Sample | 275,000 - 303,000 |
25 | Detection of parasites by direct smear method | Sample | 36,500 - 40,000 |
26 | Cell-based isolation of VNN, SVCV, KHV and other viruses causing aquatic animal diseases. (Test samples must be original samples) | Sample/ parameter | 236,000 - 259,000 |
27 | Detection of ovarian parasites by RFTM | Sample | 119,000 - 131,000 |
Note:
- For other testing parameters which are not mentioned in this appendix, prices of equivalent testing services shall be applied.
- Prices in this Fee Schedule exclude value added tax (VAT).
APPENDIX 3
FEE SCHEDULE OF ANIMAL DRUG TESTING SERVICES
(Enclosed with the Circular No. 283/2016/TT-BTC dated November 14, 2016 by Ministry of Finance)
No. | Services | Unit | Fee |
I | Vaccine and biopreparation testing |
|
|
1 | Circovirus | Shipment | 3,344,000 - 3,678,000 |
2 | PED | Shipment | 3,395,000 - 3,734,000 |
3 | TGE | Shipment | 3,395,000 - 3,734,000 |
4 | Foot-and-mouth disease | Type | 3,217,000 - 3,538,700 |
5 | Porcine reproductive and respiratory syndrome (PRRS) | Shipment | 4,325,000 - 4,757,000 |
6 | Classical swine fever | Shipment | 3,494,000 - 3,844,000 |
7 | Fixed rabies virus | Shipment | 2,126,000 - 2,338,000 |
8 | Swine influenza | Shipment | 2,845,000 - 3,130,000 |
9 | Rotavirus | Shipment | 2,984,000 - 3,283,000 |
10 | Goat pox | Shipment | 3,155,000 - 3,471,000 |
11 | Fowl pox | Shipment | 1,560,000 - 1,716,000 |
12 | Gumboro | Shipment | 2,287,000 - 2,516,000 |
13 | Infectious bronchitis (IB) | Shipment | 2,148,000 - 2,363,000 |
14 | Infectious Laryngotracheiti (ILT) | Shipment | 2,302,000 - 2,533,000 |
15 | Avian Reovirus | Shipment | 2,148,000 - 2,363,000 |
16 | Duck plague vaccine, live | Shipment | 2,167,000 - 2,383,700 |
17 | Duck virus hepatitis | Shipment | 1,867,000 - 2,054,000 |
18 | Inactivated avian influenza vaccine | Shipment | 2,214,000 - 2,436,000 |
19 | Mareks | Shipment | 2,307,000 - 2,538,000 |
20 | Chicken Anemia Virus | Shipment | 2,141,000 - 2,355,000 |
21 | Avian encephalomyelitis, live vaccine | Shipment | 2,141,000 - 2,355,000 |
22 | Newcastle | Shipment | 2,720,000 - 2,992,000 |
23 | Pseudorabies | Shipment | 2,989,000 - 3,288,000 |
24 | Haemorrhagic septicaemia in cattle and buffalo | Shipment | 3,842,000 - 4,226,000 |
25 | Streptococcus in fish | Shipment | 3,017,000 - 3,318,000 |
26 | Enteric septicaemia of catfish | Shipment | 3,017,000 - 3,318,000 |
27 | Pasteurellosis | Shipment | 3,716,000 - 4,088,000 |
28 | Swine erysipelas, strain VR-2 | Shipment | 3,713,000 - 4,084,000 |
29 | Strain 34F2 anthrax vaccine | Shipment | 3,713,000 - 4,084,000 |
30 | Bacillus anthracis vaccine, Chinese strain | Shipment | 3,713,000 - 4,084,000 |
31 | Salmonellosis | Shipment | 3,713,000 - 4,084,000 |
32 | Swine erysipelas and pasteurella | Shipment | 5,286,000 - 5,814,000 |
33 | Leptospira | Shipment | 3,502,000 - 3,852,000 |
34 | Blackleg | Shipment | 4,795,000 - 5,274,000 |
35 | Avian pasteurellosis | Shipment | 3,067,000 - 3,374,000 |
36 | Pasteurellosis of sheep and goats | Shipment | 3,805,000 - 4,186,000 |
37 | Bivalent vaccine | Shipment | 5,090,000 - 5,599,000 |
38 | Triple vaccine | Shipment | 6,334,000 - 6,967,000 |
39 | Ecoli | Shipment | 6,077,000 - 6,684,000 |
40 | Glasser | Shipment | 3,806,000 - 4,186,000 |
41 | Mycoplasma Hyopenmoniae | Shipment | 4,521,000 - 4,973,000 |
42 | Mycoplasma Gallisepticum | Shipment | 3,066,000 - 3,373,000 |
II | Pharmaceutical product testing |
|
|
1 | Sensory analysis | Time | 23,000 - 25,000 |
2 | Physical test for injectable drugs and drugs in liquid form: |
|
|
2.1 | - Volume | Time | 26,700 - 29,500 |
2.2 | - Screening of injectable drugs | Time | 26,700 - 29,500 |
2.3 | - Screening of water samples, water clarity | Time | 26,700 - 29,500 |
3 | Test for drugs in tablet and powder form: |
|
|
3.1 | - Drug dissolution testing | Time | 46,000 - 50,600 |
3.2 | - Tablet hardness testing | Time | 46,000 - 50,600 |
3.3 | Test for dissolution of materials | Time | 46,000 - 50,600 |
4 | Qualitative test: |
|
|
4.1 | - High-performance liquid chromatography (using titrants) | Time | 339,000 - 373,000 |
4.2 | - Total ultraviolet recording | Time | 177,000 - 195,000 |
5 | Moisture content testing: |
|
|
5.1 | - Drying | Time | 124,000 - 137,000 |
5.2 | - Infra-red moisture content measurement | Time | 97,000 - 106,700 |
5.3 | - Vacuum drying | Time | 148,500 - 163,350 |
5.4 | - Measuring moisture content by Karl Fisher titration method | Time | 202,000 - 223,000 |
6 | Density measurement | Time | 23,000 - 25,000 |
7 | pH measurement | Time | 111,000 - 122,000 |
8 | Test for sterility of injectable drugs | Time | 385,000 - 424,000 |
9 | Isolation and identification of microorganisms | Parameter | 111,000 - 122,000 |
10 | Quantification of microorganisms | Parameter | 345,000 - 380,000 |
11 | Determination of active ingredients of enzymes | Parameter | 833,000 - 916,000 |
12 | Measurement of activity of enzymes (Lipase, Xylanase, Pectinase, etc.) | Parameter | 405,000 - 445,000 |
13 | Quantitative analysis - volumetric method: |
|
|
13.1 | - Alkali acid | Time | 347,000 - 381,000 |
13.2 | - Complexon | Time | 338,000 - 372,000 |
13.3 | - Nitrite | Time | 286,000 - 315,000 |
13.4 | - Anhydrous medium | Time | 362,000 - 398,000 |
13.5 | - Argentometric titration | Time | 242,000 - 266,000 |
13.6 | - Potentiometric titration | Time | 275,000 - 302,000 |
14 | Quantitative analysis by weighing method | Time | 324,000 - 356,000 |
15 | Ultraviolet–visible spectroscopy using titrants | Time | 277,000 - 304,000 |
16 | Quantification of special agents: |
|
|
16.1 | - Determination of total nitrogen | Time | 256,000 - 282,000 |
16.2 | - Quaternary ammonium compounds, Benzalkonium, etc. | Time/ matter | 474,000 - 521,000 |
16.3 | - Saponin | Time/ matter | 555,000 - 610,000 |
16.4 | - Determination of total dissolved nitrogen | Time/ matter | 231,000 - 254,000 |
16.5 | - Aldehyde, Formaldehyde, etc. | Time/ matter | 302,000 - 322,000 |
16.6 | - Determination of total soluble matters and insoluble matters in certain solvents, etc. | Time/ matter | 202,000 - 223,000 |
16.7 | - Beta-glucan | Time/ matter | 522,000 - 574,000 |
17 | Quantitative analysis of the following by high-performance liquid chromatography: |
|
|
17.1 | - Mixtures | Time/ matter | 637,000 - 701,000 |
17.2 | - Elements | Time/ element | 566,000 - 623,000 |
18 | Quantitative analysis by physical method: Ultraviolet–visible spectroscopy | Time | 322,000 - 354,000 |
19 | Ashing: |
|
|
19.1 | - Total ash | Time | 148,000 - 163,000 |
19.2 | - Sulfate ash | Time | 148,000 - 163,000 |
19.3 | - Acid-insoluble ash | Time | 148,000 - 163,000 |
19.4 | - Water-soluble ash | Time | 148,000 - 163,000 |
20 | Acid, saponification, Acetyl, Iodine, Hydride, Peroxide, etc. values | Time | 224,000 - 246,000 |
21 | Determination of antibiotic potency by microbial test method | Time | 548,000 - 603,000 |
22 | Quantitative analysis by Liquid chromatography–mass spectrometry | Time/ matter | 671,000 - 738,000 |
23 | Quantitative analysis by Elisa method | Time/ matter | 378,000 - 415,800 |
24 | Quantitative analysis of elements, heavy metals by Atomic absorption spectroscopy | Time/ matter | 233,000 - 256,000 |
Note:
- Prices of animal drug testing services are exclusives of prices of buying laboratory animals, animal feed and other expenses (if any).
- Prices of testing services for vaccines which are not mentioned in Section I herein shall be the same with those for vaccines of same type.
- Prices in this Fee Schedule exclude value added tax (VAT).
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