Thông tư 283/2016/TT/BTC

MINISTRY OF FINANCE
-------

SOCIALIST REPUBLIC OF VIETNAM
Independence – Freedom – Happiness
---------------------

No.: 283/2016/TT-BTC

Hanoi, November 14, 2016

PP. MINISTER
DEPUTY MINISTER




Tran Van Hieu

No.

Services

Unit

Fee
(VND)

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

No.

Services

Unit

Fee
(VND)

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

No.

Services

Unit

Fee
(VND)

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