The NM-AIST Laboratory Services provides students with total practical skills from their theoretical background base in a conducive scientific and engineering environment. Students and Researchers are attached with a highly qualified with enough experiences laboratory personels. According to the laboratory management policy, laboratory is headed by Laboratory Manger, assisted with Scientists of various professional disciplines in functional units. Currently, researchers/students are allowed to use these facilities from 8:00 am to 4:00 pm Monday to Friday. Many research works in various disciplines are carried out in our laboratory; this is one of the achievement, making us to be one of the leading university in science, engineering and technology. However, our research policy which is guided by the University vision also directing our where we are supposed to go in a scientific world. In that way, research conducted at NM-AIST laboratory will fit into the overall short and long terms plans of the institution in order to bring about a holistic and coordinated impact national wise.

The laboratory department is there to fulfil the institution’s vision and mission as well as to provide a good, quality and a state of art laboratory facilities to serve the local and foreign researchers. NM-AIST aims to become a research- intensive institution and this is reflected in the objectives of the University as stated in the Institution charter.

Soil analysis.

main objective is to offer the broad range of analysis for soil biology, soil chemistry, soil physics and geology. It provides services to students, researchers, research projects and other clients (individuals, governmental and non- governmental organizations).

The laboratory aims at high quality data that can be used in developing and transferring sustainable and environmentally sound soil and plant management practices that will improve crop productivity that will lead to economically viable agriculture.
The laboratory is equipped with high technology equipment for soil and plant survey, soil and plant analysis, which include Inductively coupled plasma- Mass spectrometry (ICP-MS), CHNOS Analyzer, scanning electron microscopes, stereo microscopes, storage facilities e.tc., The laboratory is accredited by the Tanzania board of standards, it uses protocols and procedures which are safe and reliable during the process of soil and plant analysis.

Microbiology

Microbiology is a natural science that deals with microorganisms such as bacteria, fungi, protozoa, algae, and viruses. It is concerned with the nature and properties of these organisms, their effects on humans and the environment, and how they can be exploited to provide useful products.
Microbiology department offers services to researchers, students and other client. We analyze microbial samples from various sources such as food stuffs, soil, plants, water, and animal samples.

The tests performed include:
1. Culture for different bacteria, fungus
2. Media preparation
3. Microscopic diagnosis eg:- gram staining
4. Sterilization process/ autoclaving
5. Colony counting

Bioprospecting and Food and nutrition.

Microbiology department offers services to researchers, students and other client. We analyze microbial samples from various sources such as food stuffs, soil, plants, water, and animal samples. It involves a systematic and organized a scientific investigation which are used in searching for a useful products derived from bio resources/environmental resources including plants, microorganisms, and animals purposely for academic and society matters. This laboratory process leading to the discovery of new products.

The following are services offered in bioprospecting laboratory:
1. On-site sample(s) collection performed with a very well qualified laboratory personels.
2. Sample storage in High Tech Equipment/Technology.
3. Sample Treatment/Preserved with High Technology to stay for a long time.
4. Preparation of various samples for analysis performed with a very well qualified personels and High Tech Equipment.
5. Culturing of Organisms and Isolation of specific Compounds.
6. Separation of various compounds using high Tech Machines/Technology.
7. Analysis of Aflatoxins in food product
8. Analysis of Vitamins from food product
9. Analysis of physical parameters in food substances
10. Analysis of phytochemical components
11. Analysis of pesticides

Package Type Subcategory of price list Type of Equipment to be Used Price
Water Quality Analysis
  1. Acidity
  2. Alkalinity
  3. Biochemical Oxygen Demand
  4. Carbon – Dissolved Organic
  5. Carbon – Total Organic (TOC)
  6. Chemical Oxygen Demand
  7. Chloride
  8. Chlorine – Free/ Total
  9. Chlorophyll ‘a’ and Algal
  10. Chromium VI – Hexavalent
  11. Colour – Apparent/ True
  12. Conductivity – Electrical
  13. Cyanide
  14. Fluoride
  15. Hardness
  16. Calcium Hardness as
  17. Magnesium Hardness as
  18. CaCO / Mg2+
  19. Iodine – Total
  20. Oxygen – Dissolved (DO)
  21. Ammonium
  22. Nitrate
  23. Nitrite
  24. NOx
  25. Total Nitrogen (TN)
  26. Phosphorus – Available
  27. Phosphorus – Total (TP)
  28. Redox/ ORP
  29. Salinity
  30. Specific Gravity
  31. Sulfide – Dissolved/ total
  32. Sulfite – Dissolved/Total
  33. Surfactant
  34. Temperature
  35. Total Dissolved Solids (TDS)
  36. Total Oils and Grease (TOG)
  37. Total Suspended Solids (TSS)
  38. Turbidity
  39. Hydrocarbons
  1. Digital titrator
  2. Digital titrator
  3. BOD incubator
  4. DR 2800 Spectrophotometer
  5. DR 2800 Spectrophotometer
  6. DR 2800 Spectrophotometer
  7. Digital titrator
  8. Digital titrator
  9. Chlorophyl meter
  10. DR 2800 Spectrophotometer
  11. DR 2800 Spectrophotometer
  12. Conductivity meter
  13. ICP-MS
  14. Fluoride meter
  15. Digital titrator
  16. Digital titrator
  17. Digital titrator
  18. Digital titrator
  19. DR 2800 Spectrophotometer
  20. Multiparameter
  21. DR 2800 Spectrophotometer
  22. DR 2800 Spectrophotometer
  23. DR 2800 Spectrophotometer
  24. DR 2800 Spectrophotometer
  25. CHNOS
  26. Digital titrator
  27. CHNOS
  28. Multiparameter
  29. Multiparameter
  30. Hydrometer
  31. DR 2800 Spectrophotometer
  32. DR 2800 Spectrophotometer
  33. HPLC
  34. Thermometer
  35. DR 2800 Spectrophotometer
  36. HPLC
  37. DR 2800 Spectrophotometer
  38. DR 2800 Spectrophotometer
  39. Turbidity meter
  40. Hydrocarbon meter
  1. 13200
  2. 13200
  3. 39600
  4. 39600
  5. 21780
  6. 21780
  7. 11000
  8. 2000
  9. 2000
  10. 22000
  11. 21780
  12. 21780
  13. 21780
  14. 21780
  15. 2000
  16. 15200
  17. 9500
  18. 8500
  19. 36300
  20. 80000
  21. 24200
  22. 36300
  23. 2000
  24. 2000
  25. 2000
  26. 109500
  27. 12100
  28. 12100
  29. 109500
  30. 24200
  31. 24200
  32. 12100
  33. 60500
Soil Analysis
  1. Acidity
  2. Alkalinity
  3. Biochemical Oxygen Demand
  4. Carbon – Dissolved Organic
  5. Carbon – Total Organic (TOC)
  6. Chemical Oxygen Demand
  7. Chloride
  8. Chlorine – Free/ Total
  9. Chlorophyll ‘a’ and Algal
  10. Chromium VI – Hexavalent
  11. Colour – Apparent/ True
  12. Conductivity – Electrical
  13. Cyanide
  14. Fluoride
  15. Hardness
  16. Calcium Hardness as
  17. Magnesium Hardness as
  18. CaCO / Mg2+
  19. Iodine – Total
  20. Oxygen – Dissolved (DO)
  21. Ammonium
  22. Nitrate
  23. Nitrite
  24. NOx
  25. Total Nitrogen (TN)
  26. Phosphorus – Available
  27. Phosphorus – Total (TP)
  28. Redox/ ORP
  29. Salinity
  30. Specific Gravity
  31. Sulfide – Dissolved/ total
  32. Sulfite – Dissolved/Total
  33. Soil Enzymes
  34. Temperature
  1. Digital titrator
  2. Digital titrator
  3. DR 2800 Spectrophotometer
  4. DR 2800 Spectrophotometer
  5. DR 2800 Spectrophotometer
  6. COD Incubator
  7. Digital titrator
  8. Digital titrator
  9. Chlorophyl meter
  10. DR 2800 Spectrophotometer
  11. DR 2800 Spectrophotometer
  12. Multiparameter
  13. ICPMS
  14. Fluoride meter
  15. Digital titrator
  16. Digital titrator
  17. Digital titrator
  18. Digital titrator
  19. DR 2800 Spectrophotometer
  20. Multiparameter
  21. DR 2800 Spectrophotometer
  22. DR 2800 Spectrophotometer
  23. DR 2800 Spectrophotometer
  24. DR 2800 Spectrophotometer
  25. CHNOS
  26. Digital titrator
  27. CHNOS
  28. Multiparameter
  29. Multiparameter
  30. Hydrometer
  31. Soil sieve
  32. Soil rings
  33. Hydrocarbon meter
  34. DR 2800 Spectrophotometer
  35. DR 2800 Spectrophotometer
  36. Digital titrator
  37. Thermometer
  1. 13200
  2. 13200
  3. 39600
  4. 39600
  5. 21780
  6. 21780
  7. 11000
  8. 2000
  9. 2000
  10. 22000
  11. 21780
  12. 21780
  13. 21780
  14. 21780
  15. 21780
  16. 2000
  17. 24200
  18. 24200
  19. 24200
  20. 24200
  21. 36300
  22. 36300
  23. 36300
  24. 2000
  25. 60500
  26. 12100
Material Analysis
  1. Metals by Calorimetric
  2. Metals Gravimetrically
  3. Metals
  4. Solid sample preparation
  5. Moisture
  6. Bulk Density
  7. Particle Size Analysis
  8. Total Kjeldahl Nitrogen
  9. Chloride
  10. Chromium VI – Hexavalent
  11. Cyanide – Total/Free
  12. Electrical Conductivity
  13. Emerson Aggregate (EAT)
  14. Emerson Dispersion Index
  15. Fertility Report
  16. Fluoride – Extractable
  17. Fluoride – Total by fusion
  18. Grain Size Analysis 1a –
  19. Grain Size Analysis 1b –
  20. Iodine – NaOH Extraction
  21. Organic Matter
  22. Paint Analysis for Lead
  23. Permeability under AS4419
  24. Soil pH
  25. Phosphate
  26. Protein (Crude)
  27. Redox Potential
  28. Inorganic Carbon
  29. Organic Carbon
  30. Total Carbon
  31. Active Carbon
  32. Total Organic Carbon
  33. Ammonium
  34. Nitrate
  35. Nitrite
  36. Total Kjeldahl Nitrogen
  37. Hydrocarbons
  38. Material characterisation
  1. DR 2800 Spectrophotometer
  2. Digital titrator
  3. ICP-MS
  4. Various
  5. Oven
  6. Hydrometer
  7. Soil sieve
  8. Kjeldahl Machine
  9. Digital titrator
  10. DR 2800 Spectrophotometer
  11. ICP-MS
  12. Multiparameter
  13. Wet sieving,ultasonic vibration(uv)
  14. Soil stability test kit
  15. Soil scanner
  16. Fluoride meter
  17. Fluoride meter
  18. Soil sieve
  19. Soil sieve
  20. DR 2800 Spectrophotometer
  21. Kjeldahl Machine
  22. ICP-MS
  23. Soil rings
  24. Ph meter
  25. DR 2800 Spectrophotometer
  26. Kjeldahl Machine
  27. Multiparameter
  28. CHNOS
  29. DR 2800 Spectrophotometer
  30. CHNOS
  31. Digital titrator
  32. DR 2800 Spectrophotometer
  33. DR 2800 Spectrophotometer
  34. DR 2800 Spectrophotometer
  35. DR 2800 Spectrophotometer
  36. Kjeldahl Machine
  37. Hydrocarbon meter
  38. Scanning Electron Microscopy (SEM)/Energy DispersiveSpectroscopy (EDS)
  1. 12100
  2. 2000
  3. 25000
  4. 2000
  5. 48400
  6. 48400
  7. 22000
  8. 22000
  9. 36300
  10. 2000
  11. 36300
  12. 36300
  13. 14520
  14. 54450
  15. 36300
  16. 30250
  17. 30200
  18. 30250
  19. 36300
  20. 36300
  21. 36300
  22. 36300
  23. 60500
  24. 75000
Microbiology Analysis
  1. Faecal Coliforms
  2. Total Coliforms
  3. E.Coli
  4. Enterococci
  5. Legionella
  6. Listeria
  7. Pseudomonas
  8. Salmonella
  9. Total Plate Count
  10. Aerobic Plate Count
  11. Phytophthora and Pythium
  12. B. cereus (cfu/g)
  13. Sulphate reducing bacteria
  14. Total viable aerobic count
  15. Yeasts (cfu/100ml)
  16. Acetic acid bacteria
  17. Lactic acid bacteria
  18. Enterobacteriaceae (cfu/g)
  19. Yeasts and Moulds (cfu/g)
  20. Staphylococcus aureus
  21. Shigella
  22. Yersinia
  23. Campylobacter
  24. Helicobacter pylori
  25. Vibrio cholera
  26. Clostridium difficile
  27. Bacteroides fragilis
  28. Klebsiela spp
  29. Proteus mirabilis
  30. Neisseria meningitis
  31. Haemophilus species
  32. Cryptococcus
  33. Bacterial/fungal isolation
  34. Antimicrobial analysis
  35. Animal disease identification by ELISA KI
  36. Human disease identification by ELISA KIT
  1. Culture media,Safety cabinet,Autoclave and Incubator
  2. Culture media,Safety cabinet,Autoclave and Incubator
  3. Culture media,Safety cabinet,Autoclave and Incubator
  4. Culture media,Safety cabinet,Autoclave and Incubator
  5. Culture media,Safety cabinet,Autoclave and Incubator
  6. Culture media,Safety cabinet,Autoclave and Incubator
  7. Culture media,Safety cabinet,Autoclave and Incubator
  8. Culture media,Safety cabinet,Autoclave and Incubator
  9. Culture media,Safety cabinet,Autoclave and Incubator
  10. Culture media,Safety cabinet,Autoclave and Incubator
  11. Culture media,Safety cabinet,Autoclave and Incubator
  12. Culture media,Safety cabinet,Autoclave and Incubator
  13. Culture media,Safety cabinet,Autoclave and Incubator
  14. Culture media,Safety cabinet,Autoclave and Incubator
  15. Culture media,Safety cabinet,Autoclave and Incubator
  16. Culture media,Safety cabinet,Autoclave and Incubator
  17. Culture media,Safety cabinet,Autoclave and Incubator
  18. Culture media,Safety cabinet,Autoclave and Incubator
  19. Culture media,Safety cabinet,Autoclave and Incubator
  20. Culture media,Safety cabinet,Autoclave and Incubator
  21. Culture media,Safety cabinet,Autoclave and Incubator
  22. Culture media,Safety cabinet,Autoclave and Incubator
  23. Culture media,Safety cabinet,Autoclave and Incubator
  24. Culture media,Safety cabinet,Autoclave and Incubator
  25. Culture media,Safety cabinet,Autoclave and Incubator
  26. Culture media,Safety cabinet,Autoclave and Incubator
  27. Culture media,Safety cabinet,Autoclave and Incubator
  28. Culture media,Safety cabinet,Autoclave and Incubator
  29. Culture media,Safety cabinet,Autoclave and Incubator
  30. Culture media,Safety cabinet,Autoclave and Incubator
  31. Culture media,Safety cabinet,Autoclave and Incubator
  32. Culture media,Safety cabinet,Autoclave and Incubator
  33. Culture media,Safety cabinet,Autoclave and Incubator
  34. Culture media,Antimicrobial disc,Safety cabinet,Autoclave and Incubator
  35. ELISA Machine
  36. ELISA Machine
  1. 30000
  2. 30000
  3. 30000
  4. 30000
  5. 30000
  6. 30000
  7. 30000
  8. 30000
  9. 30000
  10. 30000
  11. 30000
  12. 30000
  13. 30000
  14. 30000
  15. 30000
  16. 30000
  17. 30000
  18. 30000
  19. 30000
  20. 30000
  21. 30000
  22. 30000
  23. 30000
  24. 30000
  25. 30000
  26. 30000
  27. 30000
  28. 30000
  29. 30000
  30. 30000
  31. 30000
  32. 30000
Molecular Biology Analysis
  1. DNA, RNA and protein extraction by Kit or extraction buffer
  2. Quantification of DNA/RNA/Protein
  3. DNA/RNA amplification using convention PCR
  4. DNA/RNA amplification using Real Time PCR
  5. DNA extraction manually using extraction buffer of kit
  6. DNA/RNA characterisation
  1. DNA/RNA Extractor
  2. Nanodrop,
  3. PCR
  4. PCR
  5. Manually
  6. Sequencer
  1. 30000
  2. 10000
  3. 30000
  4. 30000
  5. 30000
  6. 0
Food and Nutrition Analysis
  1. Visual appearance
  2. Moisture contents
  3. Immature grains (%w/w)
  4. Insect damage (%w/w)
  5. Ash (%w/w)
  6. Coloured grains (%w/w)
  7. Foreign Matter (%w/w)
  8. Heat damaged grains
  9. Pesticide residues
  10. pH
  11. Microscopy
  12. Fat (%w/w)
  13. Vitamin K (%µg/g)
  14. Protein (%w/w)
  15. Tannins (%w/w)
  16. Carbohydrate (%w/w)
  17. Totalcarbohydrates (%w/w)
  18. Sucrose (%w/w)
  19. Total sugar (%w/w)
  20. Total dissolved solids
  21. Vitamin B6 (%µg/g)
  22. Ochratoxins (µg/kg)
  23. Deoxynivalenol (µg/g)
  24. Aflatoxins(µg/g)
  25. Fumonisins (µg/g)
  26. Ochratoxins (µg/kg)
  27. Deoxynivalenol (µg/g)
  28. Aflatoxins(µg/g)
  29. Fumonisins (µg/g)
  30. Toxicity using animal models
  1. Physical,lens or microscope
  2. Oven
  3. Physical,lens or microscope
  4. Physical,lens or microscope
  5. Physical,lens or microscope
  6. HPLC
  7. ph meter
  8. Microscope
  9. HPLC
  10. HPLC
  11. HPLC
  12. HPLC
  13. HPLC
  14. HPLC
  15. HPLC
  16. HPLC
  17. TDS Machine
  18. HPLC
  19. HPLC
  20. HPLC
  21. HPLC
  22. HPLC
  23. VICAM
  24. VICAM
  25. VICAM
  26. VICAM
  27. HPLC
  1. 3000
  2. 3000
  3. 3000
  4. 3000
  5. 10000
  6. 4000
  7. 4000
  8. 4000
  9. 109500
  10. 2000
  11. 3000
  12. 109500
  13. 109500
  14. 109500
  15. 109500
  16. 109500
  17. 109500
  18. 109500
  19. 109500
  20. 12100
  21. 109500
  22. 109500
  23. 109500
  24. 109500
  25. 109500
  26. 98550
  27. 98550
  28. 98550
  29. 98550
  30. 109500
Tissue Culture Analysis
  1. Sample preparation
  2. Ashing /Digestion
  3. Chlorophyl content
  4. Isolation of plant pathogens
  1. Various
  2. Furnace
  3. Spectrophotometer
  4. Safety cabinet,Autoclave and Incubator
  1. 4000
  2. 10000
  3. 30000

(i) NM-AIST students and staff have access to use the laboratory from 8:00am to 4:00pm Monday to Friday – standard working hours
(ii)Students working in the laboratory must be affiliated to academic staff at the department, and they have the responsibility to make such agreements in advance.
(iii)The laboratory is also available to external researchers during the aforementioned hours as approved and communicated by head of department of the respective school and acknowledged by the laboratory manager
(iv)At all times when the laboratory is in use, laboratory personnel(s) must be available, for assistance and control
(v)Any exception granted to the aforementioned laboratory access guideline, must be justified and abide to the guideline for laboratory access.
(vi)Whenever access is required before and/or after the standard working hours, it MUST be communicated in advance to the responsible personnel and be approved following the proper chain of command, i.e. approved by head of department and facilitated by human resources for over time/extra duty documentation, appropriate compensation for Laboratory personnel is a MUST.
These individuals/groups may fall in four categories as defined below;

a) NM-AIST students: Masters, PhD, volunteers and field attached students.

b) NM-AIST employees: permanent and temporary

c) External users: Researchers/ Collaborators

d) Visitors