Quality Control

Our facility is provided with a quality assurance laboratory, equipped to analyse both raw materials and finished goods, a service we also provide to third parties. Microbiological studies, environmental quality and water quality controls are carried out as well.

Physicochemical testing laboratory

FID gas chromatography and Gas chromatography–mass spectrometry systems
Analysis:
Flame ionization detector gas chromatography or gas chromatography–mass spectrometry analysis
Use:

  • Analysis of pesticides in animal and plant origin samples
  • Analysis of residual solvents present in ethanol and hydroalcoholic extracts
  • Analysis of impurities in glycerol
  • Titration of active ingredients present in plant extracts
  • Sterols and fatty acids analysis
  • Raw materials titration

Ultra-performance liquid chromatography
Analysis:
High-performance liquid chromatography with mass detector or UV-Visible spectrophotometer analysis
Use:

  • Analysis of pyrrolizidine alkaloids in plant extracts

High performance liquid chromatography with fluorometer
Analysis:
High-performance liquid chromatography with fluorescence detector
Use:

  • Mycotoxin analysis

High performance liquid chromatography
Analysis:
High-performance liquid chromatography with UV-Visible detector analysis
Use:

  • Analysis of preservatives such as Sodium Benzoate, Potassium Sorbate and Parabens
  • Titration of active ingredients in plant extracts (Casticin, Cucurbitacin E, Verbenalin, Valerenic acid, Ferulic acid, Betulina, Hederacoside, Vanillin, Hyperoside, Quercitrin, Colchicine, Luteolin 7-glucoside, Strychnine/ Brucine, Hyoscine/ Hyoscyamine/ Nicotine, Convallatoxin, Berberine/ Hydrastine, Monoammonium Glycyrrhizinate, Harpagoside, Alfa-solanine, Silymarin, Alpha-Angelica lactone)
  • Organic substances purity analysis
  • Saccharin, Cholesterol, ATP, DHEA, Beta- Estradiol, Hydroquinone, Naphthoquinone, Anthraquinone, 1,4-Benzoquinone, Pentachlorophenol

Plasma optical and atomic emission spectrometer

Analysis:
Heavy metals analysis
Use:

  • Analysis of plant and animal origin raw materials
  • Titration and purity of materials
  • Elements impurity analysis
  • Immediate packaging material

Analysis:

  • Refractive index analysis
  • Brix degrees analysis

Use:

  • Glycerol
  • Glycerinated macerates
  • Finished goods
  • Sugar content

Thin Layer Chromatography
Analysis:
Qualitative and semiquantitative analysis of active ingredients, with UV lamp or visible detection
Use:

  • Qualitative identification of plant samples
  • Purity evaluation on samples and excipients (e.g. lactose, maltitol)
  • Separation of the components of a mixture

Analysis:

  • Redox titration
  • Argentometric titration
  • Iodometric titration/ iodimetry
  • Acid-base titration

Use:

  • Titration of active ingredients present in plant extracts
  • Chemicals titration

Analysis:
Radioactivity analysis


Use:

  • Analysis of radioactive content in raw materials

Analysis: optical rotation analysis

Use:

  • Purity evaluation on raw materials and excipients (e.g. lactose)

Analysis:
Infrared absorption spectrometry on organic and inorganic compounds

Use:
Identification of raw materials and excipients (ethanol, glycerol, lactose, other chemicals)

Ultraviolet–visible spectrometer

Analysis:
Analysis of the absorption of single elements or classes of chemicals in the ultraviolet and visible region

Use:
Titration of active ingredients present in plant extracts (e.g. tannins, polyphenols, alkaloids, total flavonoids)

Analysis:
Acid base measurements

Use:
Analysis of raw materials purity (ethanol, glycerol, other chemicals)
In process pH inspection
Finished good pH inspection

Analysis:
Melting point analysis

Use:
Analysis of raw materials purity

Analysis:
Gastro-resistance evaluation

Use:
Measurement of the disintegration time of finished goods such as tablets and capsules in an acidic environment

Analysis:
Water titration

Use:

  • Analysis of the water content in raw materials and excipients (e.g. lactose, glycerol, other chemicals)
  • Analysis of the water content in glycerinated macerates of organs and venoms

Analysis:
Measurement of the viscosity of solutions

Use:
In process and finished good inspection (solutions and gels)

Analysis:
Evaluation of the endurance of sealing systems

Use:
Vials endurance analysis

Analysis:

conductivity measurement

 

Use:

water conductivity measurement

Analysis:
Analysis of ash and insoluble ash in animal samples

Analysis:

essential oils distillation

Analysis: Production of hydroalcoholic extracts from plants

Analysis: Accelerated stability testing

Analysis: Long-term stability testing

Analysis: preparation of freeze-dried products from extracts and other products

Analysis: Pharmacognostical identification of plant samples

Analysis on finished goods

Microbiological testing laboratory

Analysis: microbiological testing

Use:
Preparation of growth mediums for Petri dish, contact plates and for the Surface Air System (SAS) machine

Analysis: bacterial and fungal strains growth

Use:

  • Growth medium fertility
  • Bacterial titration

Analysis: growth of virus strains on cellules

Use:
Virus titration

Analysis: yeast and mould

Use:
Controls on raw materials, intermediate goods, immediate and outer packaging materials, finished goods, environmental analysis, sterility testing

Analysis: Escherichia coli

Use: Controls on raw materials, intermediate goods, immediate and outer packaging material, finished goods

Analysis: total bacterial count, Escherichia coli, Salmonella, Pseudomonas aeruginosa, Gram-negative bacteria, Staphylococcus aureus

Use:
Controls on raw materials, intermediate goods, immediate and outer packaging materials, finished goods, environmental analysis, sterility testing

Sterility testing laboratory

Analysis: environmental analysis

Use:
Air quality control in environmental cleanness A-B-C-D classes

Analysis: sterility testing

Use:
vials sterility inspection

Analysis: viral inactivation

Use:
Inactivation of raw materials of organic origin (nosodes, organs, animals, venoms, chemicals, immunologics)

Analysis: cell maintenance

Use:
ATCC cells maintenance

Analysis: extraction of DNA and RNA from cells to ensure the absence of DNA and RNA viruses

Use:
inspection of inactive materials and virus absence (ENTOROVIRUS, HEPATITIS A VRUS, HERPES SIMPLEX 1&2, HUMAN INFLUENZAE A&B, HUMAN PARAINFLUENZAE 1&3, 2&4, HUMAN PARVOVIRUA B19)

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