ANALYSIS ON PASTA
Residual analysis of pharmacologically active substances
Abamectin |
Amphenicol |
Quinolones 1 |
Quinolones 2 |
Quinolones 3 |
Furanic compounds |
Nitrofuran metabolites |
Nicarbazine |
Sulfamidic drugs |
Tetracycline |
Residual analysis of contaminating substances
Acrylamide |
Aflatoxins B e G |
Fumonisins |
Ochratoxin A |
Trichothecenes |
Zearalenon |
Radioactivity |
Polycyclic aromatic hydrocarbons |
Melamine |
Mineral oil |
Qualitative detection of transgenic DNA into maize |
Qualitative detection of transgenic DNA into maize(Roundup Ready) |
Qualitative detection of transgenic DNA |
Qualitative detection of transgenic DNA |
Percentage of transgenic DNA on species-specific DNA |
Quantitative detection of transgenic DNA |
Quantitative detection of transgenic DNA into maize(Roundup Ready) |
Polychlorinated dibenzodioxins/furans (PCDD/PCDF) |
Dioxin-like-PCB |
PCB
| Polychlorbiphenyl (PCB)(low res.19 Congeners |
Dioxins and dioxin-like- pcb-(high resolution)
| Dioxin-like-PCB(high resolution) |
| Polychlorinated dibenzodioxins/furans (PCDD/PCDF)(HRGC) |
Fumigants
Phosphorated organochlorinated pyrethroids pesticides
Multiresidual pesticides P1-GM1
Detection of allergens
Sulphur dioxide |
Soya bean |
Almond |
Peanut |
Hazelnut |
Celery |
Sesame |
Peanut |
Beta-lactoglobulin |
Casein |
Gluten |
Lactose |
Almond |
Hazelmut |
Egg |
Pistachio |
Lupin |
Walnut |
The analysis for detection of contaminants, residual molecules, the analysis of hygienic or product characterization suggested are not exhaustive. They are a simplification of analytical activities of Chelab laboratory. The analytical models are adjusted case by case in order to achieve the best possible objective, and depend both by the customer’s needs and by the expected requisites.