Test code: 2431
Effective update from 04/04/2018
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Delivery term: 15 days | Sample preservation: Freeze to -70ºC Delivery term: 11 days |
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Delivery term: 15 days | Sample preservation: Freeze to -70ºC Delivery term: 11 days |
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5073- BRAF (Mutations V600E, V600K) Diagnosis, ONCOinBLOOD (Cell-free DNA detection), plasma and serum 5074- EGFR (exons 19 and 21 + T790M mutation). Diagnosis, ONCOinBLOOD (Cell-free DNA detection), serum and plasma 7356- EML4-ALK Translocation Diagnosis, ONCOinBLOOD (Cell-free DNA detection), serum and plasma 5075- KRASinBLOOD (ex. 2) screening, serum/plasma 7365- MET (Splicing 7/8, 14) Diagnostic, ONCOinBLOOD (Cell-free DNA detection), serum and plasma 7361- PIK3CA (Exons 10, 21) Diagnosis, ONCOinBLOOD (Cell-free DNA detection), serum and plasma | 5073- ONCO IN BLOOD BRAF (V600E and V600F) 5074- ONCO IN BLOOD EGFR (exons 19, 21 and T790M) 7354- ONCO IN BLOOD EGFR C797S 7356- ONCO IN BLOOD EML4-ALK 5075- ONCO IN BLOOD KRAS (codons 12, 13 and 61) 7365- ONCO IN BLOOD MET (splicing variants 7/8 and 14) 7361- ONCO IN BLOOD PIK3CA (exons 10 and 21) |
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5570- BRAF (V600E, V600K Mutations) Monitoring, ONCOinBLOOD (Cell-free DNA detection), plasma and serum 5568- EGFR (exons 19 and 21 + T790M mutation) Monitoring, ONCOinBLOOD (Cell-free DNA detection), serum and plasma 7357- EML4-ALK Translocation Monitoring, ONCOinBLOOD (Cell-free DNA detection), serum and plasma 5569- KRAS (codons 12, 13 and 61) Monitoring ,ONCOinBLOOD (Cell-free DNA detection), plasma and serum 7358- KRAS (exon 2) (Diagnostic), Cell-free DNA detection, plasma and serum 7359- PIK3CA (Exons 10, 21) Monitoring, ONCOinBLOOD (Cell-free DNA detection), serum and plasma | 5073- ONCO IN BLOOD BRAF (V600E and V600F) 5074- ONCO IN BLOOD EGFR (exons 19, 21 and T790M) 7356- ONCO IN BLOOD EML4-ALK 5075- ONCO IN BLOOD KRAS (codons 12, 13 and 61) 5075- ONCO IN BLOOD KRAS (codons 12, 13 and 61) 7361- ONCO IN BLOOD PIK3CA (exons 10 and 21) |
ANTERIOR |
ACTUAL
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Method : Enzyme immounoassay Delivery term : 5 days | Method : Chemiluminiscence Delivery term : 2 days |
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ANTERIOR |
ACTUAL
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Method : Enzyme immounoassay Delivery term : 5 days | Method : Chemiluminiscence Delivery term : 2 days |
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BILIRUBIN
Total : Less than 1 mg/dL Direct : Less than 0.3 mg/dL Indirect: Less than 0.9 mg/dL |
INDIRECT BILIRUBIN, SERUM
Total: From 0 to 1 day : 2 - 6 mg /dL From 1 to 2 days : 6 - 10 mg/dL From 2 to 5 days : 4 - 8 mg/dL From 5 days to 17 years : Less than 1 mg/dL > 17 years : Less than 1.2 mg/dL Direct : Less than 0.3 mg/dL Indirect : Less than 0.9 mg/dL |
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Method : Enzime immunoassay Units : µg/mL Therapeutic level: 1 - 2 µg/mL | Method : HPLC Units : mg/L Therapeutic level: 0.5 - 2 mg/L |
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NEGATIVE Delivery term: 7 days | Not detected. Delivery term: 6 days |
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Delivery term: 22 days | Delivery term: 30 days |
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Test Code: 7737
Sample: Special tube provided by NOÛS Conservation: Room temperature Method: Gas Chromatography/Mass Spectrometry Set Up Days: Daily Delivery term: 13 days Information: Approximately half of our daily need of calories derived from carbohydrates. Most of these are ingested in the form of starch, which by salivary and pancreatic amylase is hydrolyzed and gives rise to oligosaccharides and then disaccharides (sucrose, maltose and lactose) and monosaccharides (glucose fructose and galactose). The latter are absorbed directly into the small intestinal epithelium without previous digestion. However, the disaccharides must be cleaved by enzymes previously found in the villous epithelial cells. An insufficient digestion or absorption of carbohydrates exposed them to a bacterial fermentation in the distal small intestine and colon. During fermentation originate short chain fatty acids and gases such as carbon dioxide (C02) and hydrogen (H2). These gases diffuse partially into the blood and are then exhaled. Because the body H2 is formed exclusively by bacterial fermentation of carbohydrates, the concentration of H2 in the exhaled air reflects the decomposition thereof in the intestine. Therefore, the determination of H2 can be used in the exhaled air to show an abnormal breakdown and poor absorption of carbohydrates. Fasting produces little or no H2 excretion through the lungs. However, the appearance of H2 with fasting can be relatively high if the intestine due to an insufficient fasting, it contains many carbohydrate residues. If a carbohydrate, after being administered is not completely absorbed increases the excretion of H2. However, if the absorption is insufficient, one part arrives at the colon and fermentation occurs with the consequent production of H2. In the case of bacterial overgrowth in the small intestine, the fermentation of carbohydrates can increase the excretion of H2 at 30-45 min after administration. This increase reflects the fermentation of the unabsorbed part of the carbohydrate. Thus, when using differents types of carbohydrates can be demonstrated alterations in the digestion and absorption of monosaccharides, disaccharides or polysaccharides. In an insufficient absorption of any carbohydrate is followed by production of H2, and consequently a positive breath hydrogen tests. In some individuals the bacteria colonizing the colon are not producing H2 and instead produce methane (CH4), so it is recommended that the joint determination of these two gases.
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Sample collection time: - BASAL - 30 min - 60 min - 90 min - 120 min | Sample collection time: - BASAL - 30 min - 60 min - 90 min - 120 min - 150 min - 180 min - 210 min |
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Delivery term: 15 days | Delivery term: 20 days |
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Technique: Extraction of HBV-DNA and PCR amplification. Genotyping by hybridization. This technique allows the identification of genotypes A, B, C, D, E, F and G. Delivery term: 7 days | Technique: Extraction of HBV-DNA and PCR amplification. Genotyping by hybridization. This technique allows the identification of genotypes A, B, C, D, E, F, G and H. Delivery term: 6 days |
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