23andMe Personal Genome Service® (PGS) Includes: Carrier Status Reports, Genetic Health Risk Reports, Cancer Predisposition Risk Assessment System (BRCA1/BRCA2 Selected Variants, MUTYH-Associated Polyposis(MAP)), Pharmacogenetics, and Medication Insights Reports, NonSyndromic Hearing Loss Carrier Status Report, Sickle Cell Carrier Status Report Update, Hereditary Prostate Cancer (HOXB13-Related)

23andMe Personal Genome Service® (PGS) Includes: Carrier Status Reports, Genetic Health Risk Reports, Cancer Predisposition Risk Assessment System (BRCA1/BRCA2 Selected Variants, MUTYH-Associated Polyposis(MAP)), Pharmacogenetics, and Medication Insights Reports, NonSyndromic Hearing Loss Carrier Status Report, Sickle Cell Carrier Status Report Update

23andMe Personal Genome Service® (PGS) Includes: Carrier Status Reports, Genetic Health Risk Reports, Cancer Predisposition Risk Assessment System (BRCA1/BRCA2 Selected Variants, MUTYH-Associated Polyposis(MAP)), Pharmacogenetics, and Medication Insights Reports, NonSyndromic Hearing Loss Carrier Status Report

23andMe Personal Genome Service® (PGS)Includes :Carrier Status ReportGenetic Health Risk ReportsCancer Predisposition Risk Assessment System (BRCA1/BRCA2 Selected Variants, MUTYH-Associated Polyposis(MAP))Pharmacogenetics Reports

23andMe Personal Genome Service® (PGS) Includes: Carrier Status Reports, Genetic Health Risk Reports, Cancer Predisposition Risk Assessment System (BRCA1/BRCA2 Selected Variants, MUTYH-Associated Polyposis(MAP)), Pharmacogenetics, and Medication Insights Reports

23andMe Personal Genome Service® (PGS)Includes :Carrier Status ReportGenetic Health Risk ReportsCancer Predisposition Risk Assessment System (BRCA1/BRCA2 Selected Variants, MUTYH-Associated Polyposis(MAP))

23andMe Personal Genome Service® (PGS)Includes :Carrier Status ReportGenetic Health Risk ReportsBRCA1/BRCA2 (Selected Variants)

Personal Genome Service (Genetic Reports)

Personal Genome Service - Carrier Status Reports

ProbeChek PathVysion HER-2/neu Cut-Off Control Slides

ProbeChek PathVysion HER-2/neu Cut-Off Control Slides

ProbeChek PATHVISION HER-2/neu Normal Control Slides

ProbeChek PathVysion HER-2/neu Normal Control Slides

ProbeChek UroVysion Bladder Cancer Kit Control Slides

Vysis CLL FISH Probe Kit

Vysis EGR1 FISH Probe Kit

ProbeChek Prenatal Positive Control Slides

AneuVysion DNA Probe Kit

AneuVysion DNA Probe Kit

AneuVysion DNA Probe Kit

ProbeChek Normal Male Amniocyte Control Slides

ProbeChek ALK Negative Control Slides

ProbeChek ALK Positive Control Slides

CEP 8 SpectrumOrange

CEP 12 SpectrumOrange

Vysis CEP X SpectrumOrange/ Y SpectrumGreen

ProbeChek Negative Control 0% Trisomy 8/12

ProbeChek Positive Control 10% Trisomy 8/12

ProbeChek Low Level Female 5% XX/95% XY

ProbeChek Low Level Male 95% XX/5% XY

ViroSeq HIV-1 Genotyping System v2.0

Ferritin Application Kit

Used together, the Prosigna Breast Cancer Prognostic Gene Signature Assay and nCounter Dx Analysis System are a nucleic acid hybridization, visualization and image analysis system based upon coded probes designed to detect the messenger RNA transcribed from 58 genes. The test input is purified RNA from FFPE breast tumor specimens which are acquired from surgical resection. The Prosigna assay uses gene-specific probe pairs that hybridize directly to the mRNA transcripts in solution. The nCounter Dx Analysis System delivers direct, multiplexed measurements of gene expression through digital readouts of the relative abundance of the mRNA transcripts. Prosigna simultaneously measures the expression levels of 50 genes used in the PAM50 classification algorithm (Parker et al., 2009), 8 housekeeping genes used for signal normalization, 6 positive controls, and 8 negative controls in a single hybridization reaction, using nucleic acid probes designed specifically to those genes.The software algorithm produces a Prosigna Score (referred to as ROR Score or Risk of Recurrence Score in the literature (Dowsett et al., 2013)) based on the similarity of the expression profile to each PAM50 molecular subtype, as well as the gross pathological tumor size and a proliferation score computed from a subset of genes. Three risk categories (Low, Intermediate and High) were defined based on a study with over 1007 patient samples associating Prosigna score with long-term outcome. The required components for the Prosigna Assay include the RNA Isolation kit (manufactured by Roche), Prosigna reagents (Reference Sample, CodeSet, Prep Pack, Cartridge(s) and Prep Plate) and the instruments that comprise the nCounter Dx Analysis System; the Prep Station and Digital Analyzer. The test output is a patient specific report which includes a Prosigna Score (0-100) and risk category (low/intermediate/high) where indicated.

Used together, the Prosigna Breast Cancer Prognostic Gene Signature Assay and nCounter Dx Analysis System are a nucleic acid hybridization, visualization and image analysis system based upon coded probes designed to detect the messenger RNA transcribed from 58 genes. The test input is purified RNA from FFPE breast tumor specimens which are acquired from surgical resection. The Prosigna assay uses gene-specific probe pairs that hybridize directly to the mRNA transcripts in solution. The nCounter Dx Analysis System delivers direct, multiplexed measurements of gene expression through digital readouts of the relative abundance of the mRNA transcripts. Prosigna simultaneously measures the expression levels of 50 genes used in the PAM50 classification algorithm (Parker et al., 2009), 8 housekeeping genes used for signal normalization, 6 positive controls, and 8 negative controls in a single hybridization reaction, using nucleic acid probes designed specifically to those genes. The software algorithm produces a Prosigna Score (referred to as ROR Score or Risk of Recurrence Score in the literature (Dowsett et al., 2013)) based on the similarity of the expression profile to each PAM50 molecular subtype, as well as the gross pathological tumor size and a proliferation score computed from a subset of genes. Three risk categories (Low, Intermediate and High) were defined based on a study with over 1007 patient samples associating Prosigna score with long-term outcome. The required components for the Prosigna Assay include the RNA Isolation kit (manufactured by Roche), Prosigna reagents (Reference Sample, CodeSet, Prep Pack, Cartridge(s) and Prep Plate) and the instruments that comprise the nCounter Dx Analysis System; the Prep Station and Digital Analyzer. The test output is a patient specific report which includes a Prosigna Score (0-100) and risk category (low/intermediate/high) where indicated.

Used together, the Prosigna Breast Cancer Prognostic Gene Signature Assay and nCounter Dx Analysis System are a nucleic acid hybridization, visualization and image analysis system based upon coded probes designed to detect the messenger RNA transcribed from 58 genes. The test input is purified RNA from FFPE breast tumor specimens which are acquired from surgical resection. The Prosigna assay uses gene-specific probe pairs that hybridize directly to the mRNA transcripts in solution. The nCounter Dx Analysis System delivers direct, multiplexed measurements of gene expression through digital readouts of the relative abundance of the mRNA transcripts. Prosigna simultaneously measures the expression levels of 50 genes used in the PAM50 classification algorithm (Parker et al., 2009), 8 housekeeping genes used for signal normalization, 6 positive controls, and 8 negative controls in a single hybridization reaction, using nucleic acid probes designed specifically to those genes. The software algorithm produces a Prosigna Score (referred to as ROR Score or Risk of Recurrence Score in the literature (Dowsett et al., 2013)) based on the similarity of the expression profile to each PAM50 molecular subtype, as well as the gross pathological tumor size and a proliferation score computed from a subset of genes. Three risk categories (Low, Intermediate and High) were defined based on a study with over 1007 patient samples associating Prosigna score with long-term outcome. The required components for the Prosigna Assay include the RNA Isolation kit (manufactured by Roche), Prosigna reagents (Reference Sample, CodeSet, Prep Pack, Cartridge(s) and Prep Plate) and the instruments that comprise the nCounter Dx Analysis System; the Prep Station and Digital Analyzer. The test output is a patient specific report which includes a Prosigna Score (0-100) and risk category (low/intermediate/high) where indicated.

Used together, the Prosigna Breast Cancer Prognostic Gene Signature Assay and nCounter Dx Analysis System are a nucleic acid hybridization, visualization and image analysis system based upon coded probes designed to detect the messenger RNA transcribed from 58 genes. The test input is purified RNA from FFPE breast tumor specimens which are acquired from surgical resection. The Prosigna assay uses gene-specific probe pairs that hybridize directly to the mRNA transcripts in solution. The nCounter Dx Analysis System delivers direct, multiplexed measurements of gene expression through digital readouts of the relative abundance of the mRNA transcripts. Prosigna simultaneously measures the expression levels of 50 genes used in the PAM50 classification algorithm (Parker et al., 2009), 8 housekeeping genes used for signal normalization, 6 positive controls, and 8 negative controls in a single hybridization reaction, using nucleic acid probes designed specifically to those genes. The software algorithm produces a Prosigna Score (referred to as ROR Score or Risk of Recurrence Score in the literature (Dowsett et al., 2013)) based on the similarity of the expression profile to each PAM50 molecular subtype, as well as the gross pathological tumor size and a proliferation score computed from a subset of genes. Three risk categories (Low, Intermediate and High) were defined based on a study with over 1007 patient samples associating Prosigna score with long-term outcome. The required components for the Prosigna Assay include the RNA Isolation kit (manufactured by Roche), Prosigna reagents (Reference Sample, CodeSet, Prep Pack, Cartridge(s) and Prep Plate) and the instruments that comprise the nCounter Dx Analysis System; the Prep Station and Digital Analyzer. The test output is a patient specific report which includes a Prosigna Score (0-100) and risk category (low/intermediate/high) where indicated.

Used together, the Prosigna Breast Cancer Prognostic Gene Signature Assay and nCounter Dx Analysis System are a nucleic acid hybridization, visualization and image analysis system based upon coded probes designed to detect the messenger RNA transcribed from 58 genes. The test input is purified RNA from FFPE breast tumor specimens which are acquired from surgical resection. The Prosigna assay uses gene-specific probe pairs that hybridize directly to the mRNA transcripts in solution. The nCounter Dx Analysis System delivers direct, multiplexed measurements of gene expression through digital readouts of the relative abundance of the mRNA transcripts. Prosigna simultaneously measures the expression levels of 50 genes used in the PAM50 classification algorithm (Parker et al., 2009), 8 housekeeping genes used for signal normalization, 6 positive controls, and 8 negative controls in a single hybridization reaction, using nucleic acid probes designed specifically to those genes. The software algorithm produces a Prosigna Score (referred to as ROR Score or Risk of Recurrence Score in the literature (Dowsett et al., 2013)) based on the similarity of the expression profile to each PAM50 molecular subtype, as well as the gross pathological tumor size and a proliferation score computed from a subset of genes. Three risk categories (Low, Intermediate and High) were defined based on a study with over 1007 patient samples associating Prosigna score with long-term outcome. The required components for the Prosigna Assay include the RNA Isolation kit (manufactured by Roche), Prosigna reagents (Reference Sample, CodeSet, Prep Pack, Cartridge(s) and Prep Plate) and the instruments that comprise the nCounter Dx Analysis System; the Prep Station and Digital Analyzer. The test output is a patient specific report which includes a Prosigna Score (0-100) and risk category (low/intermediate/high) where indicated.

The QuickVue TLI Lactoferrin Test is an immunochromatographic test for the qualitative detection of elevated levels of lactoferrin, a marker for fecal leukocytes and an indicator of intestinal inflammation. The test can be used as an in vitro diagnostic aid to help identify patients with active inflammatory bowel disease (IBD) and rule out those with active noninflammatory irritable bowel syndrome (IBS).

The LACTOFERRIN SCAN® test is a quantitative ELISA for measuring concentrations of fecal lactoferrin, a marker for fecal leukocytes. An elevated level is an indicator of intestinal inflammation. The test can be used as an in vitro diagnostic aid to distinguish patients with active inflammatory bowel disease (IBD) from those with noninflammatory irritable bowel syndrome (IBS).

The LACTOFERRIN CHEK test is an ELISA for the qualitative detection of elevated levels of lactoferrin, a marker for fecal leukocytes and an indicator of intestinal inflammation. The test can be used as an in vitro diagnostic aid to help identify patients with active inflammatory bowel disease (IBD) and rule out those with active irritable bowel syndrome (IBS), which is noninflammatory.

The LACTOFERRIN EZ VUE® test is an immunochromatographic test for the qualitative detection of elevated levels of lactoferrin, a marker for fecal leukocytes and an indicator of intestinal inflammation. The test can be used as an in vitro diagnostic aid to help identify patients with active inflammatory bowel disease (IBD) and rule out those with active noninflammatory irritable bowel syndrome (IBS).

The LEUKO EZ VUE® test is an immunochromatographic test for the qualitative detection of elevated levels of fecal lactoferrin, a marker for fecal leukocytes and an indicator of intestinal inflammation. The LEUKO EZ VUE® test detects lactoferrin in liquid, semi-solid, and solid fecal specimens. A positive test result indicates an increased level of fecal lactoferrin and warrants additional testing.

The LACTOFERRIN CHEK test is an ELISA for the qualitative detection of elevated levels of lactoferrin, a marker for fecal leukocytes and an indicator of intestinal inflammation. The test can be used as an in vitro diagnostic aid to help identify patients with active inflammatory bowel disease (IBD) and rule out those with active irritable bowel syndrome (IBS), which is noninflammatory.

The LACTOFERRIN SCAN® test is a quantitative ELISA for measuring concentrations of fecal lactoferrin, a marker for fecal leukocytes. An elevated level is an indicator of intestinal inflammation. The test can be used as an in vitro diagnostic aid to distinguish patients with active inflammatory bowel disease (IBD) from those with noninflammatory irritable bowel syndrome (IBS).

The ASCA-CHEK test is an enzyme-linked immunosorbent assay (ELISA) for the qualitative detection of human anti-S. cerevisiae antibodies (ASCA) in feces and serum. The test result is used as an aid in the diagnosis of Crohn’s disease in combination with clinical and other laboratory findings.FOR IN VITRO DIAGNOSTIC USE.

The LACTOFERRIN EZ VUE® test is an immunochromatographic test for the qualitative detection of elevated levels of lactoferrin, a marker for fecal leukocytes and an indicator of intestinal inflammation. The test can be used as an in vitro diagnostic aid to help identify patients with active inflammatory bowel disease (IBD) and rule out those with active noninflammatory irritable bowel syndrome (IBS).

The LEUKO EZ VUE® test is an immunochromatographic test for the qualitative detection of elevated levels of fecal lactoferrin, a marker for fecal leukocytes and an indicator of intestinal inflammation. The LEUKO EZ VUE® test detects lactoferrin in liquid, semi-solid, and solid fecal specimens. A positive test result indicates an increased level of fecal lactoferrin and warrants additional testing.