AMC · NGS

AMC STI (SeXitest) - Complete Detection of Sexually Transmitted Infections

SeXitest is a clinical test to detect all types of sexually transmitted infections. STIs are caused by infections that spread mainly through sexual contact (vaginal, oral and anal) and through close personal contact.

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Description

SeXitest - Complete Detection of Sexually Transmitted Infections

SeXitest is a clinical test designed to detect all types of sexually transmitted infections. The analysis detects all microorganisms present in the sample, enabling the identification of all pathogenic microorganisms responsible for STIs.

Complete Detection

Detects all microorganisms present in the sample including Chlamydia, Herpes, Gonorrhea, HIV and other sexually transmitted pathogens.

Indications

Sexually active individuals, people living with HIV, people who inject drugs and at-risk populations.

Pathogens Detected

Bacteria

Technology

Nanopore NGS Technology for STIs

We use Nanopore NGS sequencing technology that provides superior sensitivity and specificity for the detection of sexually transmitted pathogens, even at low viral loads.

Technological Advantages

High Sensitivity

Specificity

Sample

Sample Types

Accepted Samples

Urine (first void)

Non-invasive sample, ideal for initial screening

Urethral/vaginal swab

Higher sensitivity for certain pathogens

Blood/Serum

For detection of systemic viruses

Collection

Instructions:

Results

STI Results Report

The AMC STI report provides detailed information on all pathogens detected, viral/bacterial loads and antimicrobial resistance patterns.

Complete Panel

Resistances

Turnaround Time: 15 business days

Results delivered in PDF format with:

Clinical indications

Clinical Indications for SeXitest

SeXitest is indicated for people at risk of sexually transmitted infections and specific at-risk populations.

At-Risk Populations

Follow-up

Confidentiality

All STI analyses are processed with the utmost confidentiality and under strict personal data protection measures.