Femoflor 16 – determination of urogenital infections (Real-time PCR)

Femoflor 16:

• Streptococcus spp.,
• Staphylococcus spp.,
• Gard/Pre/Porph,
• Eubacterium spp.,
• Sne/Lept/Fuso, Mega/Veil/Dial, Lachno/Clost, Mobi/Coryne,
• Peptostrept,
• Atopobium vaginae,
• Mycoplasma spp.,
• Ureaplasma (urealyticum+parvum),
• Candida spp.

Rules for preparing patients for a vaginal scraping in women

– Abstain from sexual intercourse for 3 days.
– Refrain from alcohol and spicy food for 3 days.
– Submit the material for examination before, or no earlier than 14 days after the end of the course of medical therapy (antibacterial and antifungal drugs), unless otherwise recommended by the doctor.
– During the day, refrain from using local dosage forms (suppositories, ointments, douches, contraceptives, etc.) and intimate hygiene products containing bactericidal additives.
– If the scraping will be performed from the urethra, do not urinate for at least 3 hours before taking the material.
– The material cannot be donated during menstruation (only 3 days after its end).

Urogenital infections are becoming increasingly common among the population and can lead to serious health problems if not detected and treated in a timely manner. For accurate diagnosis and identification of infections in the urinary and reproductive systems, a new method is used - Femoflor 16, based on Real-time PCR technology. This infectious panel has become a very important tool in the fight against urogenital infections.

What is Femoflor 16?

Femoflor 16 is a molecular diagnostic method used to detect 16 different urogenital infections. This method is based on real-time polymerase chain reaction (Real-time PCR) and allows you to accurately determine the presence and number of pathogenic microorganisms in the urinary and reproductive systems. With the help of Femoflor 16, you can detect infections such as chlamydia, gonorrhea, trichomoniasis, mycoplasmosis, ureaplasmosis and others.

How does Femoflor 16 work?

The work of Femoflor 16 is based on the detection and quantification of DNA of pathogenic microorganisms in biological samples collected from the urinary and reproductive systems. The main steps of the method include the following stages:

1. Collection of biological material: The doctor takes samples of urine, mucus, or other biological fluids for further examination.
2. Sample preparation: Collected samples are processed to isolate DNA from pathogenic microorganisms.
3. Real-time PCR reaction: Purified DNA is subjected to real-time polymerase chain reaction. Specific probes are amplified, and the amount of product varies depending on the presence of pathogens.
4. Analysis of results: The presence and number of pathogenic microorganisms are determined based on the results of Real-time PCR.
5. Interpretation and treatment: Depending on the results of the study, the doctor makes a diagnosis and prescribes treatment for the patient.

Advantages of Femoflor 16:

1. High accuracy: The Femoflor 16 method is very accurate and sensitive, allowing you to detect infections even in the early stages.
2. Speed: Diagnosis using this method is quick, allowing treatment to begin immediately.
3. Possibility of detecting many infections: Femoflor 16 allows you to detect 16 different infections simultaneously, which greatly simplifies diagnosis and choosing the right treatment.
4. Minimal risk of false results: The method almost eliminates false results due to the use of specific samples and control standards.

Conclusion:

Femoflor 16 is a powerful tool for the detection and diagnosis of urogenital infections. Thanks to Real-time PCR technology, this method is reliable, fast and allows you to detect many infections at the same time. The information provided by Femoflor 16 helps doctors prescribe effective treatment and prevent further complications.

Diagnosis of urogenital infections is an important component of women's and men's healthcare, and methods like Femoflor 16 help make it more accessible and effective.