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This kit based on Real time PCR method determines the presence of Covid-19 virus genome in any stage of infection with high sensitivity and accuracy. The acceptable specimens for using of this kit are specimens including nasopharyngeal or oropharyngeal aspirates or washes, nasopharyngeal or oropharyngeal swabs, broncheoalveolar lavage, tracheal aspirates, and sputum.
|Component Part||Volume (µL)|
|One step RT-PCR mix||500|
|Multi probe/primer Mix (E, RDRP, IC genes)||500|
|Multi positive control (RdRp and E genes)||100|
|Nuclease Free water||500|
Shipping & Delivery
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The Covid-19 IgG/IgM rapid test cassette is a rapid and qualitative assay for the detection of antibodies to Coronavirus. This kit has two aluminum packs including a Test cassette and a silica gel, lancet, dropper and an alcoholic pad. Rapid test kit Covid-19 is used for 15 minutes in a room temperature and the result will appear will appear within 3 to 15 minutes, also the result may not be reliable after 20 minutes.
RDSS is a real-time ROS detection system in a fresh sputum sample that contains respiratory and inflammatory cells (active for ROS production) with the assistance of an electrochemical sensor including a nanostructured material sensitive to ROS. The device has the certificate indicated in letter No. 664/46323 issued on 05/13/99 from the Medical Equipment Department of the Ministry of Health of the Islamic Republic of Iran. This system is suitable for screening normal people without clinical symptoms or with mild symptoms to warn against quarantine and additional tests for COVID-19, as well as for the use of acute and chronic respiratory diseases based on ROS sputum.
Due to the high importance of True Positive during the COVID-19 pandemic, warning to perform additional tests (CT-Scan and RT-PCR) for apparently normal cases or even with mild symptoms whose ROS results have been positively scored by RDSS would be useful. Software of the device was calibrated according to the ROS levels of more than 300 samples of sputum. COVITEST can be used to suggest additional clinical examination on suspicious people. The disposable sensing tool of the system would be entered to sputum sample and showed the ROS levels in less than 30 seconds. So, it is very useful in the initial examination of apparently normal people, especially asymptomatic cases.
Optical mirrors are designed to reflect light in a variety of applications such as light steering, interferometry, imaging, and general applications. These mirrors are widely used in the various industries, especially in the automotive industry. In conventional mirrors, the unwanted light scattering has negative effects on the efficiency and product performance, as far as it reduces the visibility. Nanocoating technology improves the performance of these mirrors, in a way that is minimizing the light scattering.
4eco, the Nano-emulsion disinfectant which has developed based on scientific and hygienic standards. It is known as an herbal disinfectant. Of note, all alcoholic disinfectants are formulated with 70% ethanol, 12-15% isopropyl alcohol and some dimethyl ammonium chloride that take at least 8 minutes to kill approximately 83-90% of viruses or bacteria, while 4eco is effectively kill 99.9% of viruses and bacteria only in 30 seconds. Alcoholic disinfectants have many side effects and make serious harms for human health. However, using of herbal disinfectant developed based on nanotechnology like 4eco are more functional for consumer’s goods, sensitive people, allergic patients, and all age groups even children without worrying about the disadvantages of alcohol and chloride-like chemical compounds. The formulation of 4eco sanitizer is safe on skin, surface, fruits, pets and etc
- Natural design in accordance with the format
- Increasing efficiency, patient comfort and ease of sampling
- Increasing the ability to absorb, retain and recover viral samples
- Unique design of dacron sampling swab in order to accelerate the absorption and retrieval of samples
- Transfering sample size under control
- Absorption and continuous required measurement and transfer from patient to test tube
With increasing of pollutants and airborne infected particles as well as respiratory infection such as influenza and Covid-19, use mask to blocking the entrance of air pollution and pathogens from breathing ways become a necessity.
Respiratory masks are made with several non-woven layers consisting of Spunbond, SMS and Meltblown that mainly made of woven polypropylene fibers. Meltblown and SMS layers play the main role in air filtering from suspended particles and dust and spunbond is the protector of middle layers in Mask.
The latest evolution in the filtration industry is the use of nanotechnology in this field. With this technique, the surface of large cellulosic or synthetic fibers (usually 10 to 30 micrometers in diameter) is covered with a layer of ultra-fine nanofibers (typically 50 to 400 nanometers in diameter). In this method, before the pleating process, the filter paper is covered with a layer of polymeric nanofibers with diameter of 50 to 300 nanometer by using an electric field. Nanofibers form because of the existence of a large potential difference.
The automobile air filter is used to protect the engine and prevent damage to the motor components by dust, contaminants and other harmful suspended particles in the air. The latest evolution in the filtration industry is the use of nanotechnology in this field. With this technique, the surface of large cellulosic or synthetic nanofibers (usually 10 to 30 micrometers in diameter) is covered with a layer of ultra-fine nanofibers (typically 50 to 400 nm in diameter). There are two different methods for separating particles in the filter paper structure.
In-depth filtration, in which particles are separated in different layers of paper according to their size; and surface filtration, in which all particles are separated on the surface of paper. In Behran Co. before the pleating process, the filter paper is covered with a layer of Polyamide textiles with the diameter of less than 100 nanometers by using electrospinning process.