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Bio-Fires – An Eco-Friendly Alternative to Real Fires Biofires offer a warm, cosy form of heat with no harmful gasses or soot. They are easy to install similar to an electrical fire. The BARDA contract supports the development of the BioFire emerging CoV panel, a nucleic acid amplification test to be used with BioFire filmArray Systems for detection of known and emerging human acoronaviruses in nasopharyngeal or samples as well as saliva samples. Eco-friendly A bioethanol fire is an excellent alternative to gas or wood fires. The fuel is made from plant by-products, and employs an organic process to convert sugars into alcohol. It has many benefits over other fireplace types, including no harmful emissions and a much smaller carbon footprint. Bioethanol is also a safer alternative to other fires because it doesn't produce soot or smoke. It also does not require a flue, which means it can be placed anywhere in your home or in your garden. Multi-drug resistant bacteria (MDR) are among today's most serious health threats. Fortunately, modern testing methods can help identify MDR bacteria and other infections early to stop further complications. One such test is the BioFire FilmArray multiplex PCR system. This test employs a symptom driven approach to detect pathogens that can cause sepsis. The results are accessible within an hour, meaning doctors can start treatment immediately. The process of Molecular PCR that amplifies DNA or RNA molecules into millions or billions of copies. This allows the analysis of small amounts of body fluids or tissue to determine whether certain genetic sequences are present. It is a useful tool for laboratory professionals and can assist them to identify serious illnesses in a cost-effective and efficient manner. The BioFire film array PCR system is an ingenuous instrument for the diagnosis of infectious diseases. It can be used in various environments, including hospitals and laboratories. If you are undergoing respiratory tests, you can wipe a swab across your nose before sending it to the lab. BioFire's technology provides a rapid turnaround time, allowing clinicians to respond quickly. This means that patients will experience better outcomes and will spend less time waiting for the results. The Chanouf Farm Biofire company has developed an agroforestry recycling unit that makes use of olive and pear waste to create organic charcoal and biomass power. The products are sold to the public to replace traditional wood charcoal and coal briquettes with eco-friendly alternatives. Additionally, these bio-waste products can be used to fuel the Kachelofen fire which produces radiant heat that is greener than electric and gas-fired fireplaces. Clean burning When you use a bio-fire, you not only conserve energy, but also aid the environment. This is because the burning of bioethanol does not produce harmful gases like carbon dioxide. It releases only heat and water vapour. This makes it a cleaner and safer option for indoor use. Ethanol is a byproduct of the fermentation of plant sugars and is classed as a renewable fuel source. This means it can be made quickly and won't run out like fossil fuels like oil and coal. Bioethanol can also help reduce the dependency on foreign imports and reduces the risk associated with shortages in supply. Bio-fires are easy to set up and can be utilized in existing fireplaces or as an independent unit. This makes them a great alternative to wood and gas fires. They are a great option for homes and offices which do not have a chimney. When a bio-fire is lit, the burner is fitted with a specific media that absorbs ethanol fuel liquid and makes it accessible to be burned. The ethanol is then burned by the flames and the vapours are expelled out into the atmosphere through the vent. This makes the flames appear more natural and creates a mesmerising beauty that can't be replicated with gas or real wood fires. Another benefit of bio-fires is that they don't require a flue or vent to replenish the oxygen consumed during combustion. ethanol fireplace burner don't release carbon monoxide which must be vented out into the room in open fronted gas fires. The BioFire Respiratory panel uses multiplex PCR to simultaneously test for respiratory pathogens. This takes about an hour. This allows doctors detect and rule out respiratory illness more quickly than conventional tests that require visits to patients. This saves time and money for both the patient and health healthcare system. Safe indoors Bio-fires are able to be used indoors safer than real fires since they don't release smoke, ash, or carcinogenic fumes. The bio-fires don't produce carbon monoxide which is harmful if inhaled. However bio-ethanol fuel is flammable and you must be cautious when handling your burner and refuelling it. It should be replenished only after the burner is switched off and the fire is cool. Any spills need to be cleaned immediately. The company's diagnostic FilmArray systems – BioFire 2.0 and BioFire Torch—are simple to use, and can run eight different commercially available US Food and Drug Administration cleared diagnostic panels as well as three additional panels that have been authorized for use in emergencies and six environmental test panels. The tests include a revolutionary respiratory panel that has been developed to rapidly identify and differentiate between respiratory diseases including COVID-19 as well as emerging coronaviruses. The Biomedical Advance Research and Development Initiative, which is part of the US Department of Defense Strategic Access Program has granted the COVID-19 panel a grant. The COVID-19 test is an antigen-based method that allows clinicians to differentiate between symptoms caused by COVID-19 or other respiratory diseases with a similar degree of accuracy as the rapid antigen tests currently being used. The company is also developing a test for SARS-CoV-2 for its Respiratory Panel 2.1. This multiplexed nucleic acids amplifying test will be available on the BioFire filmArray 2.0 and Torch Systems and will detect SARS CoV-2 and 21 respiratory pathogens in saliva and nasopharyngeal samples in less than an hours. The test is being developed using an rapid timeline, and submission to the FDA for EUA and 510(k) clearance is anticipated in the third quarter of 2020. While bio-ethanol flame-effect fireplaces are extremely safe to use, they should be kept away from combustible materials like curtains, blankets and pillows. They should not be placed near anything that could ignite, and you should always keep flammable objects at least 10 feet from them. The bioethanol fuel must be stored in a secure, dry space that is not easily accessible by pets or children. Simple to use A bioethanol fireplace is simple to install and has no flue to be concerned about. It is all you need is a place to store it and fuel. Once you have filled the burner with fuel, ignite it up. This will produce the appearance of a fire that is like a real fire. When the flame is lit it will heat up the room without much smoke. It also produces heat, similar to a wood-burning fireplace. Bio fires are easy to maintain and don't need any servicing other than a quick wipe down. Contrary to most tests that are rapid that are available, the BioFire RP2.1-EZ test employs a syndromic approach to identify common symptoms of infectious diseases and returns results within 45 minutes. This test is designed for patients suffering from upper respiratory symptoms and has a 98% sensitivity rate. The test can detect up to 19 bacteria and viruses in one sample, making it a great choice for patient management. The BioFire system combines multiplex PCR testing, sample preparation, and result reporting into one integrated platform. This allows laboratories to streamline their workflow and eliminates the need for a sequential approach that involves sending out a single tests. This could lead to improved patient outcomes by enabling the right test to be utilized first time, and by removing the need for expensive culture-based tests. In addition to this, the BioFire system can identify pathogens and their associated antimicrobial resistance genes at a molecular level, providing data that is more precise than traditional methods. Molecular diagnostics is becoming increasingly utilized to improve the outcomes of patients and treatment. The BioFire RP2.1 plus panel employs the syndromic approach to simultaneously target 23 of the most commonly implicated pathogens in respiratory infections. The test can be run on the BioFire FilmArray 2.0 and Torch systems, and produces results in around 45 minutes. The test is available in the US under FDA Emergency Use Authorization. It will be commercially available following the initial DoD demands are met. The BioFire Defense team has also developed a fully automated test-to-result assay that allows for the rapid detection of COVID-19. This assay is in development and will be available once initial DoD demands are met.