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Bio-Fires - An Eco-Friendly Alternative to Real Fires

Biofires are a warm and comfortable method of heating your home without the harmful gas or soot. They are easy to install and operate similar to electric fires.

The BARDA contract will support the development of the BioFire emerging CoV panel, a nucleic acid amplification test to be used with BioFire filmArray Systems for the detection of human acoronaviruses using nasopharyngeal or swabs as well as saliva samples.

Eco-friendly

A bioethanol fire can be an excellent alternative to gas or wood fires. The fuel is made from plant by-products and an organic process converts sugars into alcohol. It is a better option than other fireplaces because it produces no harmful emissions and has lower carbon footprint. Bioethanol is also a safer alternative to other types of fires as it does not produce soot or smoke. It also does not require a flue, which means it can be used anywhere in your home or garden.

A multi-drug resistant (MDR) bacteria is among the most dangerous health threats today. New methods of testing can identify MDR bacteria early and help prevent further complications. BioFire FilmArray is one of these tests. This test uses an approach based on symptoms to identify pathogens that could cause sepsis. The results are available in an hour so that providers can start treatment immediately.

Molecular PCR is a method that amplifies DNA or RNA molecules into millions or billions of copies. This permits the analysis of small bio ethanol fires amounts of body fluid or tissue to determine if specific genetic sequences are present. It is a useful instrument for lab professionals and can help them identify serious illnesses in a cost-effective and efficient way. The BioFire FilmArray PCR system is an innovative tool for the diagnosis of infectious diseases and can be used to perform a variety of applications in hospitals and laboratories.

For respiratory tests the simplest swab could be wiped over your nose and sent to the lab to be analyzed. BioFire's system offers a quick turnaround time and allows clinicians to respond quickly. This means that patients will enjoy 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 produce organic charcoal and biomass power. The products that result are offered to the public as an eco-friendly alternative to traditional wood charcoal and coal briquettes. These bio-waste products are also suitable for burning in a Kachelofen fireplace which generates radiant heat and is a more sustainable alternative to electric or gas fires.

Clean burning

When you use a bio-fire, you will not only conserve energy, but also aid the environment. This is because the combustion of bioethanol fireplace indoor does not produce harmful gasses like carbon dioxide. It releases only water vapour and heat. This makes it a cleaner and safer option for indoor use.

Ethanol is a byproduct of the fermentation of sugars from plants and is classified as an energy source that is renewable. This means it can be made quickly and will not run out as fossil fuels such as oil and coal. The use of small bioethanol fire helps reduce dependence on imports from abroad and reduces the risk associated with shortages in supply.

Bio-fires can be set up easily, and can be placed within existing fireplace ethanol insert (https://minecraftcommand.science) openings or as standalone units. This makes them an alternative to wood and gas fires. They are a great option for offices and homes that don't have a chimney.

When a bio fire is lit, a specific media is built into the burner to absorb the liquid ethanol fuel while making it available to be used for combustion. The ethanol is then burned by the flames, and the vapours are released out into the atmosphere through the vent. This gives the flames a more natural look and a mesmerising beauty which cannot be duplicated by wood or gas fires.

Bio-fires benefit from not requiring a vent or flue to replenish oxygen during combustion. They also don't release the carbon monoxide that must be vented into the air in gas fires with open fronts.

The BioFire Respiratory Panel employs multiplex technology that simultaneously tests for 19 respiratory pathogens within an hour. This enables doctors to identify and eliminate respiratory diseases quicker than they could with conventional tests that require patient visits. Both patients as well as the health system gain from this.

Safe indoors

Bio-fires are far safer to use indoors than traditional fires, as they produce no smoke, ash or carcinogenic fumes. They also don't emit carbon monoxide, which can be fatal if inhaled. The bio-ethanol fuel they use is flammable however it is important to be careful when handling the burner and refuelling your fire. The fuel should only be added after the burner has been turned off and your fire has cooled. Any spills must be cleaned up promptly.

The diagnostics offered by the company's FilmArray systems--BioFire 2.0 and BioFire Torch are easy to use and run eight different commercially available US Food and Drug Administration cleared diagnostic panels as well as three additional panels that have been authorized for emergency use and six environmental test panels. These tests include a new respiratory panel that has been designed to quickly identify and differentiate between respiratory diseases, including COVID-19 and emerging coronaviruses.

The Biomedical Advance Research and Development Initiative, a part of the US Department of Defense Strategic Access Program has granted the COVID-19 Panel a grant. The COVID-19 test is based on antigens and allows doctors to distinguish symptoms caused by COVID-19 from other respiratory infections. The test has a similar level of accuracy to the rapid antigen tests that are currently used.

The company is also developing a SARS-CoV-2 test for its Respiratory Panel 2.1. The multiplexed nucleic acid amplification test will be available on the BioFire filmArray 2.0 and Torch Systems and will detect SARS CoV-2 and 21 respiratory pathogens using saliva and nasopharyngeal samples within less than an hour. The assay will be developed in the shortest timeframe, and FDA approval for EUA and the 510(k) is scheduled to be granted by Q3 2020.

Bio-ethanol fire flame effect fires are safe to use, but should be kept clear of things that can ignite, like pillows, curtains and blankets. They should not be set close to anything that could ignite and you should keep flammable items at least 10 feet away from them. The bioethanol fuel should be stored in a dry, secure location that isn't easily reached by children or pets.

Simple to use

A bioethanol fireplace is simple to use and has no flue to worry about. You only need a place to store it and fuel. Once you've filled the burner with fuel, ignite it up. This will ignite the appearance of a fire that is like the real flame. Once the flame has started it will heat the room with very little or no smoke. It also produces heat, similar to a fireplace that burns wood. They are also simple to maintain and do not require any servicing. A quick wipe down is all they need.

The BioFire RP2.1 EZ test, unlike most rapid tests that use the syndromic method of identifying typical signs of infection it can give results in 45 minutes. The test is designed for patients with respiratory symptoms that are upper respiratory and has a 98% sensitivity rate. The test can detect up to 19 bacteria and viruses in a single sample which makes it a good option for the treatment of patients.

The BioFire system combines multiplex PCR testing, sample preparation, and report on results into an integrated platform. This allows laboratories to streamline their workflow and eliminate the need for a serial approach involving individual and send-out tests. This could lead to improved patient outcomes by enabling the correct test to be utilized first time, and by removing the need for costly tests that are based on a culture. Additionally the BioFire system can detect pathogens and their associated antimicrobial resistance genes at an molecular level, providing data that is more precise than conventional methods.

Molecular diagnostics are increasingly used to improve the care of patients and outcomes. The BioFire panel RP2.1+ utilizes a syndromic method to simultaneously focus on 23 pathogens that are often implicated in respiratory illnesses. The test is available on the BioFire film array 2.0 and Torch systems and provides results within 45 minutes.

The test is available in the US under FDA Emergency Use Authorization. It will be available commercially after initial DoD requirements are satisfied. The BioFire Defense team has also developed a fully automated sample-to-result assay for the rapid detection of COVID-19. The assay is currently being developed and will be made available once initial DoD requirements are met.