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MPEG Layer II (MP2) Compressed Audio File is an audio file format used when streaming MPEG audios. MP2 is a lossy format that is a predecessor of the MP3. The MP3 file format needs a lower bit rate to attain the same quality of the MP2 files. It is widely used thanks to its high error resilience and sound better at high bit rates (256 Kbps and above).

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MP2 was developed by (MPEG) Moving Picture Expert Group in a move to standardize coding of both audio and video files for use on Digital Radios and TV Broadcasting. It aims at reducing the size of the file while retaining the quality of the sound. MP2 is a great competitor to the Dolby Digital (the industry standard for DVD- video).

Catheters are necessary life saving devices — infections limit their use. With Light Line’s technology designed to prevent and treat catheter infections, patients can receive the best catheter care available.

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The file sizes are reduced by compressing them using MPEG Audio layer 2. Over the years, the MP3 format has gained more popularity than MP2. Many portable audio players are compatible with MP2. However, more players are now designed to play MP3 files making it easier to convert MP2 to MP3 for easy compatibility.

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The light delivery has been refined with precision, allowing disinfection of both the inside and outside of translucent off-the-shelf catheters. This platform technology is engineered to prevent and treat infections in peritoneal dialysis, central, and urinary catheters, as well as PICC lines and endotracheal tubes.

Apple iTunes, Microsoft Windows Player, Apple QuickTime Player, VLC media player, MPlayer, and KMPlayer programs can open the MP2 files.

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Catheters are critical. They are the best and most efficient way to access vessels, organs, and other tissue to treat peritoneal, urinary, respiratory, and vascular diseases. However, catheter-related infections limit their use and can lead to a failure of catheter therapy, requiring aggressive antibiotic treatments to resolve.

Sterilization techniques, antimicrobial coatings, and drugs are simply not effective. These conventional treatments have exacerbated the spread of drug-resistant microbes (e.g., MRSA, ERSA) that overwhelm hospitals, care centers, and homes. These prolific, drug-resistant microbes are responsible for:

The Light Line PhotoDisinfection™ System disinfects all catheters, endotracheal tubes, and other medical devices. Our data is conclusive – this light-based technology, also known as photonics, kills microbes, even drug resistant varieties, when used with various catheters. This allows for extended catheter use resulting in improved medical outcomes, thus saving lives and reducing costs.