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Defi Xpress is a defibrillator device with voice alarm
Defi Xpress is a defibrillator device with voice alarm, which can meet your clinical needs from Basic Life Support (BLS) to Advanced Cardiac Life Support (ACLS).
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The document describes an advanced security system for cloud storage. It uses an encryption technology that allows encryption keys to be exchanged without having to keep the keys secret. This new approach simplifies data protection compared to current methods. A prototype has been developed and tested that can encrypt extremely large files for cloud storage. The system can be adapted for different security levels and is suitable for both small/large companies and individuals. The inventors hold patents and pending applications related to the technology and are seeking partners in data storage and security markets.
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GENA was established in 2005 in Stavanger, Norway to provide DNA analysis services as a supplement to the National Institute of Forensic Medicine. It has a modern, high-capacity laboratory accredited for forensic DNA analysis. GENA provides rapid, high-throughput forensic DNA services through automated and sensitive technology. It is ISO 17025 accredited and experienced in forensic DNA services and research cooperation projects in bacterial sequencing, human disease testing, and aquaculture species identification. It is seeking to expand its DNA testing services and partners in biological testing.
Recommended
Defi Xpress is a defibrillator device with voice alarm
Defi Xpress is a defibrillator device with voice alarm, which can meet your clinical needs from Basic Life Support (BLS) to Advanced Cardiac Life Support (ACLS).
Kudos
We are offering high discounts on tours and domestic air tickets. We offer personal service plus prices so low we are often not allowed to advertise them. Call us or request an online quote to see our great deals.
Cloud computing tp ny
The document describes an advanced security system for cloud storage. It uses an encryption technology that allows encryption keys to be exchanged without having to keep the keys secret. This new approach simplifies data protection compared to current methods. A prototype has been developed and tested that can encrypt extremely large files for cloud storage. The system can be adapted for different security levels and is suitable for both small/large companies and individuals. The inventors hold patents and pending applications related to the technology and are seeking partners in data storage and security markets.
Gena tp ny
GENA was established in 2005 in Stavanger, Norway to provide DNA analysis services as a supplement to the National Institute of Forensic Medicine. It has a modern, high-capacity laboratory accredited for forensic DNA analysis. GENA provides rapid, high-throughput forensic DNA services through automated and sensitive technology. It is ISO 17025 accredited and experienced in forensic DNA services and research cooperation projects in bacterial sequencing, human disease testing, and aquaculture species identification. It is seeking to expand its DNA testing services and partners in biological testing.
Crc biomarkers prekubator tto
The document discusses a novel biomarker that has been identified for colorectal cancer detection and clinical outcome prediction. The biomarker is a gene transcript that is highly expressed in normal bowel and colorectal tumors but nearly absent from other tissues including blood. Initial research shows the biomarker is over a million times more highly expressed in colorectal tumor cells compared to normal blood cells, and it specifically stains known lymph node metastases. The biomarker has potential applications for early detection of colorectal cancer from blood samples and predicting clinical outcomes and treatment monitoring effectiveness. A patent is pending for the biomarker and licensing partners are being sought.
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This document describes a new design for a telescopic offshore wind turbine that aims to reduce costs. It features a tower that can extend and retract, and a rotor that can tilt horizontally, allowing installation and maintenance to be done using smaller vessels. This innovative design lowers the turbine closer to the water's surface for easier access. The telescopic and tilting functions may enable using established offshore industry work procedures and equipment instead of specialized, expensive jackups or cranes. The design is currently in technology verification testing and seeking licensing partners.
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The Institute of Structural Engineering and Materials Science in the University of Stavanger developed a new paving stone called High Pressure Paving Stones (HPPS) to withstand high point pressures. HPPS have a unique shape that spreads point pressure over a larger area, requiring less sand in the substructure than other paving options. They also allow for easy replacement of single blocks and estimated faster production. The HPPS design has been tested in laboratories and through simulations, with modifications to work with dry concrete production. A patent is pending and the university is seeking licensing and franchise partners.
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The document discusses a greenhouse temperature control system that precisely regulates the temperature of the growth medium to minimize fungal infections while maintaining productivity. It can protect against various fungi like Pythium, Fusarium, Verticillium, and Phytophthora. The system uses an advanced tubular cooling system to precisely control the temperature of the growth medium without affecting the air temperature and humidity levels needed for optimal plant growth. It has undergone research greenhouse trials and has a granted patent in Norway. Partners are sought for further joint research and licensing of the technology.
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The document describes an automated feeding control system for salmon farms that uses oxygen saturation levels to determine when fish are hungry and should be fed. It aims to reduce feed costs, which account for 50% of production costs, by more accurately matching feeding to the appetite levels of the fish. The system will connect to automated feeding mechanisms and signal when to start and stop feeding based on changes in dissolved oxygen during feeding sessions. It is expected to improve feed conversion ratios and growth rates while reducing labor costs and environmental impacts.
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This document describes a floating vertical axis wind turbine design optimized for offshore environments. It has a vertical rotor inside a floating hull with heavy components secured inside. Additionally, gyro stabilization will suppress pitch and roll movements. Key benefits are protecting components inside the floater, reduced maintenance needs due to stabilization, and lower installation and maintenance costs compared to traditional offshore wind turbines. The technology is patented and seeking partners for further research and development.
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Probability mapping prekubator tto
This document summarizes a probability mapping technique for myocardial infarction. The technique uses magnetic resonance imaging (MRI) to identify scar tissue and map its location and extent in the heart. It generates a probability map to enhance visualization of the infarction core area and border zone. This probability mapping could be a useful clinical tool to help with decision making and customized treatment for patients who have had a myocardial infarction. The technique has been validated through image analysis and clinical trials. A patent is pending for the probability mapping method and technology.
Analysis of cardiac images prekubator tto
This document describes a method for analyzing cardiac MRI images to identify scar tissue from a previous heart attack and assess the risk of future cardiac arrhythmias. Analysis of the scar tissue location and extent seen on MRI images can indicate the likelihood of arrhythmias occurring and help determine whether a patient should receive an implantable cardiac defibrillator. The technology provides improved risk stratification by predicting arrhythmia risk based on MRI findings, which could help guide decisions about costly defibrillator implants.
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This document describes a new technology for producing polymer monolithic liquid chromatography columns with very low internal diameters down to 0.02mm. These narrow columns allow for more sensitive separation and identification of peptides using LC-MS/MS. The technology involves a specific preparation process for the monomers, porogens and initiator that allows creation of monolithic columns that are difficult to produce at these small sizes. Initial testing showed the columns can successfully separate peptides from cerebrospinal fluid tryptic digests. Potential applications include both clinical diagnostics and research due to the increased sensitivity and reproducibility of preparation compared to existing options.
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This document describes a floating vertical axis wind turbine design optimized for offshore environments. It has a vertical rotor inside a floating hull with heavy components secured inside. Additionally, gyro stabilization will suppress pitch and roll movements. Key benefits are protecting components inside the floater, reduced maintenance needs due to stabilization, and lower installation and maintenance costs compared to traditional offshore wind turbines. The technology is patented and seeking partners for further research and development.
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This document describes a new nonradioactive method being developed for detecting hypocretin-1 levels in cerebrospinal fluid (CSF) using micro liter volumes. Hypocretin-1 is associated with conditions like narcolepsy but current detection methods require large CSF volumes and use radioactive isotopes. The new method aims to provide high sensitivity and specificity for hypocretin-1 detection using only 1/20th the CSF volume of current methods, without radioactivity. Preliminary studies are promising. The researchers are seeking licensing partners for potential applications in diagnosing neuroimmunological disorders.
Probability mapping prekubator tto
This document summarizes a probability mapping technique for myocardial infarction. The technique uses magnetic resonance imaging (MRI) to identify scar tissue and map its location and extent in the heart. It generates a probability map to enhance visualization of the infarction core area and border zone. This probability mapping could be a useful clinical tool to help with decision making and customized treatment for patients who have had a myocardial infarction. The technique has been validated through image analysis and clinical trials. A patent is pending for the probability mapping method and technology.
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This document describes a method for analyzing cardiac MRI images to identify scar tissue from a previous heart attack and assess the risk of future cardiac arrhythmias. Analysis of the scar tissue location and extent seen on MRI images can indicate the likelihood of arrhythmias occurring and help determine whether a patient should receive an implantable cardiac defibrillator. The technology provides improved risk stratification by predicting arrhythmia risk based on MRI findings, which could help guide decisions about costly defibrillator implants.
Polymer monolith prekubator tto
This document describes a new technology for producing polymer monolithic liquid chromatography columns with very low internal diameters down to 0.02mm. These narrow columns allow for more sensitive separation and identification of peptides using LC-MS/MS. The technology involves a specific preparation process for the monomers, porogens and initiator that allows creation of monolithic columns that are difficult to produce at these small sizes. Initial testing showed the columns can successfully separate peptides from cerebrospinal fluid tryptic digests. Potential applications include both clinical diagnostics and research due to the increased sensitivity and reproducibility of preparation compared to existing options.