Difference between revisions of "Team:Tokyo Tech"
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<h1 class="mbr-section-title align-center pb-3 mbr-fonts-style display-1">Finding Flavi</h1> | <h1 class="mbr-section-title align-center pb-3 mbr-fonts-style display-1">Finding Flavi</h1> | ||
| − | <p class="mbr-text align-center display-5 pb-3 mbr-fonts-style"><br>Dengue virus, which is in the flavivirus family, is a worldwide spread virus and has huge impact on society, however, not many developing countries are recognizing its danger.<br><br><br>Dengue virus is unique in terms of its four different serotypes. Multiple infection can easily cause severe dengue, appearing hemorrhage and organ damage. It is important to grasp which serotype the patient is infected, however, there is not enough data about each serotype in a year.<br><br><br>To tackle the situation, we succeeded in the development of the serotype prediction system using stochastic process analysis. This system can predict the patient’s serotype by simulating the past data. We also developed the simple and fast testing kit that can detect serotype with fluorescence, so that we can check the patient easily and get enough data to estimate the patients’ serotypes more accurate. In the future, this system can contribute to other flavivirus detection system.</p> | + | <p class="mbr-text align-center display-5 pb-3 mbr-fonts-style"><br><span style="font-size: 1.2rem;">Dengue virus, which is in the flavivirus family, is a worldwide spread virus and has huge impact on society, however, not many developing countries are recognizing its danger.<br><br><br>Dengue virus is unique in terms of its four different serotypes. Multiple infection can easily cause severe dengue, appearing hemorrhage and organ damage. It is important to grasp which serotype the patient is infected, however, there is not enough data about each serotype in a year.<br><br><br>To tackle the situation, we succeeded in the development of the serotype prediction system using stochastic process analysis. This system can predict the patient’s serotype by simulating the past data. We also developed the simple and fast testing kit that can detect serotype with fluorescence, so that we can check the patient easily and get enough data to estimate the patients’ serotypes more accurate. In the future, this system can contribute to other flavivirus detection system. |
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Revision as of 00:28, 18 October 2018
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Finding Flavi
Establishment of dengue virus serotype prediction and detection systems
Finding Flavi
Dengue virus, which is in the flavivirus family, is a worldwide spread virus and has huge impact on society, however, not many developing countries are recognizing its danger.
Dengue virus is unique in terms of its four different serotypes. Multiple infection can easily cause severe dengue, appearing hemorrhage and organ damage. It is important to grasp which serotype the patient is infected, however, there is not enough data about each serotype in a year.
To tackle the situation, we succeeded in the development of the serotype prediction system using stochastic process analysis. This system can predict the patient’s serotype by simulating the past data. We also developed the simple and fast testing kit that can detect serotype with fluorescence, so that we can check the patient easily and get enough data to estimate the patients’ serotypes more accurate. In the future, this system can contribute to other flavivirus detection system.
Tokyo Tech 2018 Finding Flavi
Go to Project Page
Experiment
Establishment of dengue virus serotype detection system
modelling
Establishment of dengue virus serotype prediction system
Human Practice
Communication with Society
Team
Member of Tokyo Tech iGEM team
