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<biogps><data><item key="rating_data"><item key="avg_stars">0</item><item key="total">0</item><item key="avg">0</item></item><item key="name">Digital Pathology</item><item key="created">2024-08-29 07:51:24</item><item key="url">https://www.histobiolab.com/digital-pathology-services.html</item><item key="lastmodified">2024-08-29 07:51:24</item><item key="usage_data"><item key="layouts">0.0</item><item key="users">0</item></item><item key="popularity">0.0</item><item key="owner"><item key="username">creativebioarray</item><item key="url">/profile/21217/creativebioarray</item><item key="name">Hannah Cole</item></item><item key="species"><item>human</item><item>mouse</item><item>rat</item><item>fruitfly</item><item>nematode</item><item>zebrafish</item><item>thale-cress</item><item>frog</item><item>pig</item></item><item key="shortUrl">www.histobiolab.com</item><item key="id">1408</item><item key="short_description">Digital Pathology</item><item key="role_permission"><item>biogpsusers</item></item><item key="permission_style">public</item><item key="type">iframe</item><item key="options">None</item><item key="tags"><item>digital</item><item>pathology</item></item><item key="description">Digital pathology refers to the use of digital technology to capture, share and interpret pathological information. Traditional glass pathology slices are scanned and collected by a fully automatic microscope or optical magnification system to obtain high-resolution digital images. The trained artificial intelligence (AI) algorithms are used to analyze digital slices in an objective manner at high speed and high resolution. The obtained high-quality visualization data can be applied to various fields of pathology.

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