HEAD - YOLO Software
Precision Software for Accurate Identification and Analysis of Helminth Eggs in Diagnostic Samples
Know moreCombines HEAD software and YOLO neural network for precise identification and quantification of helminth eggs, minimizing error sources and improving result reliability.
Software operates locally on Windows PCs, ensuring easy access and integration into existing workflows.
Identifies and quantifies nine medically significant helminth species commonly found in environmental samples, including wastewater and soil.
Reduces analytical costs while providing prompt and reliable detection, making advanced analysis accessible to a broader community.
Facilitates better monitoring of environmental sample quality and treatment process performance through accurate helminth egg detection.
Globally, more than 2.5 billion people are affected by
helminths (parasitic worms), mainly due to
poor sanitation, the use of polluted water for irrigation, and the disposal to land of
excreta
or sludge. These parasitic worms are transmitted through their eggs. Even though criteria
and
regulations limit their concentration/limit their presence in environmental matrices exist,
their application relies on the capacity to identify correctly these eggs by direct
observation
through a microscope.
This step is crucial since it is the main source of error as highly qualified
technicians are
needed to visually recognize them. As a result, compliance with such regulations does not
always
take place and the transmission of these parasites still occurs. The use of the Software
HEAD-YOLO avoids these problems by identifying and quantifying nine different species of
helminth eggs in images taken from environmental samples.
HEAD-YOLO Software integrates the HEAD detection system with the YOLO neural network to accurately identify and quantify nine key helminth egg species in various environmental samples. Operating locally on Windows PCs, it enhances detection precision, reduces errors, and lowers analytical costs, improving monitoring and treatment processes.
Know More1
Image Input and Processing
2
Identification and Counting
3
Output Delivery