{"id":3975,"date":"2025-06-23T15:54:08","date_gmt":"2025-06-23T13:54:08","guid":{"rendered":"https:\/\/halotechdna.com\/?post_type=product&p=3975"},"modified":"2025-08-18T10:19:04","modified_gmt":"2025-08-18T08:19:04","slug":"ovoselect","status":"publish","type":"product","link":"https:\/\/halotechdna.com\/en\/producto\/ovoselect\/","title":{"rendered":"ovoselect\u00ae"},"content":{"rendered":"

Troubleshooting:<\/strong>
\nThe morphological study of retrieved oocytes is not a fully informative biological marker of oocyte quality. ovoselect\u00aecan be used as an indirect but predictive indicator of oocyte quality based on the quality of DNA observed in the nuclei of cumulus oophorus cells.<\/p>\n

Key Benefits:<\/strong>
\nFast, easy, and reproducible: ovoselect\u00ae enables fast and easy-to-use DNA fragmentation assessment in cumulus oophorus cells, excluding complex laboratory equipment.<\/p>\n

Enhanced Assessment: ovoselect\u00ae provides valuable information on oocyte quality and facilitates informed decision-making for medical professionals once the different oocytes have been classified according to the DNA quality observed in cumulus oophorus cells.<\/p>\n

Tailor-made treatment: The results obtained with ovoselect\u00ae help to determine the most suitable oocyte for fertilization and embryo transfer after ICSI and IVF.<\/p>\n

Unique advantages:<\/strong>
\novoselect\u00ae was developed entirely by halotech\u00ae. This technique gives rise to different morphological variants of cumulus cell nuclei depending on the state of DNA, which correlates with the quality of the oocytes.<\/p>\n

Product Features:<\/strong>
\novoselect\u00ae produces contrast-enhanced images under brightfield microscopy (fluorescent microscopy can be also used).
\novoselect\u00ae generates highly contrasted halos of scattered chromatin depending on the quality of the DNA (fragmented versus non-fragmented), allowing accurate assessment of the DNA status in cumulus oophorus cells.<\/p>\n

Clinical Applications:<\/strong>
\novoselect\u00ae can be used to differentiate the quality of different oocytes extracted from the same woman based on the quality of the DNA observed in the cumulus oophorus cells and using simple reasoning: the higher the level of DNA damage at the cumulus oophorus cells, the lower the quality of the oocyte.<\/p>\n