Tradicionalmente, la selección de embriones bovinos para transferencia se basa en sus
características morfológicas por ser simple y rápido, sin embargo, los valores cualitativos …

The objective of this study was to evaluate the time of blastulation monitored by time-lapse
technology to predict in vitro viability of bovine blastocysts. This technology can be a …

The evaluation, in real time, of the kinetics of development is increasingly common in human
IVF. Assessment of early embryonic development in bovine by time-lapse microscopy could …

El éxito de los programas de reproducción asistida depende fundamentalmente de la
selección de aquellos embriones con mayor potencial implantatorio. De manera …

Over the years, the utilization of in vitro fertilization (IVF) in bovine embryo production has
increased globally to accelerate the selection of cows with high genetic values. The …

After publication of this article [1], concerns were raised that Fig 2 in [1] was duplicated from
Figure 3 in a previous article [2] by a different author group, and that [2] was not cited in [1] …

Conventionally, in vitro-fertilized (IVF) bovine embryos for transfer are morphologically
evaluated at day 7–8 of embryo culture. This method is, however, subjective and results in …

Time-lapse (TL) imaging provides a practical and safe tool to constantly monitor the
development of in vitro-derived embryos. TL may help develop novel methods of predicting …

Time-lapse (TL) embryo monitoring is the latest technology that is proposed for embryo
evaluation and selection for transfer. TL technology enables us to collect significantly more …

La producción de embriones in vitro es una de las biotecnologías con mayor potencial
aplicativo en la producción bovina. Sin embargo, este proceso sólo permite obtener el 30 …