Sperm selection techniques in cattle: Microfilter device versus conventional methods
J Vega‐Hidalgo, M Rodriguez, D Dipaz‐Berrocal… - Andrologia, 2022 - Wiley Online Library
Microfluidics and microfilter devices have been developed to mimic the characteristics of the
female reproductive tract, minimizing the risk of sperm damage. This study aimed to …
female reproductive tract, minimizing the risk of sperm damage. This study aimed to …
[PDF][PDF] Sperm selection techniques in cattle: Microfilter device versus conventional methods
J Vega-Hidalgo, M Rodriguez, D Dipaz-Berrocal… - researchgate.net
Microfluidics and microfilter devices have been developed to mimic the characteristics of the
female reproductive tract, minimizing the risk of sperm damage. This study aimed to …
female reproductive tract, minimizing the risk of sperm damage. This study aimed to …
Sperm selection techniques in cattle: Microfilter device versus conventional methods.
J Vega‐Hidalgo, M Rodriguez… - …, 2022 - search.ebscohost.com
Microfluidics and microfilter devices have been developed to mimic the characteristics of the
female reproductive tract, minimizing the risk of sperm damage. This study aimed to …
female reproductive tract, minimizing the risk of sperm damage. This study aimed to …
Sperm selection techniques in cattle: microfilter device versus conventional methods.
J Vega-Hidalgo, M Rodriguez, D Dipaz-Berrocal… - 2022 - cabidigitallibrary.org
Microfluidics and microfilter devices have been developed to mimic the characteristics of the
female reproductive tract, minimizing the risk of sperm damage. This study aimed to …
female reproductive tract, minimizing the risk of sperm damage. This study aimed to …
Sperm selection techniques in cattle: Microfilter device versus conventional methods
J Vega-Hidalgo, M Rodriguez… - …, 2022 - pubmed.ncbi.nlm.nih.gov
Microfluidics and microfilter devices have been developed to mimic the characteristics of the
female reproductive tract, minimizing the risk of sperm damage. This study aimed to …
female reproductive tract, minimizing the risk of sperm damage. This study aimed to …
Sperm selection techniques in cattle: Microfilter device versus conventional methods.
J Vega-Hidalgo, M Rodriguez, D Dipaz-Berrocal… - Andrologia, 2022 - europepmc.org
Microfluidics and microfilter devices have been developed to mimic the characteristics of the
female reproductive tract, minimizing the risk of sperm damage. This study aimed to …
female reproductive tract, minimizing the risk of sperm damage. This study aimed to …