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RESEARCH PRODUCT
CASA-Mot in mammals: an update
Jesús YánizM.a. SilvestrePilar SantolariaC. Solersubject
Maleendocrine systemmedia_common.quotation_subjectSemenReproductive technologyBiology03 medical and health sciences0302 clinical medicineEndocrinologyImage Processing Computer-AssistedGeneticsAnimalsHumansQuality (business)Sperm qualityMolecular Biologyreproductive and urinary physiologySperm motilitymedia_common030219 obstetrics & reproductive medicineSperm Counturogenital system0402 animal and dairy science04 agricultural and veterinary sciencesSpermatozoa040201 dairy & animal scienceSpermSemen AnalysisReproductive MedicineRisk analysis (engineering)Male fertilityChemical agentsSperm MotilityAnimal Science and ZoologySoftwareDevelopmental BiologyBiotechnologydescription
Sperm motility is one of the most widely used parameters of sperm quality. Computer-aided sperm motility analysis (CASA-Mot) systems were developed to reduce the subjectivity of sperm motility assessment, and have had broad scientific and practical acceptance. In this review, the sources of variation and current applications of this technology and its relationships with other sperm quality tests are described in detail. Despite remarkable advances in the technique, there is still great need for standardisation in many species, and the numerous factors that affect the results make it difficult to provide universally accepted criteria for classifying semen samples based on sperm motility characteristics. The main fields for CASA-Mot include the study of male fertility and pathologies, evaluation of the effects of physical and chemical agents, improvement of epidemiological survey studies, more precise calculation of seminal doses for farm animals, realisation of basic studies about sperm function, improvement of sperm technologies such as cryopreservation and quality control analysis. Numerous relationships have been established between CASA-Mot and other sperm quality tests, although most of these parameters are complementary. Future CASA-Mot systems will probably be able to integrate several sperm quality parameters with motility.
year | journal | country | edition | language |
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2017-10-17 | Reproduction, Fertility and Development |