Effect of e-learning training on technical performance for bovine sperm morphology analysis in a multi-laboratory...

Area of Science:

• Veterinary reproduction andrology
• Animal breeding and genetics
• Reproductive technologies

Background:

• Sperm morphology analysis is crucial for bovine semen evaluation.
• Significant inter-laboratory variations in sperm morphology analysis results are a known issue.
• Standardization of sperm morphology assessment is needed to improve data reliability.

Purpose of the Study:

• To evaluate the effectiveness of e-learning training in standardizing bovine sperm morphology analysis.
• To assess the impact of e-learning on technician performance in a multi-laboratory setting.
• To determine the long-term effects of training on accuracy and consistency.

Main Methods:

• Experiment I: 40 technicians from 10 laboratories assessed digital sperm images before and after e-learning training.
• Experiment II: 8 technicians from 6 laboratories evaluated frozen-thawed semen samples using reference standards.
• Performance was measured by assessment scores and intra-technician/intra-batch coefficients of variation (CV). Bland-Altman plots analyzed agreement.

Main Results:

• Technician assessment scores improved significantly (P < 0.05) immediately after training.
• Intra-technician CV for normal sperm decreased post-training and remained low at six months.
• Bland-Altman analysis showed mean differences close to zero, indicating good agreement.

Conclusions:

• E-learning training effectively enhanced technician performance in bull sperm morphology analysis.
• Standardized procedures by trained technicians yield precise results for normal sperm morphology.
• Biannual retraining is suggested for sustained optimal performance; simple classification may be more robust.