Accuracy of predicting the LH surge and optimal insemination time in Holstein heifers using a vaginal resistance probe
Author:
Publisher
Elsevier BV
Subject
Equine,Animal Science and Zoology,Food Animals,Small Animals
Reference10 articles.
1. Measurement of the vaginal mucus as an aid for heat detection;Leidl;Theriogenology,1976
2. Proposed instrumentation to determine the optimum time to inseminate cattle by measurement of vaginal impedence;Edwards;Med. Biol. Eng. Comp.,1980
3. Estrous cycle patterns in cattle monitored by electrical resistance and milk progesterone;Heckman;J. Dairy Sci.,1979
4. Evaluation of bovine cervical mucus during estrus cycles by nuclear magnetic resonance;Merilan;J. Dairy Sci.,1983
5. Relationship between intravaginal electrical resistance, cervicovaginal mucus characteristics and blood progesterone and LH;Aboul-Ela;Anim. Prod. Sci.,1983
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5. Prediction of the estrous cycle and optimal insemination time by monitoring vaginal electrical resistance (VER) in order to improve the reproductive efficiency of the Okinawan native Agu pig;Animal Reproduction Science;2009-07
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