The use of assisted reproductive technologies, such as superovulation and in vivo embryo
production and in vitro embryo production (IVEP), has increased rapidly in recent years and …

The urgent need for improving the reproductive performance of buffalo necessitates a better
understanding of the mechanisms controlling ovarian follicular growth and development …

The growth, selection, regression and ovulation of ovarian follicles was ultrasonically
monitored in 30 Murrah buffalo throughout a spontaneous estrous cycle during the breeding …

Ovarian ultrasound is an effective tool in infertility treatment. Repeated measurements of the
size and shape of follicles over several days are the primary means of evaluation by …

The pattern of growth and regression of ovarian follicles was characterized during 7
complete estrous cycles in 5 water buffalo by daily ultrasonographic examinations of the …

Currently, timed ovulation induction and timed artificial insemination (TAI) can be performed
in buffalo using GnRH or estradiol plus progesterone/progestin (P4)-releasing devices and …

The primary objective was to elucidate ovarian follicular dynamics and hormonal profiles in
nulliparous heifer (HE; n= 11) and mixed-parity (MP; n= 10) Mediterranean Italian water …

The application of a knowledge-based segmentation method to the problem of automatically
detecting the outer follicle wall boundary in ultrasonographic images of ovaries is presented …

The potential to use a GnRH agonist bioimplant and injection of exogenous LH to control the
time of ovulation in a multiple ovulation and embryo transfer (MOET) protocol was examined …

Reproductive biotechnologies continue to be developed for genetic improvement of both
river and swamp buffalo. Although artificial insemination using frozen semen emerged some …