This study compares superovulation efficiency during different stages of the estrus cycle in mice by investigating the pudendum appearance, vaginal epithelial cell type, and the follicular development dynamics, in relation to the estrus cycle. We determined the stages of the estrus cycle by observing the pudendum and making vaginal smears of the Kunming mouse, and ascertaining the follicular development by making paraffin sections. Based on the observation, mice in stages of proestrus, oestrus, metoestrus and dioestrus were superovulated respectively, and their follicular developments and embryo collection results were tracked to ascertain the appropriate estrus cycle stage for superovulation. Our data showed that pudendum appearance and va...
The efficiency of producing timed pregnant or pseudopregnant mice can be increased by identifying th...
Puberty is a key developmental event whose primary regulatory mechanisms remain poorly understood. P...
No Abstract.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/50244/1/1050730108_ftp.pd
This study compares superovulation efficiency during different stages of the estrus cycle in mice by...
A rapid means of assessing reproductive status in rodents is useful not only in the study of reprodu...
A rapid means of assessing reproductive status in rodents is useful not only in the study of reprodu...
<p>Vaginal smears were taken from naïve virgin C57BL/6 female mice (8–12 weeks old) over the course ...
<p>Representative pictures of the appearance of the vagina from <i>pcd</i><sup><i>3J+/+</i></sup> (A...
Microscopic evaluation of the types of cells present in vaginal smears has long been used to documen...
Microscopic evaluation of the types of cells present in vaginal smears has long been used to documen...
Background: The preparation of endometrium for embryo reception and implantation are controlled by ...
A total of 38 Mus musculus were used to compare superovulation to normal ovulation in three differen...
Background: The preparation of endometrium for embryo reception and implantation are controlled by ...
<div><p>To evaluate multiple follicular development synchronization after estrogen stimulation in pr...
A total of 38 Mus musculus were used to compare superovulation to normal ovulation in three differen...
The efficiency of producing timed pregnant or pseudopregnant mice can be increased by identifying th...
Puberty is a key developmental event whose primary regulatory mechanisms remain poorly understood. P...
No Abstract.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/50244/1/1050730108_ftp.pd
This study compares superovulation efficiency during different stages of the estrus cycle in mice by...
A rapid means of assessing reproductive status in rodents is useful not only in the study of reprodu...
A rapid means of assessing reproductive status in rodents is useful not only in the study of reprodu...
<p>Vaginal smears were taken from naïve virgin C57BL/6 female mice (8–12 weeks old) over the course ...
<p>Representative pictures of the appearance of the vagina from <i>pcd</i><sup><i>3J+/+</i></sup> (A...
Microscopic evaluation of the types of cells present in vaginal smears has long been used to documen...
Microscopic evaluation of the types of cells present in vaginal smears has long been used to documen...
Background: The preparation of endometrium for embryo reception and implantation are controlled by ...
A total of 38 Mus musculus were used to compare superovulation to normal ovulation in three differen...
Background: The preparation of endometrium for embryo reception and implantation are controlled by ...
<div><p>To evaluate multiple follicular development synchronization after estrogen stimulation in pr...
A total of 38 Mus musculus were used to compare superovulation to normal ovulation in three differen...
The efficiency of producing timed pregnant or pseudopregnant mice can be increased by identifying th...
Puberty is a key developmental event whose primary regulatory mechanisms remain poorly understood. P...
No Abstract.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/50244/1/1050730108_ftp.pd