Venn-diagrams, combined results for Figs. 3 and 4. An overview of overlapping genes commonly expressed between the selected contrasts: (contrast 1) “luteal regression over luteolysis” and (contrast 2) “mid-gestation over antigestagen”, or (contrast 1) “luteolysis over antigestagen” and (contrast 2) “mid-gestation over luteolysis”. There are separate lists for each set threshold: genes expressed solely in either of the contrasts, and genes commonly expressed in both contrasts. (XLSX 67 kb
In the dog, there is no luteolysis in the absence of pregnancy. Thus, this species lacks any anti-lu...
Not AvailableTo better understand the molecular basis of corpus luteum (CL) development and function...
Table S2. Differentially expressed genes in luminal epithelium, glandular epithelium, stroma, and co...
List of DEG found in the contrast “luteolysis over antigestagen”. All genes detected with p < 0.01 p...
Shown are the following lists: (1) representative genes involved in particular GO terms; (2) represe...
BACKGROUND: In the domestic dog, corpora lutea (CL) are the only source of progesterone (P4), both i...
The domestic dog is the only domestic animal species that does not produce steroids in the placenta ...
The canine luteal phase exhibits several peculiarities compared with other species. In early diestru...
Table S1. Exhaustive and top-20 lists of up- and down-regulated genes in post-partum lactating (L) v...
In the dog, there is no luteolysis in the absence of pregnancy. Thus, this species lacks any anti-lu...
BACKGROUND: In the non-pregnant dog, ovarian cyclicity is independent of a uterine luteolysin. This ...
Table S3. Exhaustive and top-20 lists of up- and down-regulated genes in ipsilateral vs. contralater...
Considering the key role of the corpus luteum in the regulation of the canine diestrus, the present ...
The fate of the canine corpus luteum (CL) differs from that of other domestic species: beyond the ex...
Comparison of two approaches to identify differentially expressed genes during the transition from l...
In the dog, there is no luteolysis in the absence of pregnancy. Thus, this species lacks any anti-lu...
Not AvailableTo better understand the molecular basis of corpus luteum (CL) development and function...
Table S2. Differentially expressed genes in luminal epithelium, glandular epithelium, stroma, and co...
List of DEG found in the contrast “luteolysis over antigestagen”. All genes detected with p < 0.01 p...
Shown are the following lists: (1) representative genes involved in particular GO terms; (2) represe...
BACKGROUND: In the domestic dog, corpora lutea (CL) are the only source of progesterone (P4), both i...
The domestic dog is the only domestic animal species that does not produce steroids in the placenta ...
The canine luteal phase exhibits several peculiarities compared with other species. In early diestru...
Table S1. Exhaustive and top-20 lists of up- and down-regulated genes in post-partum lactating (L) v...
In the dog, there is no luteolysis in the absence of pregnancy. Thus, this species lacks any anti-lu...
BACKGROUND: In the non-pregnant dog, ovarian cyclicity is independent of a uterine luteolysin. This ...
Table S3. Exhaustive and top-20 lists of up- and down-regulated genes in ipsilateral vs. contralater...
Considering the key role of the corpus luteum in the regulation of the canine diestrus, the present ...
The fate of the canine corpus luteum (CL) differs from that of other domestic species: beyond the ex...
Comparison of two approaches to identify differentially expressed genes during the transition from l...
In the dog, there is no luteolysis in the absence of pregnancy. Thus, this species lacks any anti-lu...
Not AvailableTo better understand the molecular basis of corpus luteum (CL) development and function...
Table S2. Differentially expressed genes in luminal epithelium, glandular epithelium, stroma, and co...