|
animals |
11 |
|
mice |
11 |
|
implantation |
10 |
|
human embryonic stem cells |
9 |
|
humans |
9 |
|
endometrial receptivity |
8 |
|
female |
8 |
|
human embryonic stem cell |
8 |
|
male |
8 |
|
hescs |
7 |
|
oxidative stress |
7 |
|
preimplantation embryo development |
7 |
|
angiogenesis |
6 |
|
cell differentiation - physiology |
6 |
|
cell line, transformed |
6 |
|
cell-signaling pathways |
6 |
|
cells, cultured |
6 |
|
dna methylation |
6 |
|
eg-vegf |
6 |
|
embryo |
6 |
|
embryo attachment |
6 |
|
embryo development |
6 |
|
embryonic stem cells - cytology - metabolism - physiology |
6 |
|
embryotrophic factor |
6 |
|
estrogen receptors (ers) |
6 |
|
feeder cell |
6 |
|
female reproductive tract |
6 |
|
fibroblasts - cytology - metabolism - physiology |
6 |
|
foreskin - cytology |
6 |
|
gene expression profiling |
6 |
|
gene knockdown techniques |
6 |
|
growth factor |
6 |
|
hippo signaling |
6 |
|
hkuot-s2 protein |
6 |
|
human endometrium |
6 |
|
in vitro implantation model |
6 |
|
lung - cytology |
6 |
|
nih 3t3 cells |
6 |
|
osteoblast functions |
6 |
|
osteoporosis |
6 |
|
ovariectomy (ovx) |
6 |
|
pkr1 |
6 |
|
pkr2 |
6 |
|
reverse transcriptase polymerase chain reaction |
6 |
|
stem cells |
6 |
|
transfection |
6 |
|
transforming growth factor alpha - deficiency - metabolism |
6 |
|
transforming growth factor α |
6 |
|
trophoblastic spheroids |
6 |
|
trophoblasts |
6 |
|
utmvec-myo |
6 |
|
angiopoietin |
5 |
|
apoptosis |
5 |
|
apoptosis - drug effects |
5 |
|
biochemistry |
5 |
|
biology |
5 |
|
blastocyst - cytology - drug effects - physiology |
5 |
|
blastocyst - drug effects - metabolism |
5 |
|
bone defect repair |
5 |
|
bone mineral density (bmd) |
5 |
|
cell proliferation - drug effects |
5 |
|
cercopithecus aethiops |
5 |
|
choristoma - metabolism - pathology |
5 |
|
coculture |
5 |
|
culture techniques |
5 |
|
dioscorea spp protein |
5 |
|
early development |
5 |
|
embryo culture techniques |
5 |
|
embryonic and fetal development - drug effects |
5 |
|
embryonic development - drug effects - physiology |
5 |
|
endocrine glands |
5 |
|
endometriosis |
5 |
|
endometriosis - metabolism - pathology |
5 |
|
endometrium |
5 |
|
fallopian tubes |
5 |
|
fallopian tubes - physiology |
5 |
|
fluorescent antibody technique |
5 |
|
foxm1 |
5 |
|
gene expression regulation, developmental |
5 |
|
gene regulation |
5 |
|
glutathione peroxidase |
5 |
|
growth substances - immunology - isolation & purification - metabolism - pharmacology |
5 |
|
growth substances - pharmacology |
5 |
|
human spermatozoa |
5 |
|
immune sera - pharmacology |
5 |
|
laser-captured microdissection |
5 |
|
membrane protein |
5 |
|
mesenchymal stem cells (mscs) |
5 |
|
mice, inbred balb c |
5 |
|
mice, inbred strains |
5 |
|
mtor signaling pathway |
5 |
|
oestrogen |
5 |
|
oestrogen receptor |
5 |
|
osteoblast differentiation |
5 |
|
ovarian stimulation |
5 |
|
oviduct |
5 |
|
oviductal epithelial cell |
5 |
|
oviducts - chemistry |
5 |
|
pk1 |
5 |
|
progesterone |
5 |
|
proliferation |
5 |
|
protein disulphide isomerase |
5 |
|
protein subunits - drug effects - genetics |
5 |
|
rna, messenger - metabolism |
5 |
|
serine endopeptidases - drug effects - genetics |
5 |
|
sirt1 |
5 |
|
sodium-potassium atpase |
5 |
|
sodium-potassium-exchanging atpase - drug effects - genetics |
5 |
|
sperm fucosyltransferase-5 |
5 |
|
superoxide dismutase |
5 |
|
up-regulation - physiology |
5 |
|
vascular endothelial growth factor, endocrine-gland-derived - biosynthesis |
5 |
|
vegf |
5 |
|
vero cells |
5 |
|
abortion |
4 |
|
abortion, spontaneous - epidemiology - etiology |
4 |
|
amino acid sequence |
4 |
|
autoantibodies - blood |
4 |
|
autoimmune thyroiditis |
4 |
|
blastocyst - immunology |
4 |
|
cell surface proteins |
4 |
|
cell transformation, viral |
4 |
|
chromatin methylation |
4 |
|
coculture techniques |
4 |
|
complement‐3 |
4 |
|
confocal microscopy |
4 |
|
culture media, conditioned - chemistry |
4 |
|
cytokeratin |
4 |
|
definitive endoderm |
4 |
|
development origins of health and diseases |
4 |
|
disease models, animal |
4 |
|
embryo quality |
4 |
|
embryo, mammalian - physiology |
4 |
|
environmental insults |
4 |
|
epithelial cells - metabolism - ultrastructure |
4 |
|
epithelial cells - physiology |
4 |
|
estrogen |
4 |
|
etu |
4 |
|
extracellular small non-coding rnas |
4 |
|
fallopian tubes - cytology |
4 |
|
fallopian tubes - cytology - metabolism - ultrastructure |
4 |
|
gene expression regulation - genetics - physiology |
4 |
|
glycoproteins - metabolism |
4 |
|
gsis |
4 |
|
hpv 16 e6/e7 |
4 |
|
human oviduct-specific glycoprotein |
4 |
|
human oviductin |
4 |
|
hyperglycemia |
4 |
|
immortalization |
4 |
|
immunoblotting |
4 |
|
immunohistochemistry |
4 |
|
implantation rate |
4 |
|
infertility |
4 |
|
iodide peroxidase - blood - genetics - immunology |
4 |
|
keratins - metabolism |
4 |
|
litter size |
4 |
|
mancozeb |
4 |
|
maternal diabetes |
4 |
|
mice, inbred c57bl |
4 |
|
microarray |
4 |
|
molecular sequence data |
4 |
|
non-invasive biomarker |
4 |
|
oe-e6/e7 cells |
4 |
|
oviduct-specific glycoprotein |
4 |
|
oviductal cells |
4 |
|
oviductal secretion |
4 |
|
papillomaviridae - genetics |
4 |
|
phenotype |
4 |
|
pregnancy |
4 |
|
pregnancy complications - immunology |
4 |
|
pregnancy outcomes |
4 |
|
preimplantation embryo |
4 |
|
prkag1 |
4 |
|
receptivity marker |
4 |
|
receptors, estrogen - metabolism |
4 |
|
rna, messenger - biosynthesis - genetics |
4 |
|
rt-pcr |
4 |
|
serine endopeptidases - biosynthesis - genetics |
4 |
|
spheroid attachment |
4 |
|
steroid hormone receptors |
4 |
|
steroid regulation |
4 |
|
tcdd |
4 |
|
telomerase |
4 |
|
telomerase - metabolism |
4 |
|
thyroid peroxidase |
4 |
|
thyroiditis, autoimmune - immunology |
4 |
|
thyrotropin - blood |
4 |
|
thyroxine - blood |
4 |
|
type 2 diabetes |
4 |
|
type 2 diabetes (t2d) |
4 |
|
wnt/β-catenin signaling pathway |
4 |
|
cell cycle regulation |
3 |
|
cell proliferation |
3 |
|
cellular reprogramming |
3 |
|
chromatin immunoprecipitation-sequencing |
3 |
|
chromatin remodeling |
3 |
|
connexin 43 |
3 |
|
detoxification |
3 |
|
differentiation |
3 |
|
dioxin |
3 |
|
dna damage |
3 |
|
dna damage repair |
3 |
|
early trophoblast development |
3 |
|
embryo-containing |
3 |
|
embryonic stem cells |
3 |
|
embryo–fallopian tube interaction |
3 |
|
embryo–uterine interaction |
3 |
|
environment |
3 |
|
epigenetics |
3 |
|
expanded potential stem cells |
3 |
|
extracellular vesicles |
3 |
|
fallopian tube |
3 |
|
follicular development |
3 |
|
gjic |
3 |
|
glutamine |
3 |
|
glutamyl aminopeptidase |
3 |
|
granulosa cells |
3 |
|
hesc |
3 |
|
hippo signaling pathway |
3 |
|
human expanded potential stem cells |
3 |
|
in situ hybridization |
3 |
|
in vitro differentiation |
3 |
|
lactate |
3 |
|
methylome |
3 |
|
microsomal epoxide hydrolase |
3 |
|
mir-135a |
3 |
|
mouse induced pluripotent stem cells |
3 |
|
ovariectomy |
3 |
|
pancreatic differentiation |
3 |
|
pltp |
3 |
|
pluripotency |
3 |
|
pluripotent stem cells |
3 |
|
pluripotent stem cells (pscs) |
3 |
|
primordial germ cells |
3 |
|
pyruvate |
3 |
|
real-time pcr |
3 |
|
signal peptide |
3 |
|
sperm |
3 |
|
steroid hormones |
3 |
|
ten-eleven translocation methylcytosine dioxygenase 2 |
3 |
|
toxicogenomic analysis |
3 |
|
transcriptome |
3 |
|
trophoblast differentiation |
3 |
|
uterus |
3 |
|
3-dimensional culture |
2 |
|
bap-eb |
2 |
|
trophectoderm spheroids |
2 |
