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1
Collagen type I provides the main tensile strength of the
fetal
membranes
.
2
Conclusions: MIF is generated and released by human
fetal
membranes
at term.
3
Under the conditions mentioned retention of the
fetal
membranes
is common.
4
In conclusion, P4-PGRMCs interaction maintains
fetal
membranes
'
functional integrity throughout pregnancy.
5
Term
fetal
membranes
were exposed to cigarette smoke extract to induce oxidative stress.
6
The germ is usually present in the
fetal
membranes
and also in the aborted fetus.
7
Give the causes of retention of the
fetal
membranes
;
state the method of removing them.
8
Background: Rupture of the
fetal
membranes
is a common harbinger of imminent labor and delivery.
9
In case the animal does not pass the
fetal
membranes
,
they should be completely removed.
10
Human
fetal
membranes
were collected from term and preterm deliveries (N = 5).
11
The administration of ω-3 FA alone did not delay calving or the expulsion of
fetal
membranes
.
12
Interstitial collagen gives
fetal
membranes
tensile strength, and membrane rupture has been attributed to collagen degradation.
13
Protein expression was verified by Western blot in the placenta and
fetal
membranes
from cases and controls.
14
Expression varies in term
fetal
membranes
.
15
Objective: Spontaneous rupture of the
fetal
membranes
occurs after the commencement of labor in 90% of cases.
16
Thus, aging
fetal
membranes
and membrane-derived exosomes cargo fetal signals to the uterus and cervix and may trigger parturition.
fetal
membranes
fetal
membrane