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1 cholesterol efflux, an important step during sperm capacitation.
2 perm motility and hyperactivation typical of sperm capacitation.
3 the outer leaflet of null spermatozoa before sperm capacitation.
4 cs and co-factor-independence of GalT I-null sperm capacitation.
5 , and the protein phosphorylation cascade of sperm capacitation.
6 hosphorylation events that take place during sperm capacitation.
7 mation of the sperm oviductal reservoir, and sperm capacitation.
8  of the ubiquitin-proteasome system (UPS) in sperm capacitation.
9 dentify the targets of UPS regulation during sperm capacitation.
10 Ca(2+) entry pathway activated by BSA during sperm capacitation.
11  including reverse cholesterol transport and sperm capacitation.
12 d downstream signalling events essential for sperm capacitation.
13                                              Sperm capacitation and fertilization are highly regulate
14                                    Events in sperm capacitation and fertilization require similar cel
15 Hv1, to evaluate the roles of the channel in sperm capacitation and in the inflammatory immune respon
16  The CatSper cation channel is essential for sperm capacitation and male fertility.
17 s a central role in the control of mammalian sperm capacitation and motility.
18 edge highlights the importance of the UPS in sperm capacitation and offers opportunities to identify
19  results support the proposed role of UPS in sperm capacitation and open several new lines of inquiry
20 y segregated signaling programs that support sperm capacitation and shed light on a hitherto unforese
21 postulated to play roles in spermatogenesis, sperm capacitation and sperm-egg binding in mammals.
22 th pH and voltage, Slo3 could be involved in sperm capacitation and/or the acrosome reaction, essenti
23  is subjected to extensive remodeling during sperm capacitation, and (ii) the UPS has a narrow range
24 eukocytes, histamine secretion by basophils, sperm capacitation, and airway pH.
25 esses such as immune cell respiratory burst, sperm capacitation, and cancer cell migration.
26                            HDL also supports sperm capacitation, as assessed by fertilization in vitr
27             The molecular basis of mammalian sperm capacitation, defined as those biochemical and fun
28        Signaling events leading to mammalian sperm capacitation depend on the modulation of proteins
29 ystem (UPS), implicated in the regulation of sperm capacitation, diminished sperm release in response
30                                              Sperm capacitation, essential for fertilization, is regu
31                                              Sperm capacitation in vitro is highly correlated with an
32                                              Sperm capacitation involves a series of biochemical and
33                                              Sperm capacitation is a complex process that takes place
34        We previously demonstrated that mouse sperm capacitation is accompanied by a time-dependent in
35                           In addition, mouse sperm capacitation is associated with the hyperpolarizat
36 The actin cytoskeleton reorganization during sperm capacitation is essential for the occurrence of ac
37                                              Sperm capacitation is essential to gain fertilizing capa
38                                              Sperm capacitation is required for fertilization.
39  These data suggest that one aspect of mouse sperm capacitation is the selective activation of one ma
40 n and open several new lines of inquiry into sperm capacitation mechanism.
41        Signaling events leading to mammalian sperm capacitation rely on activation/deactivation of pr
42                                              Sperm capacitation results in pHi increases (from 6.54 +
43                                              Sperm capacitation selectively exposed a partial von Wil
44                                       During sperm capacitation SLO3 hyperpolarizes the sperm, wherea
45 sociated with biological processes including sperm capacitation, sperm motility, metabolism, binding
46 ochemical localization did not change during sperm capacitation, suggesting that glycolysis in sperm
47 ng the signaling events leading to mammalian sperm capacitation, the immediate activation of protein
48  interactions as well as the early events of sperm capacitation, the remodeling of the sperm plasma m
49 ted that glucose is not essential for murine sperm capacitation, we demonstrated that glucose (but no
50 e to fertilize constitute the phenomenon of "sperm capacitation." We have demonstrated that capacitat
51                 After epididymal maturation, sperm capacitation, which encompasses a complex series o