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1 d cell stretch in the Caenorhabditis elegans spermatheca.
2 ress are strongly regulated by mating in the spermatheca.
3 chanisms ensuring sperm functionality in the spermatheca.
4  allowing timely exit of the embryo from the spermatheca.
5 s, and to allow the exit of embryos from the spermatheca.
6 ignals that control sperm recruitment to the spermatheca.
7 ty, which appears to reflect a defect in the spermatheca.
8 neages that generate cells of the sheath and spermatheca.
9 s disruption of signaling between oocyte and spermatheca.
10 hypodermal seam cells, pharyngeal cells, and spermatheca.
11 d inhibition of IP(3) signaling in the adult spermatheca.
12  gonadal sheath and relaxation of the distal spermatheca.
13 phase I-arrested oocyte residing next to the spermatheca.
14 is dependent on the presence of sperm in the spermatheca.
15 epithelial sheath and dilation of the distal spermatheca.
16 zoa so passing oocytes sweep them out of the spermatheca.
17 sulting in a more deformable BM and extended spermatheca.
18 2, modulates actomyosin contractility in the spermatheca.
19 ridum has a lower bending stiffness than the spermatheca.
20 nticulatum is overall less flexible than the spermatheca.
21 retion that fills the void volume within the spermatheca.
22 p maintain balanced actomyosin levels in the spermatheca.
23 ial and bending stiffness for both virga and spermatheca.
24 h in the midgut and in fat body cells of the spermatheca (a female-specific tissue), through a canoni
25 red for the development of the hermaphrodite spermatheca, a somatic gonad organ that serves as the si
26  that controls contraction of the C. elegans spermatheca, a tubular structure where fertilization occ
27 id sperm crawl around fertilized eggs to the spermatheca--a convoluted tube where fertilization occur
28  sperm within the queen's storage organ (the spermatheca) after mating is largely sustained by the sp
29 n causes severe morphological defects in the spermatheca and associated spermathecal valves.
30 ted around the pharynx and the gonad, in the spermatheca and at the distal tip cells.
31 depressor, vulval and uterine muscles and in spermatheca and intestinal epithelial cells.
32 actions at ovulation; dilation of the distal spermatheca and sharp increases in sheath contraction ra
33 of the wild type, but differentiation of the spermatheca and uterus is variably abnormal.
34 ed to maintain the actin cytoskeleton in the spermatheca and uterus, and to allow the exit of embryos
35 so required for the exit of embryos from the spermatheca, and analysis of doubly mutant animals sugge
36  of jun-1 are coexpressed with fos-1b in the spermatheca, and different AP-1 dimers formed between th
37 aryngeal and tail neurons, body wall muscle, spermatheca, and vulva.
38              Without SPV-1, the cells of the spermatheca are hypercontractile, leading to deformation
39                           Using a variety of spermatheca cell markers, we have determined that loss o
40               (3) Proximal sheath and distal spermatheca cells are required for ovulation of the oocy
41 f transit defects as they enter and exit the spermatheca during ovulation.
42 theca properly after being pushed out of the spermatheca during ovulation.
43 xpressing the calcium indicator GCaMP in the spermatheca exhibit premature calcium release, elevated
44 tep for the entry of mature oocytes into the spermatheca for fertilization.
45 ound a novel ovulation phenotype whereby the spermatheca hyperextends to engulf two oocytes per ovula
46                   The Caenorhabditis elegans spermatheca is a bag-like organ of 24 myoepithelial cell
47  daf-9::GFP expression in the head cells and spermatheca is constant, hypodermal daf-9::GFP expressio
48  deficient animals accumulate embryos in the spermatheca, lay damaged and unfertilized eggs, and cons
49           pro-1(+) is required in the sheath/spermatheca lineage of the somatic gonad in its role in
50                                          The spermatheca may provide a paradigm for understanding how
51 ilaments are severely affected in the distal spermatheca of PAR-3-depleted worms.
52  to the fourth larval stage (L4), and in the spermatheca of the adult hermaphrodite.
53                                          The spermatheca of the Caenorhabditis elegans reproductive s
54 sumably as part of the sperm package, to the spermatheca of the female.
55 d and described, particularly concerning the spermatheca, ovipositor and bacteriome.
56 neurone PDA, the amphid socket cells and the spermatheca; pC directs expression in the spermathecal v
57 bility of self-sperm to navigate back to the spermatheca properly after being pushed out of the sperm
58 ical strain, and selective expression in the spermatheca restores fertility.
59 quired in the soma--specifically, the sheath/spermatheca sublineage--to promote normal proliferation
60 perm make direct contact with oocytes in the spermatheca, suggesting that SPE-42 plays a role during
61 n the posterior gut, cuticle seam cells, and spermatheca, the first two of which are likely to be inv
62 male mosquitoes are exclusively found in the spermatheca, the organ that houses spermatozoa, and the
63 actile activity and sperm recruitment to the spermatheca, the site of sperm storage and fertilization
64 ation of distal tip cells, anchor cells, and spermatheca; three of the five tissues derived from the
65 nment and fine tunes Rho activity across the spermatheca through oxidation of RHO-1 C20.
66                          Eggs must enter the spermatheca to complete ovulation.
67 ithelial cells of the Caenorhabditis elegans spermatheca to study the mechanisms of coordinated myosi
68 o promote proper transit of embryos from the spermatheca to the uterus.
69 sperm stored in the sperm storage organ, the spermatheca, to fertilize a lifetime's supply of eggs.
70                  In particular, the abnormal spermatheca-uterine valve morphology of lin-28(lf) herma
71 quired for expelling mature oocytes into the spermatheca where fertilization takes place, thus causin
72 n-28(lf) hermaphrodites traps embryos in the spermatheca, which disrupts ovulation and causes embryon
73 er to hermaphrodites, sperm migration to the spermatheca, which is the site of fertilization and sper