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1 vided into three segments: apical 0 to 5 mm, subapical 5 to 10 mm, and non-growing 10 to 20 mm.
2 f and alkaline phosphatase staining revealed subapical accumulation of intracellular vesicles in vill
3 the early onset of the disease revealed that subapical accumulation of secretory granules precedes oc
4 FH5 plays a pivotal role in establishing the subapical actin and apical vesicular organization critic
5             Depletion of nphp4 disrupted the subapical actin layer.
6 (GFP-NtADF1) associated predominantly with a subapical actin mesh composed of short actin filaments a
7 cilitate the movement of granules across the subapical actin network and toward their fusion site.
8                             A highly dynamic subapical actin structure and an apical vesicular zone a
9 s apical organization is maintained, how the subapical actin structure is assembled, and direct evide
10 ortunity to demonstrate that assembly of the subapical actin structure is concomitant with the acquis
11 he apical dome, and mediates assembly of the subapical actin structure.
12 min-2, resulted in similar disruption of the subapical actin web, whereas nphp4 depletion prevented t
13                  In Toxoplasma gondii, small subapical annular structures that are embedded in the IM
14 s, respectively, without accumulating in the subapical area.
15  melanocortin 1 receptors that specifies the subapical band of yellow on otherwise black hairs of the
16 cytosis during intercalary hyphal extension, subapical branch initiation, septum formation and second
17  branching in liverworts and during lateral, subapical branching in angiosperms.
18 regulation differs between tip splitting and subapical branching, but in both processes filamentous f
19 r findings also suggest that the specialized subapical cavity of glandular secretory trichomes functi
20  a mechanism for coordinating apical growth, subapical cell arrest, and mitosis in A. nidulans.
21                   Dlish tethers Dachs to the subapical cell cortex, an effect partly mediated by the
22                                        Thus, subapical cells are active in exocytosis and endocytosis
23 al cells have active mitotic cycles, whereas subapical cells are arrested for growth and mitosis unti
24 vary in length and number of nuclei, whereas subapical cells are typically 40 microm long with three
25 erizing the migration pattern of DiI-labeled subapical cells during normal limb outgrowth and followi
26 Here we show that, contrary to expectations, subapical cells play important roles in hyphal growth in
27 hat cell migration is AER dependent and that subapical cells redirect their path of migration toward
28 visualisation of 1,3-beta-glucan synthase in subapical cells reveals that these compartments deliver
29                                              Subapical cells within 75 micrometer of the AER migrate
30 ic and endocytic activity in both apical and subapical cells, associated with microtubule-based bi-di
31 ut activated isotropic growth and mitosis in subapical cells.
32 resulted in a general widening of apical and subapical cells.
33 hat in the early stages of gastrulation most subapical clusters in mesoderm not only persist, but mov
34                                              Subapical clusters were also found in ground controls th
35 hal tips, FgPal1-GFP mainly localized to the subapical collar and septa.
36  transcytosing apical proteins traversed the subapical compartment (SAC), suggesting that this interm
37 halasin D-treated cells ezrin localized to a subapical compartment and coimmunoprecipitated with IFs.
38 e anti-endolyn-78 antibodies were found in a subapical compartment before delivery to lysosomes.
39 lso abundant in membrane vesicles within the subapical compartment of segment 2 and segment 3 cells,
40 r DHE was targeted mainly to vesicles of the subapical compartment or apical recycling compartment (S
41 cells, transcytotic molecules pass through a subapical compartment that functions as a second sorting
42 , the trafficked antibodies accumulated in a subapical compartment, which had a unique tubulovesicula
43 l cells via passage through a Rab11-positive subapical compartment.
44 very from basolateral early endosomes to the subapical compartment.
45 inct from the transcytotic intermediate, the subapical compartment.
46 yphal growth, to produce highly "vacuolated" subapical compartments.
47 t moss tip growing cells contain a prominent subapical cortical F-actin structure composed of paralle
48 ssibly by ensuring transit of DFVs through a subapical, cortical actin cytoskeleton before fusion.
49 n both at the apical membrane and within the subapical cytoplasm.
50  a decrease of the ratio of the brush border/subapical cytoplasmic compartment of NHE3 from approxima
51 on of the exchanger from brush border into a subapical cytoplasmic compartment, and that this mechani
52 trated internalization of AJs and TJs into a subapical cytoplasmic compartment.
53 ic segment, Polycystin-2 was concentrated in subapical cytoplasmic vesicles.
54  (e.g., ZO-1, claudin-3, E-cadherin) and the subapical cytoskeletal/microvillar protein ezrin.
55 evealed that the luminal pockets include the subapical cytoskeleton and coincide with local thinning
56  cross-linking of the apical membrane to the subapical cytoskeleton.
57 cells, which undergo regulated exocytosis of subapical discoidal/fusiform vesicles (DFV) during bladd
58  dense, isotropic layer of puncta across the subapical domain, which transects the rootlets of microv
59  adherens junctions (AJs) concentrate in the subapical domain.
60 ing, Crb is required to exclude Baz from the subapical domain.
61                                              Subapical EBP50 protein complexes, containing the nonrec
62 ical early endosome but is excluded from the subapical elements of the Rab11-positive recycling compa
63  enzymes and transporters that accumulate in subapical endocytic compartments.
64 tion, occurs apically, and is compensated by subapical endocytosis, has been challenged in recent yea
65  is predominantly expressed and localized in subapical endosomes of the renal proximal tubule.
66 populations: basolateral early endosomes and subapical endosomes.
67 asolateral endosomes, whereas it remained on subapical endosomes.
68                           Finally, we mapped subapical F-actin fringe and trans-Golgi network positio
69 roscopic analyses of Calu-3 cells identified subapical granules that resembled goblet cell mucin gran
70  confocal microscopic analyses revealed that subapical granules, labelled with FM 1-43 or quinacrine,
71 cellular enzymes and adhesion molecules from subapical hyphal regions is also discussed.
72 stinal cells and abnormal aggregation of the subapical intermediate filament (IF) network.
73 ealed redistribution of KCNN4c proteins into subapical intracellular compartment, and a biotinylation
74 utively active Q205LGalphao localized to the subapical lateral membrane similar to wild-type Galphao.
75 on the enhancement of chlorophyll content in subapical leaves of soybean.
76 iglets had reduced apical levels and diffuse subapical levels of sodium hydrogen exchanger 3 and SGLT
77                             Furthermore, the subapical localization of Rab11, a small GTPase associat
78  overexpressed and accumulates at its normal subapical location.
79 ng up the boundary between the photoreceptor subapical membrane and the za.
80 i becomes localized above the nucleus in the subapical membrane cytoplasm (apiconuclear [AN] organiza
81 rin homology-like domain (SEC3a-N)-dependent subapical membrane localization.
82 d and detyrosinated tubulins distribute in a subapical membrane location and filamentous actin distri
83 quired for optimum recruitment of Crb at the subapical membrane, a process necessary for delineating
84 y5 (FH5), stimulates actin assembly from the subapical membrane, provides actin filaments for vesicul
85 VET components promoted RAB-7 recruitment to subapical membranes, whereas in HOPS knockdowns, RAB-5 w
86 nt of the extracellular matrix of the distal subapical mesenchymal cells of the developing limb bud t
87                                              Subapical mesenchyme gives rise to digits.
88                                              Subapical mesenchyme of the leg bud behaves similarly.
89 the absence of the AER and in the outgrowing subapical mesoderm of explants of limbless mutant limb b
90 of the homeobox-containing gene Msx-1 in the subapical mesoderm of wl or ll limb buds, although FGFs,
91 ed by asymmetric cell divisions in which the subapical mother cell inherits most of the vacuolar spac
92 rmation of multiple female inflorescences at subapical nodes of the stalk because of loss of apical d
93                ACA1 and ACA2 localize to the subapical plasma membrane and ACA5 to the vacuole membra
94 phosphate (PtdIns(4,5)P2) is enriched in the subapical plasma membrane of pollen tubes of Arabidopsis
95                  In bladder umbrella cells a subapical pool of discoidal/fusiform-shaped vesicles (DF
96 nitiating cells, but maintain their original subapical positioning in the neighbouring cells.
97 show that Gsx2 and Ascl1 are co-expressed in subapical progenitors that have unique transcriptional s
98  5' nucleotidase from the apical membrane to subapical puncta, whereas multidrug resistance protein 2
99 ne from CRE, Megalin, like pIgR, traffics to subapical Rab11-positive apical recycling endosomes (ARE
100 se that the term ARE be used to describe the subapical Rab11-positive compartment and that the ARE is
101 oglobulin A is delivered to a Rab11-positive subapical recycling compartment.
102  cells where, like Rab11, it is localized to subapical recycling endosomes (ARE) and the apical plasm
103 rn of intracellular keratin localized to the subapical region after IL-6 treatment.
104 l1 and LifeAct partially co-localized at the subapical region in an interdependent manner.
105   Instead, amyloplasts were clustered in the subapical region in microgravity.
106          ITPR3 normally is concentrated in a subapical region of endoplasmic reticulum (ER) in cholan
107 to the accumulation of megalin (LRP2) in the subapical region of proximal tubular cells, indicating a
108 a marked decline in soluble invertase in the subapical region of swelling stolons, consistent with th
109  with highest levels at the apical (luminal)/subapical region of the principal cells (PCs), the domin
110 ze Galphao, (84% similar to Galphai2) in the subapical region overlapping with ZO-1 (zona occludens-I
111 elocity, rises gradually with position and a subapical region where velocity rises steeply with posit
112 ns are only present in a narrow plane of the subapical region, other structures are likely needed to
113  pericycle and xylem parenchyma cells at the subapical region.
114 ially overlap with RHD3 in the cortex of the subapical region.
115 endocytic recycling within a clearly defined subapical region.
116 tween the apical region of the tuber and the subapical region.
117 rb2, zebrafish Crb1 does not localize to the subapical regions of photoreceptors and Muller glial cel
118 nd active actin remodeling in the apical and subapical regions of pollen tubes are both important asp
119 ss transcripts accumulated in the apical and subapical regions of the newly formed tuber, specificall
120 ous SNP in CsTFL1 CsTFL1 is expressed in the subapical regions of the shoot apical meristem, lateral
121 ng tip, whereas ER is partially retracted to subapical regions.
122 i, occurrence of microvillus inclusions, and subapical secretory granules.
123 A transcription to a novel compartment, the 'subapical stem' of the aerial hyphae.
124 evelopmental programme by which cells in the subapical stolon region divide and radially expand to fu
125 ed ACT-5 accelerates decay of the intestinal subapical terminal web and impairs its interactions with
126  between RAC5 and RISAP is detectable at the subapical TGN compartment.
127 eracts with F-actin and is associated with a subapical trans-Golgi network (TGN) compartment, whose c
128 y glands by TEM reveals a diminished pool of subapical vesicles and an increase in microvillar struct
129  microvillus inclusions, and accumulation of subapical vesicles.
130 ce protrusions and that virus was present in subapical vesicles.
131 ells, the protein colocalized with Rab11a in subapical vesicles.
132 ntrated at the apical plasma membrane and in subapical vesicles; intracellular M2 colocalized partly
133        Whereas wild-type C3H/HeJ mice have a subapical yellow band on otherwise black dorsal hairs, K
134 ntagonist resulting in the reappearance of a subapical yellow band.
135  fine ER distribution, which is found in the subapical zone of growing root hairs of wild-type plants
136  the formation of a fine ER structure in the subapical zone of growing root hairs.
137 ing germination, the ring was located in the subapical zone of the elongating tip.

 
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