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1 ry epithelium of the main auditory endorgan (sacculus).
2 rather than distributed uniformly around the sacculus.
3 e Drosophila melanogaster antenna called the sacculus.
4  PG-synthesizing enzymes use to build the PG sacculus.
5 ptidases is needed for surface growth of the sacculus.
6 ion of the hair cell bundles of the bullfrog sacculus.
7 ases are also controlled from outside of the sacculus.
8 eby facilitating attachment of new PG to the sacculus.
9  and uniform spatial distribution across the sacculus.
10 incorporation of nascent PG strands into the sacculus.
11 irmed that it physically binds to the murein sacculus.
12 thelial electrical stimulation of the frog's sacculus.
13 irected against proteins from the bullfrog's sacculus.
14 y, and overall topology of the peptidoglycan sacculus.
15  the nonsensory and sensory epithelia of the sacculus.
16 ed that this structure was the peptidoglycan sacculus.
17 ssociated with the T. pallidum peptidoglycan sacculus.
18 ventral head axis to maximally stimulate the sacculus.
19 e that catalyzes cleavage of Lpp from the PG sacculus.
20                       The peptidoglycan (PG) sacculus, a meshwork of polysaccharide strands cross-lin
21 iscrete population of sensory neurons in the sacculus, a multi-chambered pocket within the antenna.
22 g the ability of SleC to turn over the spore sacculus, a prerequisite for the germination event.
23 e in an intact preparation of the bullfrog's sacculus, a receptor organ sensitive to low-frequency se
24                         In the Gram-negative sacculus, a single layer of glycans lie parallel to the
25 eurons innervating pore-less sensilla of the sacculus, a unique invagination of the third antennal se
26 ly, we show that LD-crosslinks within the PG sacculus act as an inhibitor of LT activity.
27 bserved in vitro in hair cells from the frog sacculus and the turtle basilar papilla.
28 quirements for building a peptidoglycan-like sacculus and/or division septum.
29 understanding the evolution of the bacterial sacculus, and for interpreting results derived by mutati
30  expressed in the retina, brain, testis, and sacculus, and Myo3B (155 kDa) is expressed in the retina
31 ods of cells from different areas within the sacculus, and on different epithelia.
32 e developed QuASAR (quantitative analysis of sacculus architecture remodeling), which measures subcel
33 ic transglycosylases with purified bacterial sacculus are characterized in a quantitative manner.
34 romolecule that forms a protective mesh-like sacculus around the cytoplasmic membrane.
35 is an elastic polymer that forms a mesh-like sacculus around the IM, protecting cells from turgor and
36 ly distributed over the outer surface of the sacculus at a high density.
37 nuran amphibians - the amphibian papilla and sacculus, both detectors of weak environmental vibration
38 nt a unique example of a bacterium with a PG sacculus but without FtsZ, challenging the current hypot
39 em were studied following stimulation of the sacculus by both hypergravity and galvanic stimulation.
40 tributes to growth and enlargement of the PG sacculus by modulating the cellular levels of the cross-
41 city that contributes to expansion of the PG sacculus, emphasizing the fundamental importance of cros
42                                 The goldfish sacculus gives rise to the vast majority of inputs that
43                                              Sacculus growth during elongation and cell division is m
44 ding models for niche-specific regulation of sacculus growth.
45 notype was paralleled by the biochemistry of sacculus growth.
46 ns displayed by hair bundles of the bullfrog sacculus have complex temporal profiles, not fully captu
47 r bundles of the bullfrog (Rana catesbeiana) sacculus have exhibited spontaneous oscillations.
48 hair bundles of hair cells in the bullfrog's sacculus have the ability to amplify mechanical stimuli
49                             Growth of the PG sacculus is a dynamic event requiring the concerted acti
50 he synthesis of the protective peptidoglycan sacculus is a dynamic process that is tightly regulated
51 of most bacteria, the peptidoglycan (murein) sacculus is a meshwork of glycan strands joined by pepti
52                        The shape of the wall sacculus is determined by the way it is deposited, which
53           When a hair cell of the bullfrog's sacculus is maintained in vitro under native ionic condi
54 quency range of natural stimuli to which the sacculus is maximally responsive.
55 of auditory and seismic stimuli to which the sacculus is most responsive.
56 are known, the architecture of the assembled sacculus is not.
57                The final product, the murein sacculus, is a single, covalently closed macromolecule t
58 ulti-gigadalton bag-like molecule called the sacculus--is synthesized from peptidoglycan.
59   Growth of the mesh-like peptidoglycan (PG) sacculus located between the bacterial inner and outer m
60               Peptidoglycan forms a net-like sacculus made of glycan strands crosslinked by peptides.
61  movement perception is needed to assess the sacculus-mediated low-frequency otolith function of dizz
62 ecific humidity range depends on specialized sacculus neurons, and that the processing of environment
63 vagination during division and to maintain a sacculus of constant thickness that allows for maintenan
64 reely through the meshwork of an unstretched sacculus of either organism is roughly 25 kDa.
65 performed experiments on hair cells from the sacculus of the bullfrog.
66 hought to have acquired a covering, called a sacculus or exoskeleton, that made it stress-resistant.
67 r, an active hair bundle from the bullfrog's sacculus oscillates spontaneously.
68  B. cereus, E. faecalis, or S. aureus, (iii) sacculus preparations from each strain, or (iv) culture
69                       The peptidoglycan (PG) sacculus provides bacteria with the mechanical strength
70 wth of the bacterial cell wall peptidoglycan sacculus requires the co-ordinated activities of peptido
71                 Enlargement of the mesh-like sacculus requires the combined activity of peptidoglycan
72  hair cells from bullfrog (Rana catesbeiana) sacculus resonate at frequencies well above the range of
73 ication, we surgically removed the appendix, sacculus rotundus, and Peyer's patches from neonatal rab
74 free-standing hair bundles from the Bullfrog sacculus suggest the existence of an active process that
75 ipitation experiments, we showed in bullfrog sacculus that PMCA1b is the major isozyme of hair cell a
76  a highly cross-linked, protective mesh-like sacculus that surrounds the bacterial cytoplasmic membra
77 responses of eighth nerve afferents from the sacculus, the main auditory end organ of the inner ear,
78                             Efferents to the sacculus, the main auditory end organ, showed features e
79 ating springs, such as those of the bullfrog sacculus, the need for membrane reinforcement by channel
80 rents were isolated as they coursed from the sacculus through the medulla.
81 ht underlie the exquisite sensitivity of the sacculus to mechanical stimulation.
82 he ability of hair bundles in the bullfrog's sacculus to produce oscillations that might underlie spo
83  with a net-like peptidoglycan layer, called sacculus, to protect the cell from bursting and maintain
84 ke, elastic heteropolymer, the peptidoglycan sacculus, to protect themselves from bursting due to the
85 y as an integrated module, the utriculus and sacculus vary independently of each other.
86       When a hair bundle from the bullfrog's sacculus was abruptly deflected in the positive directio
87 surface anatomy of BWC's basilar papilla and sacculus was examined utilizing scanning electron micros
88 ling directly on tip links of the bullfrog's sacculus we have evoked transduction currents from hair
89 g dual-beam interferometry in the bullfrog's sacculus, we found that thermal movements of stereocilia
90 es from the rat's cochlea and the bullfrog's sacculus, we observed that extensive recovery of mechano
91 use a preparation from the American bullfrog sacculus which preserves the active motility of hair bun
92                      The frog (Rana pipiens) sacculus, which is used for social communication and esc
93         Furthermore, turnover of the E. coli sacculus (whole cell wall) by MltB was characterized.
94 that enables coordinated expansion of the PG sacculus with that of membrane synthesis for balanced ce
95 fic PG hydrolase couples the expansion of PG sacculus with that of PL synthesis in the Gram-negative
96 ptic afferent neurites in the explanted frog sacculus, with mechanoelectrical transduction (MET) bloc
97 nd cleaves monomeric tetrapeptides in the PG sacculus, yielding tripeptides.