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1 Tg-HYL to the same extent as that for native hyalin.
2 sion libraries with monoclonal antibodies to hyalin.
3 stituent of the hyaline layer is the protein hyalin, a fibrillar glycoprotein of approximately 330 kD
4 olocalization using a monoclonal antibody to hyalin, a protein packaged specifically in cortical gran
5 e we provide a molecular characterization of hyalin and identify a region of the protein that is impo
6 n addition, we have used the perturbing anti-hyalin antibody mAb183 to show that cell attachment to t
7 cretion of the extracellular matrix protein, hyalin, as a marker for new plasma membrane addition in
8                                      Partial hyalin cDNAs were identified from two sea urchin species
9 region appears to contain the ligand for the hyalin cell surface receptor.
10                                  Recombinant hyalin containing the tandem repeat region of the protei
11 c hepatosis, hepatocellular vacuolar change, hyalin droplet formation, and apoptosis.
12 ve substrate, almost equal to that of native hyalin, in cell adhesion assays.
13 ciation with the plasma membrane than is the hyalin layer or apical lamina.
14 ferent species-specific domain consisting of hyalin-like (HYR) repeats.
15 sive activity is partially blocked by dilute hyalin monoclonal antibody Tg-HYL to the same extent as
16                                          The hyalin mRNA is approximately 12 kb in length and is pres
17                                              Hyalin mRNA reaccumulates in embryos beginning at the me
18 nd larvae shows a progressive confinement of hyalin mRNA to the aboral ectoderm.
19 at eggs and early embryos have no detectable hyalin mRNA.
20 dulus along with a dramatic reduction in the hyalin protein at the apical ECM, thus implicating the a
21 ome of the classic functions ascribed to the hyalin protein in early development and now enable inves
22  cortical granules, the vesicle in which the hyalin protein is specifically packaged.
23                                Thus, all the hyalin protein present during early development, when no
24                                          The hyalin protein, however, remains at relatively constant
25                                   Thus, this hyalin repeat region appears to contain the ligand for t
26                                        These hyalin repeats are as similar between the two species as
27 er, cells arrested in M phase do not secrete hyalin, suggesting that mitotic exit is required for new

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