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1 In severe cases embryos appear unsegmented.
2 es into rhombomeres, the spinal cord remains unsegmented.
3 e in nature has always been characterized as unsegmented.
4 es previously considered to be predominantly unsegmented, and in doing so expanded the number of know
7 We examined coordination of locomotion in an unsegmented, ciliolocomoting gastropod, the sea slug Ple
12 an Cardiodictyon catenulum, which reveals an unsegmented head and brain comprising three cephalic dom
13 Lox22-Otx RNA is primarily restricted to an unsegmented head domain, including tissues in the foregu
15 od to extract vascular objects directly from unsegmented images without the need for machine learning
17 During segmentation of vertebrate embryos, unsegmented mesenchymal mesoderm is divided into epithel
18 e neural tube, and dramatically expanded the unsegmented mesenchymal PSM while blocking somitogenesis
19 tebrates have a relatively extensive zone of unsegmented mesenchyme (i.e., presomitic mesoderm) inter
21 ts prosoma is situated behind a pair of oval unsegmented neuropils that are directly connected to pai
23 that was either coextensive with the target (unsegmented) or appeared segmented from it due to a gap
24 5-6 embryos and subsequently in somites and unsegmented paraxial and lateral plate mesoderm overlapp
25 anisms the gene is specifically expressed in unsegmented paraxial mesoderm and its immediate progenit
26 -helix transcription factor expressed in the unsegmented paraxial mesoderm and throughout epithelial
27 ecause when pieces of dorsal neural tube and unsegmented paraxial mesoderm are combined in tissue cul
29 ntation in vertebrates first arises when the unsegmented paraxial mesoderm subdivides to form paired
30 ically expressed in developmentally immature unsegmented paraxial mesoderm, causes complete failure o
34 ntrols the periodic cleavage of somites from unsegmented presomitic mesoderm during vertebrate segmen
35 tation clock') intrinsic to the cells in the unsegmented presomitic mesoderm, and is manifested in cy
39 nce space by a viral genome (in this case an unsegmented RNA) can reach a point of the space in which
40 was done to predict RNFL thickness from raw unsegmented scans using conventional RNFL thickness meas
41 We show that parts emerge from initially unsegmented sequences, that their distribution becomes c
45 ntially bud off from the anterior end of the unsegmented tissue, laying down an exquisite repetitive