ライフサイエンスコーパス: intercalary

1 tial cell divisions, and fail to undergo the intercalary and stacking behaviors essential for normal

2 and adherens junction proteins and polarized intercalary behavior is disrupted in baz mutants.

3 ion of FGF signaling is sufficient to induce intercalary behaviors in cells that have not received No

4 ries: (i) at or near to the centromere, (ii) intercalary between markers UL-Thin5 and Xgwm1130 and (i

5 ur framework enabled statistical analysis of intercalary cell behaviors in wild-type and mutant embry

6 In intercalary growing cells, the normal actin organization

7 Intercalary growth (epimorphic regeneration), which prev

8 This intercalary growth in a restricted space results in the

9 Thus, SUMM4 can impart late replication of intercalary heterochromatin by attenuating the progressi

10 Intercalary heterochromatin domains replicate very late

11 (mdg4) mutations reverse underreplication of intercalary heterochromatin.

12 mutants as well as for the relative lack of intercalary heterocysts in patA mutants.

13 which is necessary for the formation of most intercalary heterocysts, or hetF resulted in an increase

14 R fusion does not result in the formation of intercalary heterocysts.

15 nderstanding of growth and exocytosis during intercalary hyphal extension, subapical branch initiatio

16 Fibonacci spiral numbers arise due to the intercalary insertion and lateral displacement of incipi

17 rns that are consistent with the presence of intercalary inversions.

18 B is also required for proper development of intercalary, labral and mandibular structures.

19 s more slowly, when the repeats are found at intercalary locations.

20 types of transition from normal retina into intercalary membrane (ICM) were noted: abrupt (73.33%) a

21 RPA1 mRNA levels increase rapidly in the intercalary meristem during submergence and treatment wi

22 ed a number of genes whose expression in the intercalary meristem is regulated by GA.

23 nes that are differentially expressed in the intercalary meristem of deepwater rice (Oryza sativa L.)

24 e primary target tissue for GA action is the intercalary meristem of the internode.

25 d basal domains, but later overlapped at the intercalary meristem.

26 hormones that modulate cell proliferation in intercalary meristems (IMs).

27 hich all contained MLG) and in E. fluviatile intercalary meristems and callus (which lacked MLG).

28 Dw2 reduces cell proliferation in internode intercalary meristems, inhibits endocytosis, and alters

29 h the specific expression patterns of LFY in intercalary meristems, SPL14 in inflorescence meristems,

30 aging experiments show that FGF controls the intercalary movements of ventral neural progenitors, whe

31 sults indicate that the development of these intercalary neuromasts occurs principally because of the

32 rmally make only a minor contribution to the intercalary regenerate, but if transplanted cells are ex

33 ied polar coordinate model, and the rules of intercalary regeneration, as defined by French et al. Th

34 ry and sufficient for axis extension from an intercalary region of determinate moss shoots.

35 ibular identity, and labial is necessary for intercalary segment identity.

36 domain in crustaceans and in the homologous intercalary segment of insects suggests that the lab gen

37 o the filament ends, a process which we term intercalary subunit exchange.