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1 hite areas have small plastids that resemble proplastids.
2  seedlings have plastids which also resemble proplastids.
3     When POR accumulates in the membranes of proplastids, an attraction of monogalactosyl diacylglyce
4                          ARC6 initiates both proplastid and chloroplast division.
5 comparisons with proteomes of unfractionated proplastids and chloroplasts facilitated the determinati
6 diating the development of chloroplasts from proplastids and enhancing chloroplast growth and divisio
7 mes of highly enriched nucleoid fractions of proplastids and mature chloroplasts isolated from the ma
8 has been believed that the SAM contains only proplastids and that these become chloroplasts only in t
9                     In flowering plants, the proplastid-chloroplast transition takes place at the sho
10  During this transition, promitochondria and proplastids develop into mature organelles and their DNA
11 e cover the main events that take place when proplastids differentiate into chloroplasts.
12                          ARC1 down-regulates proplastid division but is on a separate pathway from AR
13 d was observed in peroxisomes, mitochondria, proplastids, endoplasmic reticulum, cytoplasmic or perib
14   They exist in various types, which include proplastids, etioplasts, chloroplasts, amyloplasts, and
15  or other specialized plastid types, such as proplastids, etioplasts, or amyloplasts.
16                    Chloroplasts develop from proplastids in a process that requires the interplay of
17         The development of chloroplasts from proplastids in albino areas is apparently blocked at an
18  promotes the development of etioplasts from proplastids in dark-grown seedlings, subsequently enhanc
19 e globular stage of embryo development, when proplastids in normal embryos differentiate and acquire
20  of the ubiquitous expression of DCL and the proplastid-like appearance of dcl-affected plastids, the
21 carrots) containing chromoplasts, and 53% in proplastids of cultured cells when compared to chloropla
22 ndle sheath cell fate is determined, and the proplastids of each differentiate into the dimorphic chl
23 process that triggers the differentiation of proplastids or other noncolored plastids into chromoplas
24   Chloroplasts develop from undifferentiated proplastids present in meristematic tissue.
25 mble meristematic cells because they contain proplastids, small vacuoles, and large nuclei.
26                             They mature from proplastids through the concerted action of genes in bot
27 enome, and the developmental transition from proplastid to chloroplast is regulated by nuclear genes.
28 ostasis of the TOC159 import receptor during proplastid to chloroplast transition.
29 opment from hundreds of genome copies in the proplastid to undetectable levels in the mature chloropl
30 ng for investigations of the transition from proplastids to functional chloroplasts.
31 scribes the transition of non-photosynthetic proplastids to photosynthetically active chloroplasts in
32   Chloroplasts of higher plants develop from proplastids, which are undifferentiated plastids that la