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1 olved relatively recently and only a few are heteromorphic.
2 are completely nonrecombining and strikingly heteromorphic.
3 t the threespine stickleback Y chromosome is heteromorphic and has suffered both inversions and delet
4            In many taxa, sex chromosomes are heteromorphic and largely non-recombining.
5 ytologically homomorphic sex chromosomes are heteromorphic at the molecular level.
6  Therefore, br is necessary for the mutable (heteromorphic) changes that occur during hemimetabolous
7  be simultaneously present in a structurally heteromorphic chromatin fiber with uniform 30 nm diamete
8 from standard animal models in that it lacks heteromorphic chromosomes (instead, sex determination is
9                         Here we describe the heteromorphic deutonymph of Levantoglyphus sidorchukae n
10 ated metamorphosis, namely the origin of the heteromorphic deutonymph, which is highly specialized fo
11                                              Heteromorphic diaspores (fruits and seeds) are an adapti
12 ean fruits on an individual plant, and these heteromorphic diaspores give rise to plants that differ
13 3:1, and 1:3, evidence of perfect duplex and heteromorphic duplex complexes is found in all cases.
14 es, the sequence dependent features of these heteromorphic duplex states and their thermodynamic stab
15      This is indicative of a melting hybrid, heteromorphic duplex states formed from two nonperfectly
16 ed, TRD was present only in those inheriting heteromorphic dyads.
17                                              Heteromorphic flower development in Primula is controlle
18                               Development of heteromorphic flowers is coordinated by genes at the S l
19  (C(i)) availability by evolving alternating heteromorphic generations that occupy distinct habitats.
20                                              Heteromorphic hybrid duplex DNA complexes are duplex sta
21 autosomal block of heterochromatin, which is heteromorphic in 6-8% of humans, whereas pericentric inv
22  this chromosomal pair is characteristically heteromorphic in a broad range of organisms.
23               Purification of these enlarged heteromorphic lamellar structures by buoyant density cen
24 nation demonstrated the presence of enlarged heteromorphic lamellar structures undergoing degeneratio
25 d some plasticity such as the development of heteromorphic leaves and well-developed roots system.
26 twork shifted towards geographically closer, heteromorphic male neighbour associations.
27 int to a gradual evolution of the astigmatid heteromorphic morphology and metamorphosis.
28 lds have been hybridized to create the novel heteromorphic nucleoside 5-(2-amino-3-cyano-5-oxo-5,6,7,
29 s the pathways of folding of three different heteromorphic pairs, displaying increasingly high-sequen
30    We propose an evolutionary model in which heteromorphic pericentromeric repeat structures such as
31          Here, we used the highly predictive heteromorphic polymer (HiP-HoP) model to predict chromat
32                 Because collagen type V is a heteromorphic protein in which molecules may be composed
33                   Because the homologous but heteromorphic proteins are identical at most positions i
34   We describe the design of these homologous heteromorphic proteins, their structural properties as d
35                                          The heteromorphic regions of chromosomes 1, 9, 15, 16, and Y
36    Differences in the DAPI lifetimes for the heteromorphic regions suggest differences in the structu
37 ics of ancestral functional and structurally heteromorphic S haplotypes or resulting from decay conco
38 ed by both a translocation event between the heteromorphic satellite regions of chromosomes 14 and 15
39  fish (Gasterosteus aculeatus) do not have a heteromorphic sex chromosome pair, although recent genet
40                                              Heteromorphic sex chromosomes (XY or ZW) present problem
41 n intermediate pattern compared to taxa with heteromorphic sex chromosomes and taxa without sex chrom
42 f this finding in regard to the evolution of heteromorphic sex chromosomes and the mechanisms that en
43                           Unique features of heteromorphic sex chromosomes are produced as a conseque
44                                              Heteromorphic sex chromosomes are thought to represent a
45 in species with homomorphic sex chromosomes, heteromorphic sex chromosomes are thought to represent a
46 otype is a key factor: Smaller autosomes and heteromorphic sex chromosomes become weak links when DSB
47                                       As the heteromorphic sex chromosomes evolved from a pair of aut
48                             The evolution of heteromorphic sex chromosomes has repeatedly resulted in
49                                              Heteromorphic sex chromosomes have evolved repeatedly ac
50                                              Heteromorphic sex chromosomes have originated independen
51 chromosomes in boas (Boidae), but completely heteromorphic sex chromosomes in both garter snakes (Col
52                        Our data suggest that heteromorphic sex chromosomes in males (that is, a hyper
53           The previous studies have reported heteromorphic sex chromosomes in the species and yet mar
54                    Recombination in ancient, heteromorphic sex chromosomes is typically suppressed at
55 e genome of Silene latifolia, in which giant heteromorphic sex chromosomes were first discovered in 1
56 sex chromosomes, Viperidae having completely heteromorphic sex chromosomes, and Colubridae showing pa
57        Among these, only P. ephippifer shows heteromorphic sex chromosomes, but the implications of c
58 ng chromosomal imbalance in individuals with heteromorphic sex chromosomes, has been molecularly char
59                                              Heteromorphic sex chromosomes, such as the X/Y pair in m
60           The mosquito Anopheles gambiae has heteromorphic sex chromosomes, while the mosquito Aedes
61 female individuals) and has a pair of highly heteromorphic sex chromosomes, with XY males.
62 ammals and many insects, determine sex using heteromorphic sex chromosomes.
63  segregating at a single locus, sometimes on heteromorphic sex chromosomes.
64 ng because they lack external dimorphism and heteromorphic sex chromosomes.
65 motion the evolutionary processes generating heteromorphic sex chromosomes.
66 sex-determining factors in species that lack heteromorphic sex chromosomes.
67   Silene latifolia is a dioecious plant with heteromorphic sex chromosomes.
68 ination in Silene latifolia is controlled by heteromorphic sex chromosomes.
69 axonomically to the subset of organisms with heteromorphic sex chromosomes.
70 eleterious mutations associated with typical heteromorphic sex chromosomes.
71            One involves physically distinct (heteromorphic) sex chromosomes (X and Y, or Z and W) tha
72  plants do not have cytologically different (heteromorphic) sex chromosomes.
73 hic gametophytic, homomorphic sporophytic or heteromorphic SI.
74 r a large, taxonomically diverse set of seed heteromorphic species, lending support to the hypothesis
75 sion screening, which guarantee formation of heteromorphic superbeads-on-a-string structures that com
76                           Across the ancient heteromorphic X and Y sex chromosomes, we observed a var
77 on of the Y chromosomes in many species with heteromorphic X/Y chromosomes.
78 derstood, as complete sequence assemblies of heteromorphic Y chromosomes have only been generated acr
79 n homomorphic sex chromosomes, and show that heteromorphic ZW chromosomes in rattlesnakes lack chromo
80 aracidium gomesi, a species with conspicuous heteromorphic ZW/ZZ sex chromosomes.