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1 ansition and produced a supernumerary second pupa.
2 ng metamorphosis--in the larva, prepupa, and pupa.
3 anning final-instar larva through very young pupa.
4 urons that are born and differentiate in the pupa.
5 others do not become DA positive until early pupa.
6 tened UV sensitivity in the young developing pupa, a stage closely associated with its period of norm
7 fferent developmental stages (embryo, larva, pupa, adult).
8 d shorter egg-pupa development times, higher pupa-adult survival, and larger adult size relative to f
9 n factors Chinmo, Br-C and E93 during larva, pupa an adult respectively, coordinate the formation of
10                Electron microscopy comparing pupa and adult fln(0) IFM shows that sarcomeres, and thi
11 quito life history incorporating egg, larva, pupa and adult life stages.
12 ng these tools, gene expression profiles for pupa and adult phases are found to be strongly related t
13 -are proposed to be equivalent to the larva, pupa and adult stages of insects with complete metamorph
14 ver, the AaCAT1 protein was detected only in pupa and adult stages.
15                                      All the pupa and adults developed from Tctra dsRNA injected fina
16 s promote insect metamorphosis from larva to pupa and from pupa to adult, respectively.
17 s, are known to direct the production of the pupa and the adult, respectively.
18 n the protective silk cocoon of an Ectatomma pupa and waits for the emergence of the young ant before
19 utant clones do not become re-apposed in the pupa, and integrins are not organized in basal plaques i
20 vy, but sarcomere and myotendon structure in pupa are otherwise normal.
21 in the epidermis during the formation of the pupa, but not during adult differentiation.
22 vealed transfer of the symbiont into the fly pupa by N. vitripennis during oviposition and N. vitripe
23 splayed detached pupation showed shorter egg-pupa development times, higher pupa-adult survival, and
24 lated with this, as development proceeds the pupa gradually recedes from the inner pupal case (an ext
25 ed an important role in the evolution of the pupa in holometabolous insects.
26 At different times, after emergence from the pupa, individual flies begin to stagger and, shortly the
27    The depletion of TcSOD6 expression in the pupa inhibits normal axon development and results in adu
28 se (an extracellular layer that encloses the pupa) leading to less bristle curvature along the shaft.
29  represents a modified nymph, an adult, or a pupa like that of butterflies.
30 nd green fruit kernels, respectively, during pupa medfly infestation.
31                                       In the pupa, omb expression in abdominal histoblasts is highest
32 t developmental stages (i.e., egg, larva and pupa) on methanolic extracts and edible oil from unripe
33 e an individual in each pair may be a larva, pupa or adult.
34 RNA interference-aided knockdown of Tctra in pupa or adults caused a change in sex from females to ma
35 cluster that becomes DA positive in the late pupa, PAM1/lineage DALcm1/2, forms part of a secondary l
36 olometabolous insects, yet the origin of the pupa remains an enigma.
37 nt of the SEM strain at late-prepupa and 0 h pupa, respectively, compared with those of the SEW strai
38 iapause, but it had a profound effect on the pupa's ability to survive low temperatures.
39 itripennis eggs from a parasitized flesh fly pupa, Sarcophaga bullata, inject these eggs with Cas9/gu
40 genes only begins several hours later in mid-pupa stages in a coordinated manner with animal developm
41 Our in vivo films indicate that early in the pupa the anterior domain of the A compartment expresses
42  replicates in salivary glands of developing pupa, the virus is unable to induce SGH(+) within fully
43 glue granule secretion to attach the forming pupa to a solid surface.
44 oduce a larval stage, the nymph becoming the pupa to accommodate the deferred development needed to m
45 ontrol of insect metamorphosis from larva to pupa to adult has long been a mystery.
46                                Prevention of pupa to adult molting by JHA was differentially higher a
47 analogs (JHAs) are insecticides that prevent pupa to adult molting of mosquitoes by mimicking the act
48 ct metamorphosis from larva to pupa and from pupa to adult, respectively.
49 ct that each mite must find a second host (a pupa) to reproduce, the fitness benefit to the mites is
50 period of morphogenesis seen in the larva-to-pupa transition of holometabolous insects.
51 xpressed in AMPs temporally during the larva-pupa transition stage, and br loss of function blocks AM
52 he gene expression profile during the larval/pupa transition.
53 s from 0 to 2-day-old pupae (120.2-142.3 per pupa) was significantly higher than that from 4-day-old
54 s the coiling of the optic nerve prepare the pupa well for the rapid and dramatic eye-stalk inflation