1 ng the Ncl phenotypes of individual cells in
genetic mosaics.
2 cific protein degradation, and generation of
genetic mosaics.
3 ly combined with the efficient generation of
genetic mosaics.
4 To address this bottleneck, we generated
genetic mosaic adult zebrafish using TALEN genome editin
5 Genetic mosaic analyses also support a role for FGF sign
6 Genetic mosaic analyses demonstrated a key role for NRP1
7 tissue-specific egrh-1(RNAi) experiments and
genetic mosaic analyses revealed that EGRH-1 function is
8 Genetic mosaic analyses show that sFlt1 function in trun
9 Genetic mosaic analyses with smo mutants show that for t
10 By performing
genetic mosaic analyses, we show that moe- rod photorece
11 Genetic mosaic analysis and cell-type-specific expressio
12 Using
genetic mosaic analysis and directed expression of SMA-3
13 Results from
genetic mosaic analysis and germ cell-specific rescue sh
14 Genetic mosaic analysis and tissue-specific expression s
15 cellular focus of lin-35 using conventional
genetic mosaic analysis and tissue-specific expression.
16 In this study, we employed a
genetic mosaic analysis based on Cre-mediated recombinat
17 It is X segregation that is useful for
genetic mosaic analysis because it produces clones of ho
18 Genetic mosaic analysis confirmed that odor responses ar
19 Genetic mosaic analysis confirmed that these effects wer
20 Chimeric and
genetic mosaic analysis demonstrate that Gbx2 plays a ce
21 Genetic mosaic analysis demonstrates that ced-6 acts wit
22 Genetic mosaic analysis demonstrates that the mutant phe
23 Gene expression and
genetic mosaic analysis further show that the apical dau
24 Here we use
genetic mosaic analysis in Drosophila melanogaster to sh
25 Our studies also show that
genetic mosaic analysis in mice is feasible, at least fo
26 ation signal is demonstrated as a marker for
genetic mosaic analysis in the nematode Caenorhabditis e
27 Genetic mosaic analysis indicates that nsy-4 functions b
28 Genetic mosaic analysis indicates that Topped function i
29 However,
genetic mosaic analysis of adult photoreceptors lacking
30 By combining
genetic mosaic analysis of individual synaptic triads wi
31 Significantly,
genetic mosaic analysis of mup-4 mutants demonstrates th
32 Instead,
genetic mosaic analysis of the let-60 gene suggests that
33 We conducted a
genetic mosaic analysis of the Lg3 phenotype to determin
34 We describe a
genetic mosaic analysis procedure in which Caenorhabditi
35 Genetic mosaic analysis revealed that Par3 functions bot
36 Genetic mosaic analysis suggests that the lrp-1 gene fun
37 In this report, we have used
genetic mosaic analysis to examine the role of Rac1 GTPa
38 In addition, we utilized
genetic mosaic analysis to show that somite boundaries a
39 Genetic mosaic analysis using the oz1 allele indicates t
40 A
genetic mosaic analysis was conducted to test whether CR
41 ed the ligand for the CR4 receptor kinase, a
genetic mosaic analysis was performed.
42 Genetic mosaic analysis was used to determine the effect
43 Using
genetic mosaic analysis we demonstrate that differentiat
44 Finally, we report the results of a
genetic mosaic analysis which reveal that mig-10 acts ce
45 Genetic mosaic analysis, transgene rescue and cell-type-
46 Using both tissue-specific promoters and
genetic mosaic analysis, we show that a gene from one of
47 Using
genetic mosaic analysis, we show that all known MSP-depe
48 Using
genetic mosaic analysis, we show that let-23 activity in
49 Using
genetic mosaic analysis, we show that lzr/pbx4 and hoxb1
50 Using
genetic mosaic analysis, we show that the major effector
51 Consistent with
genetic mosaic analysis, which indicates that dyf-6 func
52 ts of protein dynamics with loss-of-function
genetics, mosaic analysis, and temporal control of gene
53 Genetic mosaic and cell type-specific expression studies
54 Based on our previous
genetic mosaic and epistatic analysis, we proposed that
55 Genetic mosaic and molecular marker analyses reveal evol
56 Genetic mosaic and RNA in situ analyses suggest that piw
57 m mutations in Dmob1 (mats) was only seen in
genetic mosaics and not when the entire animal was mutan
58 rategy provides a new toolkit for generating
genetic mosaics and represents a significant advance in
59 he fact that almost 40% of the isolates were
genetic mosaics,
apparently arising from the recombinati
60 Using a
genetic mosaic approach, we show that spatially inapprop
61 icle, we describe how Caenorhabditis elegans
genetic mosaics are generated, identified and analyzed,
62 the widely held view that tailed phages are
genetic mosaics arising by the exchange of functional mo
63 We use cell transplantation to create
genetic mosaics between fss and wild-type embryos in ord
64 Genetic mosaics between wild-type and floating head muta
65 Partial loss of PntP1 in
genetic mosaic clones or ectopic expression of the Pnt a
66 Cell autonomy is a property of
genetic mosaics composed of cells of differing genotypes
67 In
genetic mosaics,
CycE- and Cdk2-deficient GSCs are rapid
68 Consistent with the
genetic mosaic data, phenotypic characterizations reveal
69 essed this question in the thalamus by using
genetic mosaic deletion of NMDARs.
70 king." Here, I describe the formation of the
genetic mosaic during early ecological speciation, consi
71 Here we show, through analysis of hnt
genetic mosaic embryos, that hnt activity in the amniose
72 In this study,
genetic mosaic filaments that consisted of cells enginee
73 analyzing PCP, and it introduces the use of
genetic mosaics for determining the absolute orientation
74 In
genetic mosaics furry was found to act cell autonomously
75 Indeed, our analysis of unc-52
genetic mosaics has shown that the focus of unc-52 actio
76 In contrast to
genetic mosaics,
heterozygous rb1-/+ adults show no evid
77 We have generated
genetic mosaics in a number of different experiments and
78 tion provides a powerful method for creating
genetic mosaics in Drosophila and for discerning the fun
79 set out to improve the methods used to make
genetic mosaics in Drosophila by taking advantage of rec
80 t of methods that facilitate the creation of
genetic mosaics in Drosophila.
81 e the Flp/FRT system to efficiently generate
genetic mosaics in the epithelial sheath, suggesting the
82 Using
genetic mosaics in trabeculation-deficient zebrafish mod
83 enomes of incipient species become temporary
genetic mosaics in which ecologically important genomic
84 The analysis of
genetic mosaics,
in which an animal carries populations
85 Genetic mosaic labeling of single neurons within the id2
86 In these
genetic mosaic mammary glands, the epithelial network is
87 rgic neurons receiving sensory input, mGluR5
genetic mosaic mice were generated through in utero elec
88 Combining Cre-engineered
genetic mosaic mice with navigated-LCM will allow biolog
89 These
genetic mosaic mice with Rpsa knockout in a subset of ca
90 Nevertheless, in
genetic mosaic mouse model, they acquire clonal advantag
91 e harvested in midanagen from three types of
genetic mosaic mouse models.
92 ssical strains of laboratory mice, which are
genetic mosaics of 3 wild mouse subspecies.
93 Using in vivo imaging and
genetic mosaics,
our studies suggest that incipient Itga
94 We first generated
genetic mosaic ovaries and blastocysts with stochastic e
95 be expressed in the P compartment and, using
genetic mosaics,
present evidence that Slit is the respo
96 In situ patch-clamp recordings in
genetic mosaics reveal that Dmca1D channels increase bur
97 Sox2 in response to BMP treatments, and Lhx2
genetic mosaics reveal that transcription factors, inclu
98 Antibody staining of
genetic mosaics reveals that Dchs1 protein localization
99 erlying molecular mechanisms, we conducted a
genetic mosaic screen and identified one ultraspiracle (
100 From a
genetic mosaic screen, we find that a lethal mutation in
101 From a
genetic mosaic screen, we recovered two independent muta
102 hed tubular networks, we performed a forward
genetic-mosaic screen to isolate mutations affecting the
103 Genetic mosaic screens in adult fly brains allow for rec
104 a collection of lines optimized for forward
genetic mosaic screens using MARCM (mosaic analysis with
105 Genetic mosaic studies establish that expression of the
106 Genetic mosaic studies indicated that fish function is r
107 ns, recording-stimulating site analysis, and
genetic mosaic studies.
108 cient to replace differential Cdh2 levels in
genetic mosaics,
suggesting that Cdh2 promotes ECM assem
109 We describe a
genetic mosaic system in Drosophila, in which a dominant
110 Previously, we used a
genetic mosaic system to conduct an in vivo analysis of
111 We have modified an FLP/FRT-based
genetic mosaic system to label either neurons derived fr
112 A variety of
genetic mosaic techniques have been developed, and these
113 Genetic mosaic techniques provide a powerful tool for di
114 Here we used
genetic mosaic techniques to characterize the diverse de
115 Here we use
genetic mosaic techniques to reveal the origins and arch
116 tal events is still possible, however, using
genetic mosaic techniques, which limit losses or gains o
117 We show with
genetic mosaics that eve acts autonomously within the me
118 ile retaining viability, and (2) analysis of
genetic mosaics that had lost CeMyoD in the M lineage.
119 We demonstrate through analysis of
genetic mosaics that lin-29 is absolutely required in a
120 We conclude from an analysis of
genetic mosaics that osm-6 acts cell autonomously in aff
121 Genetic mosaics that place cells in competition within t
122 We demonstrate, through analysis of
genetic mosaics,
that the formation of wild-type-length
123 We used
genetic mosaics to analyze the proneural enhancement pat
124 Through live imaging and
genetic mosaics to dissect interactions between specific
125 Here we describe a system using
genetic mosaics to screen for recessive mutations that i
126 Genetic mosaics,
transgene rescue, and immunolocalizatio
127 Using
genetic mosaics,
we demonstrate that differential Cdh2 l
128 By creating
genetic mosaics,
we demonstrate that the motor axon defe
129 ression studies, genetic mutant analysis and
genetic mosaics,
we show that egl-38 has functions in bo
130 Using
genetic mosaics,
we show that Hedgehog signal perception
131 Here, using
genetic mosaics,
we show that this polarizing signal is
132 Genetic mosaics were created using gamma-rays to induce
133 phenotypes associated with lama1 mutations,
genetic mosaics were generated by transplanting labeled
134 the brain is closely tied to its nature as a
genetic mosaic,
wherein each cell is distinguished by a
135 In
genetic mosaics,
wild-type cells are capable of forming
136 In
genetic mosaics,
wild-type endothelial cells (ECs) instr
137 he comparisons confirm that these phages are
genetic mosaics,
with mosaic segments separated by sharp
138 utility of site-specific nucleases to create
genetic mosaic zebrafish for tumor suppressor gene disco