1 the heart progenitor field, defined by this
lineage analysis.
2 d us to couple gene knockouts with long-term
lineage analysis.
3 echniques to streamline Mpox viral clade and
lineage analysis.
4 etically induced mutations in mice to enable
lineage analysis.
5 rate that Zebrabow can be used for long-term
lineage analysis.
6 temporally deleted Wnt1 coupled with genetic
lineage analysis.
7 ith a special focus on their application for
lineage analysis.
8 to the development of new methods for clonal
lineage analysis.
9 the initial difference using high-throughput
lineage analysis [
10]; GFP-tagged endogenous LIN-12, LAG
10 enic differentiation 1 (NeuroD1) and Neurog3
lineage analysis and examined the differentiation of ser
11 According to
lineage analysis and expression assays for two (pi)-cell
12 Recent advances in genetic
lineage analysis and fate mapping are facilitating such
13 fluorescent protein (EGFP), which allow for
lineage analysis and for isolation of the cells.
14 We use
lineage analysis and genetic birth dating to identify tw
15 enic model also provides a new tool for cell
lineage analysis and genetic manipulation of neural-cres
16 Combination of
lineage analysis and hepatic injury experiments showed i
17 Using a genetically based
lineage analysis and in vitro assays, we show that the l
18 Three recent studies, using
lineage analysis and other methods to determine the deve
19 molecular homology, recent advances in cell
lineage analysis and real-time imaging have uncovered su
20 Here we perform an indelible
lineage analysis and report that neural stem cells can p
21 tal mechanisms using fixed and live imaging,
lineage analysis and single-cell RNA sequencing.
22 esponses, we combined in silico evolutionary
lineage analysis and structure-guided site-directed muta
23 the platform may serve as a generic tool for
lineage analysis and thus pave the way toward large-scal
24 n as neurospheres, in tandem with retroviral
lineage analysis and xenograft to E17 and P0-2 rat foreb
25 In this study, we used reporters,
lineage analysis,
and conditional knockout or activation
26 The unbiased
lineage analysis automatically identifies cell types by
27 Lineage analysis between proprioceptor transcriptomes at
28 For example, high-resolution
lineage analysis can identify each sequentially derived
29 sus fathers of affected individuals; and (3)
lineage analysis,
comparing the proportion of affected i
30 Lineage analysis demonstrated that all epithelial layers
31 Lineage analysis demonstrated that the nascent follicles
32 Current sequencing-based methods for cell
lineage analysis depend on low-resolution bulk analysis
33 Here, we use a combination of in vivo clonal
lineage analysis,
different injury/repair systems, and i
34 Cell
lineage analysis enables us to address pivotal questions
35 ecent evidence has come from gene targeting,
lineage analysis,
fate mapping and gene expression studi
36 Here we present a cellular-level resolution
lineage analysis for P. hawaiensis embryos between ferti
37 renatal brain tissue culture experiments and
lineage analysis from somatic variants in neurotypical h
38 In mice,
lineage analysis has been accomplished using Cre recombi
39 Cell
lineage analysis has been an essential tool for explorin
40 study, using mouse models, conditional cell
lineage analysis has demonstrated that MCs expressing Wi
41 Previous intracellular cell
lineage analysis has shown that these comb rows are deri
42 Recent studies using cell-
lineage analysis have demonstrated that EndoMT may be an
43 Major applications of MARCM include (i)
lineage analysis, (
ii) investigating gene function in si
44 cles in Gallus gallus, supported by Wnt1-Cre
lineage analysis in Mus musculus.
45 human organs, which can serve as the root of
lineage analysis in organogenesis.
46 Lineage analysis in the chick telencephalon was carried
47 Lineage analysis in the stomach revealed that a signific
48 Using molecular and
lineage analysis in this double mutant background we dem
49 Lineage analysis indicated that cardiac myocytes of the
50 A ghost
lineage analysis indicates that available felid fossils
51 Lineage analysis indicates that this adipose tissue orig
52 Because
lineage analysis might reveal developmental compartments
53 Longitudinal
lineage analysis of 642 S pyogenes genomes identified wa
54 Lineage analysis of Caenorhabditis elegans is a powerful
55 lx2/tauLacZ knock-in to perform a short-term
lineage analysis of Dlx2-expressing cells throughout SVZ
56 Cell
lineage analysis of equalized embryos revealed an array
57 Lineage analysis of individual radial glia and their pro
58 Lineage analysis of injected cells shows that activation
59 Genetic
lineage analysis of Isl1-expressing cells by the lineage
60 tation in mouse embryos were investigated by
lineage analysis of myocardial, endocardial, and endothe
61 Short-term
lineage analysis of Olig3-, Mash1-, Ngn1-, and Ngn2-expr
62 Here we report a
lineage analysis of ommochrome- and porphyrin-producing
63 Lineage analysis of proximal tubules in the mouse kidney
64 Cell
lineage analysis of serotonin-IR taste cells in such mix
65 However, in situ hybridization and
lineage analysis of Smad4 null mesenchyme cells at E11.5
66 These questions were addressed using cell
lineage analysis of taste buds from H253 X-inactivation
67 Here we report the results of a cell
lineage analysis of the embryo of the polyclad Hoploplan
68 Cell
lineage analysis of these mutants revealed that cells th
69 Here, we have conducted a morphological and
lineage analysis of visceral endoderm cells spanning pre
70 However, in a lineage-by-
lineage analysis,
only 15 of 24 showed a significant tra
71 modern African populations and related mtDNA
lineage-analysis patterns point to a major demographic e
72 arning based single Cell gene Expression and
Lineage ANalysis (
PORCELAN) to identify lineage-informat
73 In this way we show that unsupervised
lineage analysis provides a valuable methodology for inv
74 Here we show that
lineage analysis provides no evidence for an ectodermal
75 Cell
lineage analysis revealed a decrease in the growth rate
76 Lineage analysis revealed no significant difference in t
77 Genetic
lineage analysis revealed that a significant population
78 tastatic lung in conjunction with pseudotime
lineage analysis revealed that Fn1+ monocytes precede me
79 An in situ
lineage analysis revealed that N. glauca cells in the L3
80 Lineage analysis revealed that neurons expressing Hro-ev
81 Cell
lineage analysis revealed that SM22Cre is active in prim
82 Dynamic
lineage analysis revealed that, during gastrulation, the
83 Here, we report
lineage analysis revealing that the follicular epitheliu
84 Quantitative
lineage analysis reveals founder clones diminish in freq
85 Furthermore, clonal
lineage analysis reveals that IgM(+)IgD(-) clones can in
86 Genetic
lineage analysis reveals that Lgr6-expressing cells give
87 Antibody clonal
lineage analysis reveals that somatic hypermutation leve
88 Lineage analysis reveals that the missing Pn.p cells die
89 Lineage analysis reveals that these bridge-forming astro
90 Genetic marking and
lineage analysis showed that a majority of the cells abl
91 Clonal
lineage analysis showed that primate cortical progenitor
92 Our
lineage analysis shows that all regions of the otic plac
93 Lineage analysis shows that during nephrogenesis, FoxD1-
94 Our murine cell
lineage analysis shows that the Hoxb8 cell lineage repor
95 Lineage analysis shows that the movements of the proxima
96 Lineage analysis shows that these cells move unilaterall
97 Lineage analysis studies in the avian embryo have identi
98 tion of stem cells and their progeny through
lineage analysis studies.
99 Fate-mapping and
lineage-analysis studies have revealed that cells in dif
100 We have used a retroviral
lineage analysis system to track the fate of single limb
101 We have developed
lineage analysis techniques to assess how transitions be
102 ysis characterized the mutant phenotype, and
lineage analysis tested whether Cadherin-6 (Cdh6)-expres
103 into the contralateral side, and we found in
lineage analysis that FBM neurons migrate from r4 into r
104 mputational platform for generic single-cell
lineage analysis that is retrospective, cost-effective,
105 This is the first demonstration via
lineage analysis that steroidogenic cells originate from
106 ncer-trap GAL4 lines to perform systematical
lineage analysis to characterize neuron morphologies, li
107 ed MyoD(iCre) knockin mice, and used Cre/lox
lineage analysis to determine whether satellite cell pro
108 Finally,
lineage analysis to follow the progeny of microinjected
109 ts basement membrane that have been shown by
lineage analysis to generate both enterocytes and entero
110 Here we use cell
lineage analysis to show that the genital tubercle, the
111 imaging and quantitative cell shape and cell
lineage analysis together with mathematical and computer
112 Lineage analysis,
together with perturbation of both Not
113 Our
lineage analysis unequivocally shows that caval vein and
114 Cell-
lineage analysis using Cxcl12-creER mice reveals that qu
115 Lineage analysis using DiI labelling of crest derived fr
116 Cell
lineage analysis using intracellular labeling on one chi
117 ta and validated the accuracy of variant and
lineage analysis using several test datasets, and furthe
118 GAL4 or QF overexpression systems or perform
lineage analysis using the Flp recombinase system.
119 We have performed
lineage analysis,
using laser activation of a caged dye
120 We introduce
Lineage Analysis via Maximum Likelihood (LAML) to infer
121 he middle and inner ears of chicken embryos,
lineage analysis was initiated at the time of neuroblast
122 pecification in the ear, retrovirus-mediated
lineage analysis was performed after injecting virus int
123 produce particular types of progeny, clonal
lineage analysis was used to investigate the progeny of
124 Using Shh as a driver for
lineage analysis,
we found that the mouse midbrain, but
125 By cell
lineage analysis,
we found that the priman, defect in go
126 Using Cxcl12-creER-based cell-
lineage analysis,
we further find that CXCL12(+) AP cell
127 Using
lineage analysis,
we identified bona fide hematopoietic
128 By means of
lineage analysis,
we redefined the cellular origins of p
129 Using
lineage analysis,
we show that cortical progenitor cells
130 ian retroviruses for precise high-resolution
lineage analysis,
we uncover a previously undescribed ne
131 Lineage analysis with dual-expression-control MARCM sugg
132 We present ECLAIR (Ensemble Cell
Lineage Analysis with Improved Robustness), a novel comp
133 Combining principles of ghost
lineage analysis with molecular divergence dates, we est
134 Cell
lineage analysis with retroviral libraries suggests that