戻る
「早戻しボタン」を押すと検索画面に戻ります。 [閉じる]

コーパス検索結果 (１語後でソート)

通し番号をクリックするとPubMedの該当ページを表示します
1  endocrine and non-endocrine tissues in late pancreas development.
2 idated their efficacy at different stages of pancreas development.
3 tain foregut identity and to allow liver and pancreas development.
4 ate the gene expression cascades involved in pancreas development.
5  the miRNA processing enzyme Dicer1 early in pancreas development.
6 a transcription factor complex essential for pancreas development.
7 acinar and endocrine progenitor cells during pancreas development.
8 inc-finger transcription factor important in pancreas development.
9 ial role in endoderm patterning and promotes pancreas development.
10 tors (FGFRs) are key signaling molecules for pancreas development.
11 nes involved in islet beta cell function and pancreas development.
12  of Hedgehog activity is critical for proper pancreas development.
13  and maturation of islet progenitor cells in pancreas development.
14 aturation of islet progenitor cells in mouse pancreas development.
15 are common for initiating dorsal and ventral pancreas development.
16 ial role in eye, central nervous system, and pancreas development.
17 has to be regulated tightly to ensure proper pancreas development.
18 described during mammalian liver and ventral pancreas development.
19  to characterize GATA6 function during human pancreas development.
20  a requirement for hedgehog signaling during pancreas development.
21 xpression patterns provide new insights into pancreas development.
22 he specificity of expression required during pancreas development.
23 upstream regulators of the BETA2 gene during pancreas development.
24 amily of signaling molecules that antagonize pancreas development.
25  suggests that PAK4 is dispensable for mouse pancreas development.
26  identify genes expressed at early stages of pancreas development.
27 indicate that some of the genes could govern pancreas development.
28 and provides a means for expanding embryonic pancreas development.
29 in genes are differentially expressed during pancreas development.
30 SPR/Cas9 targeting PDX1, a critical gene for pancreas development.
31  somitogenesis, neurogenesis, myogenesis and pancreas development.
32 or cells during neurogenesis, myogenesis and pancreas development.
33 rker genes may play important roles in human pancreas development.
34  These findings reveal a key role of PLK1 in pancreas development.
35  functions of GRG-mediated repression during pancreas development.
36  an essential resource for future studies on pancreas development.
37  have evolved reversals in heart, liver, and pancreas development.
38 eveal the broad multifaceted role of PDX1 in pancreas development.
39 nsposable elements it represses during early pancreas development.
40  have investigated the role of Jarid2 during pancreas development.
41 sked if PAK4 might have a functional role in pancreas development.
42 lleviated the effect of knocking out UCP2 on pancreas development.
43 signaling pathways that are also used during pancreas development.
44  been investigated in vivo in the context of pancreas development.
45 novel mechanistic link between nutrients and pancreas development.
46 scription factor involved in eye, brain, and pancreas development.
47 ther NEUROG3 is required for human endocrine pancreas development.
48 strate an essential role for p120 catenin in pancreas development.
49 man embryonic stem cells in a model of human pancreas development.
50           However, little is known about pig pancreas development.
51 iation and morphogenetic events during human pancreas development.
52 cription factor for lens, lacrimal gland and pancreas development.
53 ity produces distinct cellular states during pancreas development.
54 sis is a human disorder caused by defects in pancreas development.
55  for ribosomal biogenesis genes in zebrafish pancreas development.
56 e show the first evidence that Ogt regulates pancreas development.
57  important role for Cdk4 in regulating early pancreas development.
58 d acinar cell neogenesis required for normal pancreas development.
59 ry transcription factor network during early pancreas development.
60 eration, cell survival, and cell size during pancreas development.
61 inositol-3-OH kinase (PI3K) pathway controls pancreas development.
62 n the canonical Wnt pathway is essential for pancreas development.
63 f the mammalian pygopus ortholog, mPygo2, in pancreas development.
64 rther reveal specific functions for Hdac1 in pancreas development.
65 thways that regulate vhnf1 expression during pancreas development.
66  act genetically upstream of RA in directing pancreas development.
67 ignals have been implicated as regulators of pancreas development.
68 regut markers and is essential for liver and pancreas development.
69 iation spanning a short time-window early in pancreas development, a phenotype we reproduced in mice.
70 rt that Sox9, a transcriptional regulator of pancreas development, also functions in mature beta cell
71 ox-1 (Pdx-1) that is essential for embryonic pancreas development and adult beta-cell function.
72 of the transcriptional mechanisms regulating pancreas development and beta cell function.
73 owever, requires a thorough understanding of pancreas development and beta-cell formation.
74 at Foxa2 is the major regulator in promoting pancreas development and cell differentiation.
75  are likely to control critical decisions in pancreas development and disease.
76 omic-scale genetic and epigenetic studies of pancreas development and diseases such as diabetes and p
77         Neurogenin-3 (Ngn-3) is required for pancreas development and ductal cell neogenesis.
78 xpressed in the pancreas and is required for pancreas development and endocrine cell differentiation.
79 in that is a critical requirement for normal pancreas development and for proper differentiation of t
80 to the pancreas and foregut, is required for pancreas development and for the expression of genes con
81 n transcription factor IDX-1 is critical for pancreas development and for the regulation of islet cel
82 n adult human pancreas, although its role in pancreas development and function is unknown.
83 al nervous system independent of its role on pancreas development and function.
84                 Thus, Hlxb9 is key to normal pancreas development and function.
85 identify multiple sequential roles for Hh in pancreas development and highlight an unexpected antagon
86 iption factor IDX-1, a critical regulator of pancreas development and insulin gene transcription, con
87 ineate the role of Hh in zebrafish endocrine pancreas development and investigate its relationship wi
88  gene is expressed in endocrine cells during pancreas development and is essential for proper islet m
89        Ptf1a is a gene required for exocrine pancreas development and is first expressed as the ventr
90  unique profile of miRNAs is required during pancreas development and is necessary for beta-cell form
91 es for transcription factors associated with pancreas development and islet cell function, we analyze
92   Expression of PDX, a critical regulator of pancreas development and islet differentiation, is resto
93 ssion of multiple genes related to endocrine pancreas development and islet function in these liver c
94  Pdx1 is a transcription factor required for pancreas development and lineage specification; however,
95 itical roles that ECM plays throughout human pancreas development and maturation.
96 known proteome and matrisome features during pancreas development and maturation.
97 enal homeobox 1 (Pdx1) is a key component in pancreas development and mature beta cell function and s
98 which is altered in MODY-4) is essential for pancreas development and mature beta-cell function.
99 s and colonies, should also advance study of pancreas development and pancreatic progenitor cells.
100  Nkx6.1 paralog, Nkx6.2, is expressed during pancreas development and partially compensates for NKX6.
101 mbined requirements for Hhip and Ptch during pancreas development and point to a dose-dependent respo
102  duct, while Sox17 overexpression suppresses pancreas development and promotes ectopic biliary-like t
103 s underlying GATA4 and GATA6 function during pancreas development and provide a new mouse model to ch
104 that Hippo signaling plays a crucial role in pancreas development and provide novel routes to a bette
105  accurately recapitulates key steps of human pancreas development and provides a fast and reproducibl
106 re the requirement of O-GlcNAcylation during pancreas development and show that Ogt is essential for
107 that CTGF acts in an autocrine manner during pancreas development and suggest that CTGF has the poten
108 omeobox 1 (PDX-1) is absolutely required for pancreas development and the maintenance of islet beta-c
109 nscription factor IDX-1 that is critical for pancreas development and the transcriptional regulation
110 o some ambiguity as to the role of Hh during pancreas development and whether its function has comple
111  histone deacetylases (HDACs), HDACs mediate pancreas development, and aspects of pancreas developmen
112 mplicate new signaling pathways in endocrine pancreas development, and identified sets of known and n
113  the m(6)A landscape is dynamic during human pancreas development, and that METTL14, one of the m(6)A
114 ic hedgehog also affects zebrafish liver and pancreas development, and these effects occur in a recip
115         To analyze whether other features of pancreas development are conserved and investigate the i
116                                Data on human pancreas development are limited and derived from two-di
117 mediate pancreas development, and aspects of pancreas development are recapitulated during recovery o
118  in maturing hormone-expressing cells during pancreas development as well as in adult islet cells.
119 oids do not play a significant role in mouse pancreas development before the second transition.
120                                              Pancreas development begins with the formation of buds a
121                                       During pancreas development, both the exocrine and endocrine li
122 ing is not restricted to patterning in early pancreas development but also continues to signal in dif
123            Sox9 plays important roles during pancreas development but does not have a described role
124  have identified factors required for dorsal pancreas development, but factors that initiate the vent
125  has been shown to regulate early aspects of pancreas development, but its role in endocrine, and esp
126 in, a TGF(beta+) signaling molecule, permits pancreas development by repressing expression of Sonic h
127 orm of beta-catenin at a later time point in pancreas development causes enhanced proliferation that
128 nitor-specific ablation of Sox9 during early pancreas development causes pancreas-to-liver cell fate
129                                           On pancreas development data, CellRank automatically detect
130                                       During pancreas development, endocrine precursors and their pro
131                                       During pancreas development, endocrine progenitors differentiat
132 biologically significant stages of endocrine pancreas development: endoderm before pancreas specifica
133 , we have compiled reference GRNs underlying pancreas development from data mining that integrates mu
134               A critical gene that initiates pancreas development has been identified, as well as a n
135 vation of Hedgehog signaling at the onset of pancreas development has been shown to inhibit organ mor
136 ledge of the role of epigenetic modifiers in pancreas development has exponentially increased.
137 nhibition of DHPS impairs zebrafish exocrine pancreas development; however, the link between DHPS, eI
138 larify the function of Hedgehog signaling in pancreas development, identify an unexpected cellular so
139 as an inhibitory role during later stages of pancreas development in amniotes.
140 lude that NEUROG3 is essential for endocrine pancreas development in humans and that as little as 10%
141 , IPF1 appears to be a critical regulator of pancreas development in humans as well as mice.
142 h of data and comprehensive reviews exist on pancreas development in mammals, primarily mice, and oth
143 rticoid receptor (GR) signaling during early pancreas development in mice and humans.
144 both Gata4 and Gata6 is necessary to disrupt pancreas development in mice.
145 of Nkx2.2 that is greatly upregulated during pancreas development in Nkx2.2(-/-) mice.
146 rams regulate pharynx, esophagus, liver, and pancreas development in teleosts and mammals.
147                                 The onset of pancreas development in the foregut endoderm is marked b
148     Here, we characterize zebrafish exocrine pancreas development in wild type and mutant larvae usin
149 ing pathways of RA, Bmp, and Fgf to regulate pancreas development in zebrafish.
150 1), a transcription factor indispensable for pancreas development, in the progression from normal exo
151  of critical embryonic signaling pathways in pancreas development including beta-cell expansion.
152  Here we describe systems for reconstructing pancreas development, including islet beta-cell and alph
153 in transcription factor Pdx1 is required for pancreas development, including the differentiation and
154 othelial growth factor (VEGF) is crucial for pancreas development, insulin gene expression/secretion,
155                                              Pancreas development is coordinated by a complex interpl
156 elucidation of the key regulatory factors in pancreas development is critical for understanding the p
157            Proper lumen morphogenesis during pancreas development is critical to endocrine and exocri
158                             An early step in pancreas development is marked by the expression of the
159 rine pancreas, whereas hepatocyte and acinar pancreas development is not affected.
160 f GRG-mediated transcriptional repression in pancreas development is still not well understood.
161 main transcription factor PDX1, required for pancreas development, is expressed broadly in the poster
162 al homeobox factor-1, PDX-1, is required for pancreas development, islet cell differentiation, and th
163          Given the essential role of IPF1 in pancreas development, it is likely that this autosomal r
164 in contact with the posterior bud throughout pancreas development, its absence in cloche mutant embry
165 d receptor (GPCR) S1pr2, plays a key role in pancreas development linking lineage allocation and spec
166 is pivotal role of Pdx1 at various stages of pancreas development makes it an attractive target to en
167    Previous studies have shown that exocrine pancreas development may be modeled in zebrafish.
168 wth control genes, highly expressed in early pancreas development, might exert in programming B-cell
169 pressed broadly in the posterior foregut but pancreas development normally initiates only in a restri
170  investigate whether pigs resemble humans in pancreas development, offering a complementary large-ani
171 sed Ig domain protein and may be involved in pancreas development or beta cell function.
172 enes, most significantly in genes related to pancreas development or function (GATA4, GATA6, PROX1, O
173 genetic mechanisms, whether during embryonic pancreas development or in experimental setups aiming at
174 eam transcription factor E2f1 regulate mouse pancreas development prior to and during the secondary t
175                                        Human pancreas development remains incompletely characterized
176                   Previously associated with pancreas development, Sox4 mutations in the adult mouse
177 ent for native genetic regulators of in vivo pancreas development, such as Ngn3, Arx, and Pax4, revea
178 st, knockdown of eIF5A had minimal impact on pancreas development, suggesting that the effects of DHP
179      We identified several genes involved in pancreas development that also harbor NRSE-like motifs,
180 tify Cdk4 as an important regulator of early pancreas development that modulates the proliferation po
181 r, these data demonstrate that UCP2 controls pancreas development through the ROS-AKT signaling pathw
182  Fgf signaling participates in regulation of pancreas development through the vhnf1 pathway.
183                           Knowledge of human pancreas development underpins our interpretation and ex
184 question, we first evaluated FoxO1's role in pancreas development using gain- and loss-of-function al
185 we examine the specific role of Hnf1b during pancreas development, using constitutive and inducible c
186  of enteroendocrine cells, whereas endocrine pancreas development varies in an allele-specific manner
187 activate the Hedgehog pathway midway through pancreas development via expression of either Sonic (Shh
188 to understand the biology of p120 catenin in pancreas development, we ablated p120 catenin in mouse p
189 lished data from mouse embryos, during human pancreas development, we detected only a single-phase of
190 sequences of epithelial Hh activation during pancreas development, we employed a transgenic mouse mod
191 gate the influence of surrounding tissues on pancreas development, we examined the role of the vascul
192  pathway is functionally required for normal pancreas development, we have specifically deleted the b
193               To gain insight into liver and pancreas development, we investigated the target of 2F11
194 derstanding of transcriptional regulation in pancreas development, we know relatively little about th
195              Using models of mouse and human pancreas development, we show that lengthening of the G1
196                       Glucose metabolism and pancreas development were investigated in the Smn(2B/-)
197 ve suppression of NFkappaB by LATS1/2 during pancreas development, which restrains a cell-autonomous
198 Discovering the function of genes regulating pancreas development with our system should enrich strat
199      Notch signaling is a major regulator of pancreas development, yet how it precisely controls panc
200                  MicroRNAs (miRNAs) regulate pancreas development, yet little is known about their co

 
Page Top