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1 these substrates are recognized in a system-specific fashion.
2 restraining HH pathway activity in a tissue-specific fashion.
3 allogeneic cardiac graft survival in a donor-specific fashion.
4 e DNA via N3 of adenine occurs in a sequence-specific fashion.
5 st Listeria monocytogenes infection in an Ag-specific fashion.
6 w they can organize chromatin in a cell type-specific fashion.
7 influences bacterial pathogenesis in a site-specific fashion.
8 actory receptor neurons (ORNs) in an odorant-specific fashion.
9 nesis, but this is difficult to achieve in a specific fashion.
10 ntate ligands onto a peptide chain in a site-specific fashion.
11 ent, on FruI (IIABC(Fru)), in a carbohydrate-specific fashion.
12 and limit transduction in a transformed-cell-specific fashion.
13 openic hosts and target tumors in an antigen-specific fashion.
14 ter synaptic activity in a synapse- and cell-specific fashion.
15 d that estrogen regulates PEMT in an isoform-specific fashion.
16 overexpressed Rcan1 in an inducible, acinar-specific fashion.
17 t degrees of regulated binding in a promoter-specific fashion.
18 BVR or GSH augments cell death in an oxidant-specific fashion.
19 4, was also stimulated by caffeine in a male-specific fashion.
20 al neurons were altered in a layer- and site-specific fashion.
21 developmental steps but not used in a layer-specific fashion.
22 ely regulates EHEC pathogenicity in a tissue-specific fashion.
23 Na+,K+-ATPase (NKA, sodium pump) in an organ-specific fashion.
24 and from structured genomic loci in a tissue-specific fashion.
25 tic properties of the embedded cells in a 3D-specific fashion.
26 ellular signals in a stimulus- and cell type-specific fashion.
27 enes are regulated by p53 in a stress signal-specific fashion.
28 same solution were crosslinked in a sequence-specific fashion.
29 ously unrecognized spatial and pathogen type-specific fashion.
30 control chromosome segregation in a replicon-specific fashion.
31 erol and other sterols in a cell- and tissue-specific fashion.
32 rnal age alters placental phenotype in a sex-specific fashion.
33 am in a cell-intrinsic T cell receptor (TCR)-specific fashion.
34 on by modulating these pathways in a feature-specific fashion.
35 tivity of individual subunits in a substrate-specific fashion.
36 g gene expression temporally and in a tissue-specific fashion.
37 ed at the endoplasmic reticulum in a species-specific fashion.
38 is regulated in a temporal but not cell-type-specific fashion.
39 ococci and pneumolysin (Ply) in a direct and specific fashion.
40 ite might be selectively cleaved in a tissue-specific fashion.
41 e in which IL-13 was overexpressed in a lung-specific fashion.
42 plexes may exist in a species- and cell-type-specific fashion.
43 mice that expressed cre recombinase in a GC-specific fashion.
44 H activity in a tissue- and cell compartment specific fashion.
45 r cell-surface receptors in a similar tissue-specific fashion.
46 F-mediated polyubiquitylation in a substrate-specific fashion.
47 g hen egg-white lysozyme (HEL) in a pancreas-specific fashion.
48 posterior HOX gene are activated in lineage-specific fashion.
49 ed gene in tissue- and differentiation stage-specific fashion.
50 be ablated in a signaling pathway- and cell-specific fashion.
51 n of selective isoforms in a cell and tissue specific fashion.
52 coactivators, corepressors, and PR in a cell-specific fashion.
53 e in which IL-13 was overexpressed in a lung-specific fashion.
54 ells produced interferon-gamma in an antigen-specific fashion.
55 te to host-pathogen interactions in a strain-specific fashion.
56 t inhibits retroviral infection in a species-specific fashion.
57 1 may alter asthma phenotypes in a treatment-specific fashion.
58 nctional avidities but regulated in a tissue-specific fashion.
59 function of each Drosophila Robo in a tissue-specific fashion.
60 ns typically expressed in a tissue- and cell-specific fashion.
61 eceptor kinase phosphorylation in an agonist-specific fashion.
62 -1 long terminal repeat (LTR) in a cell type-specific fashion.
63 xert its unique effects in a tissue- or cell-specific fashion.
64 l for competitive gut colonization in a diet-specific fashion.
65 roteins in either a residue-specific or site-specific fashion.
66 pressor of gene transcription in a cell-type-specific fashion.
67 ediated apoptosis is regulated in a receptor-specific fashion.
68 persistent infection in a tissue- and stage-specific fashion.
69 CA), act as selective FXR agonists in a gene-specific fashion.
70 ntly label slow-cycling cells in a cell type-specific fashion.
71 ession is regulated by cadmium and in a cell-specific fashion.
72 ay should be targeted in a cell- and context-specific fashion.
73 ptides onto AP site-containing DNA in a site-specific fashion.
74 ts that guide mRNA degradation in a sequence-specific fashion.
75 covery from inactivation in a splice variant-specific fashion.
76 eveloped to regulate transcription in a gene-specific fashion.
77 ion levels in a phenotype-, gene-, and locus-specific fashion.
78 ingle-stranded DNA (ssDNA) in a non-sequence-specific fashion.
79 ediated apoptosis is regulated in a receptor-specific fashion.
80 s gene pairs are expressed in brain in a sex-specific fashion.
81 ry region and Fliz1 in a developmental stage-specific fashion.
82 bovine leukocytes in a cellular and species-specific fashion.
83 se entry of different cell types in a tissue-specific fashion.
84 e highly conserved and expressed in a tissue-specific fashion.
85 wth in vivo in an organ- and infection stage-specific fashion.
86 = 200 nM) in a Ca(2+)-regulated and sequence-specific fashion.
87 llelic effects are evaluated in a population-specific fashion.
88 d to changes in antibody responses in a site-specific fashion.
89 infected erythrocyte is regulated in a stage-specific fashion.
90 delivery and/or gene expression in a strain-specific fashion.
91 tively transferred T cells by 85% in a donor-specific fashion.
92 rB(L)-binding in a modification and sequence-specific fashion.
93 th methylated proximal promoters in a tissue-specific fashion.
94 sis that alters body weight gain in a gender-specific fashion.
95 if and interacts with dsRNA in a nonsequence-specific fashion.
96 expression of the target genes in a cytokine-specific fashion.
97 are regulated in a developmental- and tissue-specific fashion.
98 ces recent memory in an age- and transmitter-specific fashion.
99 can enhance a minimal promoter in a mammary-specific fashion.
100 l antibodies from different species in an Fc-specific fashion.
101 is regulated during development in a tissue-specific fashion.
102 ediated apoptosis is modulated in a receptor-specific fashion.
103 susceptibility in a site- and seizure model-specific fashion.
104 smic and nuclear compartments in a cell-type-specific fashion.
105 an affect the action of Dorsal in a promoter-specific fashion.
106 gests different functional roles in a tissue-specific fashion.
107 ntolerant B cells is regulated in a receptor-specific fashion.
108 inhibit spontaneous apoptosis in a sequence-specific fashion.
109 icated that ZAP1 binds to ZREs in a sequence-specific fashion.
110 alpha regulates its activity in an effector-specific fashion.
111 acid signaling to certain elements in a cell-specific fashion.
112 hat these activities function in a chromatin-specific fashion.
113 d processed by neuronal cells in a cell type-specific fashion.
114 nscriptional activity in an endothelial cell-specific fashion.
115 expressed in a cell type-specific and allele-specific fashion.
116 poised genes during development in a species-specific fashion.
117 toxins can bind to Cav channels in a domain specific fashion.
118 ted by MYB31 or MYB42, but in a more species-specific fashion.
119 ncreases M/TC number by >40% in a glomerulus-specific fashion.
120 radicated subcutaneous myeloma in an antigen-specific fashion.
121 to bind different targets, often in a tissue-specific fashion.
122 sodium exacerbates EAE in a strain- and sex-specific fashion.
123 rtners and AD-related proteins in an isoform-specific fashion.
124 gression of cancers, in a highly cancer type-specific fashion.
125 regulate gut epithelial function in a human-specific fashion.
126 ation rates and gene silencing in a subgroup-specific fashion.
127 into a specific genomic locus in a sequence-specific fashion.
128 pation in anterograde traffic, in an isoform-specific fashion.
129 ychotic symptoms in a dimension- or disorder-specific fashion.
130 oxidative stress to treat disease in a site-specific fashion.
131 ion of Purkinje cells was affected in a cell-specific fashion.
132 is incorporated into HIV-1 in an HIV matrix-specific fashion.
133 tic and postsynaptic proteins in a cell-type-specific fashion.
134 alpha changes across development in a region-specific fashion.
135 ely distributed and may function in a tissue-specific fashion.
136 ate and fat intakes on incident T2D in a sex-specific fashion.
137 es affecting formin regulation in an isoform-specific fashion.
138 peripheral inflammatory stimuli in an allele-specific fashion.
139 d stimuli in a region- and stimulus category-specific fashion.
140 ated behaviors in a cell type- and subregion-specific fashion.
141 ector function in NK cells in an antigen-non-specific fashion.
142 cuits are organized in a pathway- and lamina-specific fashion.
143 t development of prefrontal neurons in a sex-specific fashion.
144 tion cells and can respond promptly in an Ag-specific fashion.
145 ity of targeting malignant cells in a cancer-specific fashion.
146 e contribution of which varies in an epitope-specific fashion.
147 smembrane anchor and secreted in a cell type-specific fashion.
148 re dynamics and cell motility in a cell type-specific fashion.
149 ding cyclic amplification (PMCA) in a strain-specific fashion.
150 e tyrosines in an interdependent and isoform-specific fashion.
151 h2 and Th1 cytokine production in an antigen-specific fashion.
152 nsduce the effects of activators in a tissue-specific fashion?
153 ephrins regulated neurite number in a stage-specific fashion, affecting E19 hippocampal neurites mor
154 s capable of binding mtDNA in a non-sequence-specific fashion and activates transcription from the hu
155 f alpha-synuclein and risk of PD in a ligand-specific fashion and constitutes a potential target for
156 ation by microglia occurs in a highly region-specific fashion and depends on the ability of microglia
157 ow that mouse SRC-3 is expressed in a tissue-specific fashion and distributed mainly in the oocytes,
158 for the Cbeta gene that are used in a tissue-specific fashion and give rise to variants that differ i
159 tivities in the visual cortex in a frequency-specific fashion and induce visual experiences (phosphen
161 beta 2) is an integrin expressed in a tissue-specific fashion and is important in inflammatory and im
162 odulates PR activity in the uterus in a cell-specific fashion and is involved in PR gene activation i
163 om the IGFBP-1 and PEPCK genes in a sequence-specific fashion and may contribute to the ability of in
164 gene enhancers are controlled in a stimulus-specific fashion and participation of distinct promoter
165 can severely affect fetal health in a gender-specific fashion and raises the question of how many mat
166 temic lupus erythematosus (SLE) in a disease-specific fashion and react with different lupus Ags incl
167 al colonization can be induced in an antigen-specific fashion and requires specific antigen for effec
168 rease membrane conductance in a conformation-specific fashion and suggest that this may represent the
170 tatory circuits are connected in a cell type-specific fashion and that synapses are preferentially es
171 s compete for sites on the APC in an epitope-specific fashion and that this competition determines th
172 tically cleave RNA transcripts in a sequence-specific fashion and thereby inhibit expression and func
173 ere utilized to identify the peaks in a site-specific fashion and to provide evidence for binding.
174 lear accumulation is not regulated in a cell-specific fashion and unlikely to be ligand dependent.
175 Seven of these influenced CHCM in a sex-specific fashion, and 2 showed significant interactive e
176 tanes function as TP agonists in a cell-type specific fashion, and 4) indicate that additional target
177 up to 2%) CAG.CTG contractions in a sequence-specific fashion, and an apparent threshold for instabil
178 disrupting GABAergic transmission in a cell-specific fashion, and by combining this with selective p
179 IL-13 was overexpressed in an inducible lung-specific fashion, and compared the IL-13 production and
180 cised increased their strength in a training-specific fashion, and exercise was associated with an im
182 ld-type RARalpha in both a promoter and cell specific fashion, and more closely parallels the pattern
183 ent and -independent pathways in a cell type-specific fashion, and they highlight a critical role for
185 of Treg cells, in a tissue- and cell-subset-specific fashion, as a more focused immunotherapy for T1
187 ene expression, which can function in a cell-specific fashion at steady-state as well as at elevated
188 an LoC internalizes from the CSF in a highly specific fashion both NGF and the hormone urotensin (cor
189 ognate ParD antitoxin, which acts in a toxin-specific fashion both to block toxicity and to repress t
190 d DNA scission in a global (rather than site-specific) fashion but did not appear to intercalate into
191 an modulate synaptic strength in a cell type-specific fashion by activating distinct pre- and postsyn
192 promoter discrimination exhibited in species-specific fashion by both RNA polymerases resides in the
193 3 transcription is regulated in a transcript-specific fashion by independent cis-acting transcribed p
194 m K14-expressing cells tagged in a cell-type-specific fashion by ligand-regulable Cre recombinase-med
195 -suppression) were investigated in a residue-specific fashion by monitoring (2)H-(1)H exchange employ
196 n improve the delivery of siRNAs in a system-specific fashion, by exploiting distinct mechanisms and
197 evidence that NK cells respond in an antigen-specific fashion came from experiments revealing that su
198 ce in which IL-11 is overexpressed in a lung-specific fashion (CC10-IL-11) with that in transgene- wi
200 the embryo proceeds in a region- or lineage-specific fashion coincident with neuropeptide expression
201 and T(H)17 cell differentiation in a ligand-specific fashion, constituting a unique target for thera
202 those seen in normoxia, and in a HIF-2alpha-specific fashion, correlating with increased endothelial
203 ates the observer's motor system in a weight-specific fashion: Corticospinal excitability is larger w
204 gene in a temporally regulated and epidermal-specific fashion could extend functional analyses to bro
205 decrease overall SREBP activity in a tissue-specific fashion depending on the initial fractional con
206 ion and that the M3 protein acts in a tissue-specific fashion during acute but not chronic gammaHV68
209 ial compartments is altered in a tissue-type specific fashion during tumor progression, and suggest t
211 rocessing of auditory stimuli in a spatially-specific fashion, ERPs were recorded for a Saccade task,
212 icate that phyA is necessary in a non-allele-specific fashion for the expression of the spa1 mutant p
215 ly of one another by genetic drift in a host-specific fashion, generating quasispecies populations in
216 velopment of new agents in a disease subtype-specific fashion has the potential to transform drug-dis
218 were expressed in a stage- or transformation-specific fashion in B cells, suggesting specific functio
219 verrepresented, and distributed in a lineage-specific fashion in core and boundary domains of CD8(+)
222 T) 1A (UGT1A) locus is regulated in a tissue specific fashion in liver and extrahepatic tissues.
223 piratory chain dysfunction occur in a tissue-specific fashion in methylmalonic acidemia and suggest t
224 scription factor, FOXP3, in a time- and site-specific fashion in murine lung, in order to prevent all
225 erent members of the phy family act in organ-specific fashion in regulating seedling de-etiolation.
229 2, binds to the K-bZIP element in a sequence-specific fashion in vitro and in vivo and stimulates Rta
233 ll types arise in a temporally and spatially specific fashion, in response to combinatorial actions o
234 73 can be altered in an inheritable and cell-specific fashion independent of transcriptional coding.
236 but also facilitates in a tissue- and subset-specific fashion integrin activation during homing.
238 endogenous retrovirus occurred in a lineage-specific fashion, is restricted to the centromeres, and
239 promotes apoptosis by limiting, in a target-specific fashion, its ubiquitinylation and turnover by t
240 functionally active PD-L1 from APCs in an Ag-specific fashion, leading to fratricide of programmed de
241 egative mutant of GATA-3 in mice in a T cell-specific fashion led to a reduction in the levels of all
242 ls (SCs) coexpress MCT1 and MCT4 in a domain-specific fashion, mainly in regions of noncompact myelin
243 These variables are held to be related in a specific fashion, manifest in risk aversion for gains an
244 Modulation of IL-6 signaling in a cell type-specific fashion may be a therapeutic target for patient
245 al selectors of neuron identity in a subtype-specific fashion may constitute a general principle of n
246 y with double-stranded RNA in a non-sequence specific fashion, mediated by a similar but not identica
247 We investigated ligand binding in a site-specific fashion on cytochrome P450 BM-3 from Bacillus m
249 and activating target genes in a temporally specific fashion, on the basis of the actions of a criti
250 er cells on the root cap behaved in a charge-specific fashion: positively charged NPs induced a highe
251 e medulla neuropil (M1-M6 layers) in a layer-specific fashion: R7 and R8 axons terminate at the M6 an
252 S2 site, which appears to occur in a tissue-specific fashion, regulates the activity and signaling r
253 bility to rapidly quantify glycans in a site-specific fashion remains the major barrier to applying s
254 The expression of these genes in a cell-specific fashion seems to be controlled mainly by positi
255 use of their ability to function in a domain-specific fashion, selective disruption of bromodomain:ac
256 otor sequences can be learned in an effector-specific fashion (such that benefits of training are res
257 associated with gene expression in a tissue-specific fashion, suggesting an enrichment of tissue-spe
258 y and glucose intolerance in a sex- and time-specific fashion, suggesting that the peripheral NPY sys
259 endogenous circadian clock in a time-of-day-specific fashion, supporting a role for the clock in mat
260 ance, with comorbid ethanol intake, in a sex-specific fashion that approximates clinical comorbiditie
261 lpha and rCGG repeats interact in a sequence-specific fashion that is conserved between mammals and D
262 interact in vitro and in vivo in a sequence-specific fashion that is conserved between mammals and D
264 that splicing does not occur in a cell-type-specific fashion, that cells sharing the same anatomical
266 ion of AVM, occurred in an apparently tissue-specific fashion; the liver, uterus, and skin were affec
267 nthase gene sequence were modified in a site-specific fashion, thereby conferring resistance to eithe
268 ese skin graft recipients reacted in a donor-specific fashion to C57BL/6 splenocyte stimulator cells
269 l2 BAC transgenes that function in a pathway-specific fashion to demonstrate that Dvl1/2-mediated PCP
272 iRNA directed against TNFalpha in a receptor-specific fashion to potently silence gene expression and
273 mosomal proteins bind DNA in a non-sequence- specific fashion to promote chromatin function and gene
274 o all eukaryotes, bind DNA in a non-sequence-specific fashion to promote chromatin function and gene
275 tination signals are integrated in cell-type-specific fashion to regulate the immune system in vivo.
276 interaction domains that bind in a sequence-specific fashion to short C-terminal peptides or interna
277 EGFR was targeted in a cell type- and tissue-specific fashion to the esophageal epithelium in transge
278 omoter (L2) can be used to target genes in a specific fashion to the oral-esophageal squamous epithel
279 e stratified squamous epithelium in a tissue-specific fashion to the tongue and esophagus, thereby re
280 t target its enhancers in both redundant and specific fashions to provide an expression profile suppo
281 and kill tumor cells in vitro in an antigen-specific fashion upon conjugation with maytansinoid.
283 n factor activities that function in a stage-specific fashion, we used gene sets that share transcrip
284 nimals, even though they segregate in a host-specific fashion when expressed in cnidarian embryos.
285 s from the Callitrichinae cluster in a genus-specific fashion, whereas in the other genera of New Wor
286 SCPL genes are expressed in a highly tissue-specific fashion, whereas others are transcribed in a wi
287 ss in Blochmannia have occurred in a lineage-specific fashion, which may reflect life history differe
288 d syringyl lignins are deposited in a tissue-specific fashion, while the F5H-deficient fah1 mutant ac
289 her study of individual miRNAs in an NK cell specific fashion will provide insight into these complex
290 isrupts cortical development in a regionally specific fashion with abnormalities evident by term-equi
291 tivity, and reduced translation in an allele specific fashion with an E122K mutation in the GTP bindi
293 d SRF-dependent transcription in a cell type-specific fashion with ROK being the most efficient; G-ki
295 under p53 control in a cell type and tissue-specific fashion with the TSC2 and PTEN proteins being c
296 embryonic development in a tissue- and stage-specific fashion, with elevated expression in a subset o
297 infected erythrocyte is regulated in a stage-specific fashion, with high levels detected during the t
298 icient in adhesion and migration in a ligand-specific fashion, with impaired responses to laminin and
300 This gene is expressed in a highly tissue-specific fashion, with transcription being found only in