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1 nhibitory (E-I) balance as caused by channel underexpression.
2 he HCL surface that were dependent upon RhoH underexpression.
3 through this motif contributed to the global underexpression.
4                               Significant 3p underexpression and 22q overexpression were found in all
5                          We find that 58% of underexpression and 28% of overexpression outliers have
6 ort the cooperative relationship of sLe(x/a) underexpression and E-cadherin overexpression in the gen
7                                              Underexpression and overexpression analyses demonstrate
8 otein expression of these genes in mice with underexpression and overexpression of PGC-1alpha.
9  so, there are two consequences: first, both underexpression and overexpression of protein complex su
10 ically under activated, resulting in miR-182 underexpression and QR2 overexpression.
11 es presenting concomitant cytidine deaminase underexpression and Tau upregulation open up new possibi
12                                Both the gene underexpression and the leaf cell morphology phenotypes
13  cell lines displayed corresponding over- or underexpression and up to 23-fold differences in cPLA2 a
14 ccording to overexpression, RNA interference underexpression, and promoter element mutation studies.
15                                              Underexpression by knockout mutation and/or RNAi-mediate
16 a, IL-1beta, IL-6, and IFN-beta, whereas p62 underexpression by small hairpin RNA markedly elevated t
17 lity resulting from either overexpression or underexpression (deletion) of Arf genes has previously b
18 hibitory Bax binding partner as its over- or underexpression did not show any apoptosis defects.
19                                          ACE underexpression does not prevent cardiac hypertrophy or
20                Stable NGAL overexpression or underexpression had no effect on PaCa cell survival, via
21  to modulate its metabolism, and that FERMT2 underexpression impacts axonal growth, synaptic connecti
22 t cancer data sets revealed striking ANGPTL7 underexpression in cancerous compared to normal tissues.
23 ed relatively reproducible overexpression or underexpression in individual tumors.
24  aberrant S-opsin overexpression and M-opsin underexpression in M cones.
25  evidence for a detrimental effect of FERMT2 underexpression in neurons and insight into how this may
26 in the D. pseudoobscura lineage and that its underexpression in sterile hybrid males may cause an ove
27 r AIRE and 7 of 16 TSAgs showed the expected underexpression in thymomas, levels were increased for f
28  Several of the proteins showing significant underexpression in tumor tissue were cytokeratins and ot
29 iptome sequencing revealed pathological gene underexpression induced by transcript disruptions in thr
30 essor with different modalities: (1) Morgana underexpression induces centrosome amplification and cyt
31 cyte differentiation and in myelination, its underexpression may be pivotal to, and upstream of, othe
32           Notably, GPX3 hypermethylation and underexpression occur commonly in prostate, gastric, cer
33 ed 1924 differentially expressed genes, with underexpression of 1014 genes, 11 of which were within t
34 ized in 82 apparent transcription units) and underexpression of 19 genes.
35  In addition, patients with HAP demonstrated underexpression of a type-I interferon signaling gene si
36 zed by overexpression of innate immunity and underexpression of adaptive immunity genes, whereas negl
37 on of hsa-miR-155 leading to allele-specific underexpression of AGTR1.
38 is strongly induced in the TI after UUO, but underexpression of alpha8 integrin does not attenuate TI
39 xpression is of practical concern (e.g., the underexpression of an herbicide tolerance gene in crop p
40 ROt promoter is also responsive to over- and underexpression of AP-1, confirming the role of AP-1 in
41 d to have homozygous deletion or significant underexpression of ASF1a should be tested for high sensi
42 any diseases are caused by overexpression or underexpression of Bcl-x(L) homologues.
43 ny cortical systems must be accompanied with underexpression of bidirectionally connected inhibitory-
44 n markers CD23, CD25, CD69, and CD71 and the underexpression of CD22, Fcgamma receptor IIb, CD79b, an
45                                           An underexpression of collagen genes and of genes associate
46 xpression in resistant mites of CYP4DP24 and underexpression of CYP3012A6 and CYP4EP4 RNA interferenc
47 sistent expression of pluripotency genes and underexpression of developmental genes during differenti
48 nts with overexpression of UP genes also had underexpression of DOWN genes (correlation > .70 in both
49  and microRNA-expression signatures revealed underexpression of drug resistance and adverse outcome p
50  striking association of EGFR mutations with underexpression of DUSP4, a gene within a broad region o
51                                     Over- or underexpression of EmbC resulted in reduced or increased
52                       TG was high because of underexpression of fatty acid oxidative enzymes and thei
53 ne-targeting mutation, mgR, which shows that underexpression of fibrillin-1 similarly leads to MFS-li
54 ic interaction between two genes whereby the underexpression of gene A combined with the overexpressi
55          These findings were associated with underexpression of genes implicated in driving specific
56 d in monocarboxylate transport activity, and underexpression of genes involved in signal transduction
57                        These include a gross underexpression of genes preferentially expressed in fem
58                                              Underexpression of genes promoting cell proliferation wa
59 sence of pet sensitization but also with the underexpression of host gene expression of inflammatory
60                 Extensive efforts to achieve underexpression of Hsc70-1 mRNA using a full-length anti
61  was to determine whether overexpression and underexpression of human heme oxygenase (HHO)-1 could be
62          This defect is characterized by the underexpression of IL-1 beta and multiple other cytokine
63 sufficient for enhanced mRNA degradation and underexpression of inflammatory mediators.
64 tering revealed a striking pattern of global underexpression of intermediary metabolism transcripts i
65                                   The marked underexpression of Ku70 and Ku86 starting at the adenoma
66 ch was overexpressed due to the deletion and underexpression of L2HG dehydrogenase (L2HGDH).
67 d immunotherapeutic tar-gets (WT1, CD33) and underexpression of leukemia-associated (MLLT3, TAL1) and
68 pression of MGP in maturing chondrocytes and underexpression of MGP in proliferative and hypertrophic
69 ar, we observed overexpression of miR-21 and underexpression of miR-1 in the induced IL-13 transgenic
70                                              Underexpression of miR-122 potentially contributes to al
71 demonstrated overexpression of DOHH mRNA and underexpression of miR-331-3p and miR-642-5p in several
72                                     Although underexpression of miR-9 in cancer cells is reported in
73 uated microRNA (miRNA) biogenesis and global underexpression of miRNAs; thus, targeting the miRNA bio
74 emble antigen-experienced lymphocytes in the underexpression of molecules that are down-regulated by
75 thesize CPEB4 mis-splicing in SCZ leading to underexpression of multiple SCZ-related genes.
76 xon 4) is mis-spliced in ASD brains, causing underexpression of numerous ASD risk genes.
77          Overexpression of Skp2 coupled with underexpression of p27 are frequent characteristics of c
78                  Overexpression of METII and underexpression of P2A-RS were confirmed in pooled and i
79                         We observed dramatic underexpression of p57(KIP2) in BiCHM, identical to that
80                                              Underexpression of PcsB did not result in changes in the
81  Finally, microarray analyses indicated that underexpression of PcsB may generate a signal that incre
82  revealed that loss of the PI4K2B allele and underexpression of PI4KIIbeta mRNA are associated with h
83 ssion of PLA(2) and the cyclooxygenases, and underexpression of PLC-beta(1).
84 demonstrate excessive monocyte migration and underexpression of PLXNC1 in the lungs and circulation,
85  as hypermethylation, which should result in underexpression of PTEN or of KILLIN, a novel tumor supp
86 ory have demonstrated that overexpression or underexpression of PTHrP in the murine mammary gland lea
87 ently impacts the rate of senescence because underexpression of Rap1 or overexpression of the core hi
88                                    Over- and underexpression of RGS21 in 16HBE cells confirmed that R
89                               We report that underexpression of SDH subunits resulting in accumulatio
90 howed overexpression of ANXA2 and CDC42, and underexpression of SEMG2 proteins in primary infertility
91  is involved in trafficking of APP, and that underexpression of SORL1 leads to overproduction of Abet
92 ion were differentially expressed, including underexpression of stimulators of lymphocyte function an
93  microenvironmental effects, suggesting that underexpression of survival factors or overexpression of
94                 The patients showed relative underexpression of SV3a and SV3b and overexpression of S
95 ns mothers by D. melanogaster males exhibits underexpression of Sxl in embryos.
96 trophils and Natural Killer (NK) cells, with underexpression of T- and B cell responses.
97 laceable kind showed a consistent and robust underexpression of the deubiquitination gene ubiquitin c
98                   In addition, a synergistic underexpression of the gamma-protocadherin complex, loca
99 ets and that its overexpression corrects the underexpression of the insulin gene and ameliorates gluc
100 airy cell leukemia (HCL) is characterized by underexpression of the intracellular signaling molecule
101 gh mice) or megakaryocyte lineage restricted underexpression of the transcription factor GATA-1 (GATA
102                                              Underexpression of the transcriptional coactivator PGC-1
103                                  Conversely, underexpression of the wild-type fliK gene, achieved by
104 te experimental evidence that both over- and underexpression of these channels can be epileptogenic,
105                      Western blots confirmed underexpression of those complex I-V subunits assessed a
106                          We propose that the underexpression of Tip60 observed in many human tumors c
107              IF revealed possible concurrent underexpression of TSP2 in TSP1-null mice and of TSP1 in
108              Therefore this study shows that underexpression of tumor suppressor miR-375 could lead t
109 e and the impact of PTP1B and TCPTP over- or underexpression on palmitate- or tunicamycin-induced ER
110 s in gene expression characterized by severe underexpression or overexpression of specific mRNAs.
111            The pattern of expression, either underexpression or overexpression, was the same for 10 g
112 ABL oncogene, and in this condition, morgana underexpression predicts a worse response to imatinib, t
113 ors participate in GBM via drastic over- and underexpression, respectively.
114 n of PMSR4 lowered the sulfoxide content and underexpression resulted in an overall increase in conte
115 4EP4 in the susceptible population, to mimic underexpression seen in the resistant mites, prevented c
116 action, we carried out in vivo gce over- and underexpression studies.
117 budgets that account for such local isotopic underexpression suggest that denitrification is responsi
118                                       DNMT3A underexpression was also associated with adverse overall
119                              Moreover, TIMP2 underexpression was frequent (41.8%; 23 of 55) in human
120 scovered that insufficient NADPH due to GLS2 underexpression was responsible for the delayed metaboli
121 , hypermotility and flagellar gene over- and underexpression were not observed to affect the expressi
122 ritical; overexpression causes toxicity, and underexpression would result in incomplete rescue.

 
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