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1 e-specific mice lacking both GSK-3 isoforms (double knockout).
2 n B mRNA editing enzyme catalytic, APOBEC-1 (double knockout).
3 lacking both SSPN and alpha7 integrin (DKO, double knockout).
4 enotype is not modified by Hic-5 deficiency (double knockout).
5 cidin knockout; and ceruloplasmin/hephaestin double knockout).
6 r combined as EBA140/EBA175 or EBA175/EBA181 double knockouts.
7 etic knockouts, including DNA ligase 3 and 4 double-knockouts.
8 erator activated receptor alpha (Ppara(-/-)) double knockout 129/SvJ mice for 12 weeks from weaning.
9 sensitivity in hair cells of mouse Tmc1:Tmc2 double knockouts; 3) there is so far no evidence that ex
10 was supported by the fact that Nlrp3/miR-155 double-knockout allo-HCT recipient mice had no increased
12 In comparison with sperm from CAII and CAIV double knockout animals, pharmacological loss of CAIV in
18 -1 in chimeric Ldlr(-/-)Trem-1(-/-) mice and double knockout ApoE(-/-)Trem-1(-/-) mice, we pharmacolo
21 e examined the skeletal phenotype of BgnFmod double knockout (BgnFmod KO) mice and found they were sm
25 mary stem cell (MaSC)-specific Cbl and Cbl-b double knockout (Cbl/Cbl-b DKO) using Lgr5-EGFP-IRES-Cre
27 aneous viral infection, and lung Fabp4/Fabp5 double-knockout CD8(+) TRM cells generated by skin vacci
29 nic lethality, whereas conditional Ssb1/Ssb2 double knockout (cDKO) in adult mice resulted in acute l
31 tative analysis of the proteome of tankyrase double knockout cells using isobaric tandem mass tags re
32 enzymatic activity in vitro and in AKT1/AKT2 double knockout cells, but promoted growth factor indepe
33 tion but had no effect in PDE8A (-/-)/B(-/-) double-knockout cells, confirming the selectivity of the
38 cantly reduced the viability of both Bax/Bak double knockout (DKO) and DKO-Bax reconstituted hematopo
41 blasts from Megf10-/- mice and Megf10-/-/mdx double knockout (dko) mice also show impaired proliferat
42 Here, we show that global Fxr (-/-) Shp(-/-) double knockout (DKO) mice are refractory to weight gain
45 amine this question, we generated Fmr1/beta4 double knockout (dKO) mice to genetically upregulate BK
46 than murine MHC class II molecules, CD4 CD8 double knockout (DKO) mice transgenically expressing HLA
48 -LTD is impaired in the hippocampus of MK2/3 double knockout (DKO) mice, an observation that is mirro
50 rednisolone treatment in dystrophin/utrophin double knockout (dKO) mice, which exhibit a severe dystr
51 We then generated Ces1g (-/-) Ldlr (-/-) double knockout (DKO) mice, which were fed a Western die
53 em cell depletion in the dystrophin/utrophin double knockout (dKO) mouse model, which exhibits histop
54 In contrast, studies of mouse neurons with a double knockout (DKO) of complexin-1 and -2, largely car
56 Mice with enhanced cerebellar LTD, due to double knockout (DKO) of MHCI H2-K(b)/H2-D(b) (K(b)D(b-/
57 L is intrinsically inactive but only with a double knockout (DKO) of PKR and RNase L in A549 cells,
60 Disrupting the porcine GGTA1 and CMAH genes [double knockout (DKO)] that produce the gal-alpha(1,3)-g
61 cking pyruvate dehydrogenase kinase 2 and 4 [double knockout (DKO)], which results in constitutively
62 t, we show that apolipoprotein E (apoE)-CD16 double knockout (DKO; apoE-CD16 DKO) mice have reduced a
68 We generated B cell-specific Shp-1 and Syk double-knockout (DKO) mice and compared them to the sing
69 n-deficient mdx mice and dystrophin/utrophin double-knockout (dKO) mice are mouse models of DMD; howe
78 skipping approach in the utrophin/dystrophin double-knockout (dKO) mouse which is a very severe and p
79 Herein, we have created the nesprin-desmin double-knockout (DKO) mouse, eliminating a major fractio
80 horylation was assessed in CaMKIIdelta/gamma double-knockout (DKO) mouse, transgenic CaMKIIdeltaC-ove
81 ic endothelial cells (AEC) from a GGTA1/CMAH double-knockout (DKO) pig (and a GGTA1-KO pig) and immun
83 we found a defect in trafficking of EVL/VASP double-knockout (dKO) T cells to the inflamed skin and s
84 mal Interaction Molecule (STIM) 1 and STIM2 [double-knockout (DKO)] mice develop spontaneous and seve
85 (-/-), GzmB cluster(-/-), and GzmAxB cluster double knockout [DKO] mice) showed both delayed granulom
87 one or both isoforms (Epac1-KO, Epac2-KO, or double knockout, DKO) to assess isoform localization and
88 genetic inactivation of both B7.1 and B7.2 (double knockout; DKO) revealed aggravated obesity-relate
89 crossed with 11beta-HSD1-KO mice to generate double knockouts (DKOs) and challenged with an atherogen
90 r2-KO mouse, the Mdr2:CCR5 and the Mdr2:CCR1 double knockouts (DKOs), and set out to compare inflamma
96 To that end, we constructed all possible double knockouts for the S15, L33, and L36 ribosomal pro
97 o-expression of PIKE-A and CDK4 in TP53/PTEN double knockout GBM mouse model additively shortens the
98 generated heart-specific IRS1 and IRS2 gene double-knockout (H-DKO) mice and liver-specific IRS1 and
99 trols, Slc39a14 single and Slc30a10/Slc39a14 double knockouts had higher manganese levels in the bloo
100 kouts, Slc39a14 single and Slc30a10/Slc39a14 double knockouts had lower thyroid manganese levels and
101 generation of Bak knockout as well as BaxBak double knockout HCT116 human colon carcinoma cells.
102 al genes were increased in the alpha-catenin double knockout hearts indicating a less mature cardiac
104 that within 2 weeks of tamoxifen treatment, double-knockout hearts leads to excessive dilatative rem
106 ncreased more than 100-fold when produced in double-knockout human CD4(+) T cells that lack both SERI
107 production is inefficient, we have generated double-knockout human cells lacking both Dicer and prote
108 adult cardiac myocytes and fibroblasts from double-knockout implicated cardiac myocytes intrinsic fa
109 vidually generated the same phenotype as the double knockout, indicating that both pafR and pafP are
111 ted genome engineering to create single- and double knockout (KO) cell lines of TorA and TorB as well
113 1, a kinase-dead alpha2 AMPK (alpha2KD), and double knockout (KO) of beta1 and beta2 AMPK subunits (b
117 prolin-deficient mice (WSX-1/tristetraprolin double knockout) leads to a reduction in cytotoxic T lym
122 ning adapter-inducing interferon-beta (TRIF) double knockout littermates, we define the role of toll-
125 onse to IFN-alphabeta is lost in Stat1-Stat2 double-knockout macrophages suggest that Stat1 and Stat2
129 malignancy is accelerated, we show that the double-knockout methylome reflects regions of independen
131 In the cardiovascular system, MAGP1;MAGP2 double knockout mice (Mfap2(-/-);Mfap5(-/-)) show age-de
132 oduced Slc39a14 single and Slc30a10/Slc39a14 double knockout mice and compared their phenotypes with
133 olipoproteins worsened behaviour deficits of double knockout mice and their performance was undisting
136 b(-p50NF-kappaB-/-) and db(-)/db(-PARP-1-/-) double knockout mice compared with db(-)/db(-) mice.
140 pted in combination with RIP1, the resulting double knockout mice exhibit slightly prolonged survival
145 cently found that macrophages from RhoA/RhoB double knockout mice had increased motility of the cell
147 We also found that slit1, -2 or -3 single or double knockout mice have impaired development of the tr
148 Reprogramming of SSC from Tet1 and Tet2 double knockout mice however lacked demethylation of H19
150 that of single Ccl2, Cx3cr1 and Ccl2/Cx3cr1 double knockout mice obtained from backcrosses of CCDKO
151 dine phosphorylase and uridine phosphorylase double knockout mice recapitulated several features of t
154 Electron micrographs of hearts from TPC1/2 double knockout mice showed that cardiomyocytes containe
156 s were either partially or fully restored in double knockout mice that lack both caveolin-1 and eNOS.
157 fibrosis was observed in PAI-1(-/-)/uPA(-/-) double knockout mice that was associated with reduced in
158 dx/utrn(+/-) heterozygotes and mdx/utrn(-/-) double knockout mice to investigate the role of these cy
162 clerosis, hyperglycemic TSP-1(-/-)/ApoE(-/-) double knockout mice were compared with age-matched hype
165 Sperm taken from the cauda epididymides of double knockout mice were microscopically normal and mot
167 ochondrial DNA instability, we have stressed double knockout mice with exogenous thymidine and deoxyu
169 ) binding protein null mice (Mttp-LKO, i.e., double knockout mice) hepatic steatosis was greatly dimi
170 genetic deletion of P2X2 and P2X3 receptors (double knockout mice) lack responses to all taste stimul
171 uc1 and RAG1 were disrupted in mice (Muc/RAG double knockout mice); Th1-mediated colitis was induced
172 nesoid X receptor; Small Heterodimer Partner double knockout mice, a model for bile acid overload, di
173 a and total urinary iron was observed in the double knockout mice, and this was associated with compr
174 ssure and baroreflex function was reduced in double knockout mice, but no more than single knockout o
175 us model of oral staphylococcal infection in double knockout mice, deficient in the receptors for IL-
176 Administration of wild-type human LDLR to double knockout mice, expressing hPCSK9, led to diminish
180 rogrammed death-ligand 1', whereas in NOD1/2 double knockout mice, which cannot recognize peptidoglyc
181 depletion, but also in WSX-1/tristetraprolin double knockout mice, with substantial reduction in the
187 e roles of HA in cutaneous injury responses, double-knockout mice (abbreviated as Has1/3 null) that l
191 s have lower rate of neuritogenesis in vitro Double-knockout mice also have reduced levels of GM1 gan
192 We also generated RIG-I(-/-) x MDA5(-/-) double-knockout mice and found that a lack of both RLRs
193 axis, MI was induced in Cd36(-/-) Mertk(-/-) double-knockout mice and led to increases in myocardial
194 uTAC were near completely lost in M2/M4(-/-) double-knockout mice and potency of BuTAC was right-shif
196 tion that the enhanced flu susceptibility of double-knockout mice arises from an intrinsic impairment
197 e reductions also were observed in Rag1/IDO1 double-knockout mice compared with Rag1-/- mice (which l
200 against the Sprn 3' UTR, we established that double-knockout mice deficient in both Sho and PrP(C) ar
202 ith Ku80, Lig4, and Atm deficiency, Paxx/Xlf double-knockout mice display embryonic lethality associa
204 with this possibility, Fmr1(-/y); Cpeb1(-/-) double-knockout mice displayed amelioration of biochemic
205 ompared to littermate controls, flu-infected double-knockout mice exhibited increased mortality, cons
210 and TLR4 signaling in B6.TLR2(-/-).TLR4(-/-) double-knockout mice markedly reduced the severity of HR
212 -alpha and Rev-erb-beta function by creating double-knockout mice profoundly disrupted circadian expr
213 yonic fibroblast cells derived from LPA(1&2) double-knockout mice reconstituted with the LPA(2) recep
215 % reduction in DTH, and ALCAM(-/-) RAGE(-/-) double-knockout mice show a 27% reduction in DTH reactio
217 e (PSI) in Cyp1a1(-/-) mice; Cyp1a1/1b1(-/-) double-knockout mice show no PSI cancer but develop squa
219 report rapid lymphoma development in Id2/Id3 double-knockout mice that is caused by unchecked expansi
221 n 'rescue' of muscular dystrophy, we created double-knockout mice to test the contributions of utroph
223 icits and dendritic morphology of Apoe/Apoa1 double-knockout mice were compared to APP/Abca1(ko), APP
224 e (control), IDO1-/-, Rag1-/-, and Rag1/IDO1 double-knockout mice were exposed to azoxymethane and de
234 ow that in thymi of alphaGalA(-/-)/Gb3S(-/-) double-knockout mice, which store isoglobosides but no g
247 ceptors serve complementary roles, such that double-knockout MIGIRKO mice displayed a marked reductio
248 However, previous studies have relied on double-knockout models, potentially skewing the role of
250 Furthermore, by generating a TC10/Cdc42 double knockout mouse model, we found that TC10 can comp
253 were also observed in a DeltapauA2DeltaphoU double knockout mutant and complemented by the wild-type
254 ned the wild-type S. aureus cell but not the double knockout mutant DeltatarM/S, which lacks both alp
255 ntitative cell-wall analytical assays of the double knockout mutant demonstrated reduced levels of pe
258 nes have markedly opposite phenotypes to the double knockout mutant, with increased cell-wall methyle
259 notypes of Arabidopsis, including single and double knockout mutants for the high-affinity transporte
260 nt human FH domains 6 and 7 fused to Fc than double knockout mutants prepared from two sensitive meni
262 question, we generated dcl2drb4 and dcl4drb4 double knockout mutants, and subjected them to infection
264 cells and less mucin (Muc2) in Nod1 and Nod2 double-knockout (Nod DKO) mice after T. muris infection
267 knockouts, developmentally early conditional double knockout of both cerebellin-1 and neuroligin-3 se
272 nder baseline conditions, although mice with double knockout of pendrin and the Na(+)/Cl(-) cotranspo
273 ers to quantify this back-flux in single and double knockouts of genes relating to PEP synthetase and
275 resenting how much sicker (or healthier) the double-knockout organism will be compared to what would
280 e and tapx single-knockout plants, 2cpa 2cpb double-knockout plants showed an impairment of photosynt
282 ked presenilin genes (presenilin conditional double knockout [PS cDKO]) after one-trial contextual fe
283 ticle, we demonstrate that Rab27a and Rab27b double-knockout (Rab27DKO) mice that are deficient in ex
286 features of the Brn3b single- and Dlx1/Dlx2 double-knockout retinas, including near total RGC loss w
291 sis factor receptor (TNFR) 1 and TNFR2 (TNFR double knockouts); some mice were given a GATA3-specific
298 ectin protein disappeared in T-cadherin/ApoE double-knockout (Tcad/ApoE-DKO) mice with significant el
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