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1 nt on the use of a delivery technology (e.g. lipofection).
2 progenitors of Xenopus laevis using targeted lipofection.
3 n to neutralize rotavirus following antibody lipofection.
4 re individually expressed in HEK293 cells by lipofection.
5 ells, we transfected the YAC into L-cells by lipofection.
6 olon epithelial cell line was achieved using lipofection.
7 Cs) into murine embryonic stem (ES) cells by lipofection.
8 ultured glioblastoma cells when delivered by lipofection.
9 ASMCs) of 6.9%+/-2.2% (n=9), comparable with lipofection (7.5%+/-0.8%, n=9).
10 cultured ex vivo and transfected with either lipofection alone or in conjunction with transferrin.
11 red with physical methods for gene transfer (lipofection and calcium phosphate precipitation), adenov
12                                  Compared to lipofection and electroporation methods, plasma transfec
13  from lipoplexes is an essential step during lipofection and is probably a result of charge neutraliz
14 chicken embryos and mice were established by lipofection and microinjection of linearized cytomegalov
15 tion methods, such as viral transfection and lipofection, are not realizable with a high degree of sp
16 cient and possibly targeted gene delivery by lipofection, both in vitro and in vivo.
17 he aggregation of DNA when delivered through lipofection by applying the Number and Brightness (N&B)
18 alone, or random double-stranded RNA (dsRNA) lipofection complex failed to decrease HBV surface antig
19 an expression plasmid was investigated using lipofection, electroporation, and a polycationic compoun
20 luding virus infection, electroporation, and lipofection, have limitations such as toxicity, high cos
21 stinct from that of SGs in response to dsRNA lipofection in human cells.
22 on of DNA aggregation when delivered through lipofection in live cells.
23  Our data indicate that transferrin-mediated lipofection is a comparatively efficient nonviral method
24                     These data indicate that lipofection is an efficient method to transfer therapeut
25                                     Further, lipofection-mediated introduction of PiggyBac constructs
26  We edited TRPV1, NTSR2, and CACNA1E using a lipofection method with CRISPR-Cas9 plasmids containing
27 rcine aortic endothelial cell (PAECs) by the lipofection method.
28                                    Transient lipofection of a dominant negative mutant of SAPK kinase
29                                    Transient lipofection of a dominant negative p38 kinase mutant, MK
30                                              Lipofection of confluent endothelium with plasmid comple
31                    Luciferase activity after lipofection of ECs was similarly enhanced 3.3-fold by ad
32                                Unexpectedly, lipofection of either mouse gene into the frog retina ca
33                                              Lipofection of MNCs with antisense oligodeoxynucleotides
34                                              Lipofection of nondividing cells is inefficient because
35         We have previously demonstrated that lipofection of normal human foreskin keratinocytes with
36                                              Lipofection of retinal precursors with XOtx5b biases the
37                                              Lipofection of the oriP/EBNA-1-containing version into m
38 by electroporation, chemical transfection or Lipofection of the transposase:DNA mixture, in contrast
39                                Similarly, co-lipofection of XOtx2 with XOtx5b overrides the latter's
40 43B cells that are difficult to transfect by lipofection or calcium phosphate precipitation methods.
41    The corneas were transfected using either lipofection or lipoadenofection with plasmids encoding m
42     Many techniques such as electroporation, lipofection or microinjection have been developed to ove
43  of treatment with HBV-specific siRNA alone, lipofection reagent alone, or random double-stranded RNA
44 onditions in vitro by complex formation with lipofection reagents or with the G protein of vesicular
45 eadily be made infectious by the addition of lipofection reagents to produce preparations with titers
46 an improve transfection activity over common lipofection reagents, and D(2)S has strong antimicrobial
47 of rotavirus particles into the cytoplasm by lipofection resulted in efficient rotavirus replication.
48 inear oriP YACs into human 293-EBNA cells by lipofection resulted in the generation of circular extra
49 ection integration system, with circular YAC lipofection technology to achieve single copy targeted i
50  modified gfp cDNA sequence was delivered by lipofection to three catfish types: fibroblast and leuko
51 e of a nonviral system, transferrin-mediated lipofection, to transfer genes into the cornea with the
52 nto the trafficking of DNA delivered through lipofection using image-based fluctuation correlation sp
53 r (+) cells, with antisense complexes before lipofection with an HBV-plasmid at a level of 6.5 x 10(6
54 s (RT1.A(l)) hepatocytes were transfected by lipofection with plasmids encoding allogeneic membrane-b
55 FN, whereas addition of TGF-beta antibody or lipofection with specific antisense TGF-beta1 oligonucle