ライフサイエンスコーパス: microcell

1 mode of SECM using an iridium oxide-modified microcell.

2 d (c) DC/AC preamplifier integrated into the microcell and interfaced to a bandpass AC amplifier.

3 he presence of cytoplast-like structures and microcells containing mitochondria surrounding the micro

4 that use large-scale arrays of silicon solar microcells created from bulk wafers and integrated in di

5 id cell lines by fusion of canine fibroblast microcell donors with immortalized rodent recipient cell

6 The microcell, fabricated using ultraviolet lithography, at

7 of a novel concept of sealed electrochemical microcell for in situ soft X-ray microspectroscopy in tr

8 By fusing microcells from a colon carcinoma cell line with a mitoc

9 Transfer of human chromosome 14 by microcell fusion from non-expressing fibroblasts to rat

10 t of human chromosome 10 was transferred via microcell fusion into a prostate adenocarcinoma cell lin

11 in A9/YAC hybrids was further transferred by microcell fusion into immortal cell lines derived from h

12 nt nondifferentiating phenotype, we utilized microcell fusion to transfer chromosomes from rhabdomyos

13 We describe the microcell fusion transfer of 100-200 kb self-replicating

14 erred human chromosome 11 into DT40 cells by microcell fusion, and find that the resulting hybrids ar

15 ransferred into a sporadic RCC cell line via microcell fusion, and microcell hybrid clones were teste

16 We have used microcell fusion-mediated chromosomal transfer to introd

17 mortal human and rat ovarian tumor cells via microcell fusion.

18 By a combination of microcell-fusion and deletion-mapping studies, we previo

19 In the present work, we show that microcells have a significant number of mitochondria whi

20 ve constructed a collection of canine-rodent microcell hybrid cell lines by fusion of canine fibrobla

21 the deletions in four of the noncomplemented microcell hybrid cell lines.

22 henotype was observed in 16 of 18 individual microcell hybrid clones as evidenced by the complete abr

23 by detailed microsatellite analyses of novel microcell hybrid clones containing transferred fragments

24 cipient cell line and four randomly selected microcell hybrid clones remained tumorigenic in nude mic

25 The metastatic ability of the resultant microcell hybrid clones was then tested in a standard sp

26 adic RCC cell line via microcell fusion, and microcell hybrid clones were tested for tumorigenicity i

27 A PCR analysis of various microcell hybrid clones with sequence-tagged site marker

28 icity was even more strongly pronounced in a microcell hybrid that received an isochromosome 11q deri

29 egion of human chromosome 8 retained in each microcell hybrid was determined by a PCR analysis with s

30 human X chromosome, present in a DT40-human microcell hybrid, has been manipulated using homologous

31 pt elevated in a nontumorigenic Wilms' tumor microcell hybrid, relative to the tumorigenic parental c

32 aft cultures suggests that the chromosome 11 microcell hybrids are actively progressing through the c

33 Two independent microcell hybrids contained a normal chromosome 17 and n

34 ene expression was activated in rat hepatoma microcell hybrids containing human chromosome 14, but ex

35 Microcell hybrids containing only the region 10pter-q11

36 DHS mapping in these microcell hybrids demonstrated that the chromatin struct

37 Grouped together, the four neo6 microcell hybrids had no statistically significant reduc

38 During continuous maintenance of microcell hybrids in MX medium, rare immortal revertant

39 itro growth suppression of the chromosome 11 microcell hybrids in the organotypic rafts correlates we

40 nscription of the human alpha1AT gene in the microcell hybrids initiated at the macrophage promoter.

41 ed for tumorigenicity following injection of microcell hybrids into nude mice.

42 ed efficiently, but in the human and hamster microcell hybrids its copy number is poorly regulated.

43 on between a mouse thymoma cell line, and to microcell hybrids made with a mouse teratocarcinoma cell

44 Microcell hybrids of A9 cells with chromosome 16 from th

45 Thus, microcell hybrids provide a system in which reproducible

46 Rat hepatoma microcell hybrids retaining a derivative human chromosom

47 cus, we prepared and characterized rat/human microcell hybrids that contained either human chromosome

48 into H11 cells and have isolated a number of microcell hybrids that have rescued hepatic gene express

49 albumin gene is extinguished in rat hepatoma microcell hybrids that retain mouse chromosome 1.

50 Here we describe the use of noncomplemented microcell hybrids to identify small overlapping deletion

51 omosome 11 has restricted the ability of the microcell hybrids to stratify but has not significantly

52 One of the metastasis-suppressed microcell hybrids was used for construction of represent

53 While microcell hybrids were maintained in selection medium to

54 albumin mRNA levels in several extinguished microcell hybrids were reduced at least 500-fold, simila

55 the entire 130-kb region was reorganized in microcell hybrids, and the distributions of DHSs in acti

56 boxykinase, was also affected in some of the microcell hybrids, but expression of these genes was not

57 ow generated and characterized nine melanoma microcell hybrids, each retaining an introduced fragment

58 In contrast, the chromosome 11 microcell hybrids, HMC 100p4B and HMC 100p5A, form an ep

59 NA markers, in revertant clones of senescent microcell hybrids, revealed a consensus deletion, spanni

60 e not retained or are not expressed in these microcell hybrids, which suggests the presence of a nove

61 ese chromosomes was further established with microcell hybrids.

62 ifferent human chromosomes in whole cell and microcell hybrids.

63 correlate with metastasis suppression in the microcell hybrids.

64 composed of three-electrode electrochemical microcells, integrated on a fluidic platform constructed

65 This type of microcell is particularly useful for making electrochemi

66 17 into the breast cancer cell line MCF7 by microcell mediated chromosome transfer (MMCT) results in

67 Microcell mediated transfer of a normal human chromosome

68 tatic Dunning AT6.1 prostate cancer cells by microcell-mediated chromosomal transfer.

69 ted copy of the chromosome into SCC lines by microcell-mediated chromosome transfer (MMCT).

70 embryonic stem (ES) cells using irradiation microcell-mediated chromosome transfer (XMMCT).

71 The combined approach of microcell-mediated chromosome transfer and expression di

72 We used microcell-mediated chromosome transfer approach and expr

73 Microcell-mediated chromosome transfer has been used to

74 When the microcell-mediated chromosome transfer hybrid cells cont

75 t region does not occur when it is moved via microcell-mediated chromosome transfer into a de novo me

76 g approach in chicken DT40 cells followed by microcell-mediated chromosome transfer into human erythr

77 eated by a process that included irradiation microcell-mediated chromosome transfer of Hsa21 into rec

78 DA-MB-435 breast carcinoma cell line via the microcell-mediated chromosome transfer technique.

79 nd SKOV-3 ovarian carcinoma cell lines using microcell-mediated chromosome transfer techniques to fur

80 ify such suppressor genes, we have conducted microcell-mediated chromosome transfer to introduce huma

81 We tested this possibility by using microcell-mediated chromosome transfer to introduce norm

82 required for fragile site induction, we used microcell-mediated chromosome transfer to isolate hybrid

83 p, a result subsequently confirmed by stable microcell-mediated chromosome transfer.

84 y normal human breast epithelial cells using microcell-mediated chromosome transfer.

85 etastatic AT6.3 rat prostate cancer cells by microcell-mediated chromosome transfer.

86 thelial ovarian cancer cell line, SKOv-3, by microcell-mediated chromosome transfer.

87 n localized to chromosome 3p22-26, by use of microcell-mediated chromosome transfer.

88 the introduction of a normal chromosome 6 by microcell-mediated chromosome transfer.

89 PPC-1, by microcell-mediated chromosome transfer.

90 Microcell-mediated mtDNA and chromosome transfer can be

91 type hMSH3 or wild-type hMSH6, introduced by microcell-mediated transfer of chromosome 5 or 2, respec

92 estimate the number of senescence genes, and microcell-mediated transfer of chromosomes into immortal

93 Microcell-mediated transfer of normal chromosome 11 (chr

94 Additionally, microcell-mediated transfer of this chromosome in cancer

95 human prostate carcinoma cell line (PC3) by microcell-mediated transfer.

96 The microcell Mikrocytos mackini causes Denman Island diseas

97 Microcell parasites have independently evolved in severa

98 an alternate approach using high-efficiency microcell photovoltaics embedded between a pair of plast

99 ll with the composition and structure of the microcell preparations, which showed the presence of cyt

100 Using fluorescence microcells, the assay could detect 15fmol of avian sulfh

101 processes for creating and manipulating such microcells, together with theoretical and experimental i

102 ells suppressed for tumorigenicity following microcell transfer of chromosome 10.

103 Microcell transfer of human chromosome 14 from fibroblas

104 In contrast, microcell transfer of human chromosome 2 into rat hepato

105 l performances of the new laser-machined BDD microcell were assessed by differential pulse anodic str

106 Planar electrochemical microcells were micromachined in a microcrystalline boro

107 ent with room temperature atoms contained in microcells with spin-protecting coating, placed inside a