1 and D17Z1 (from chromosome 17), to generate
human artificial chromosomes.
2 stable chromosome rearrangements and from a
human artificial chromosome assay demonstrate that DXZ1
3 s and their importance in the development of
human artificial chromosome assays.
4 d these strains will serve as good hosts for
human artificial chromosome assembly and propagation.
5 Here, we use
human artificial chromosome assembly assays to show that
6 , successful transfection of functional 1 Mb
human artificial chromosome DNA into human cells has als
7 ammalian cells, or alphoid DNA, which allows
human artificial chromosome formation in some human cell
8 uring CIN based on the use of a nonessential
human artificial chromosome (
HAC) carrying a constitutiv
9 In the Tc goat system, a
human artificial chromosome (
HAC) comprising the entire
10 Our method uses a
human artificial chromosome (
HAC) expressing the GFP tra
11 Harnessing centromere epigenetics permits
human artificial chromosome (
HAC) formation but is not s
12 cloned human centromeric regions to support
human artificial chromosome (
HAC) formation was assessed
13 Human artificial chromosome (
HAC) technology has develop
14 We have used a
human artificial chromosome (
HAC) to manipulate the epig
15 A
human artificial chromosome (
HAC) vector was constructed
16 In a comparative study, we show that
human artificial chromosome (
HAC) vectors based on alpha
17 an centromeric regions and in de novo formed
Human Artificial Chromosome (
HAC) was analyzed.
18 Human artificial chromosome (
HAC)-based vectors offer a
19 Human artificial chromosome (
HAC)-based vectors represen
20 Human artificial chromosome (
HAC)-based vectors represen
21 memory, from the kinetochore of a synthetic
human artificial chromosome (
HAC).
22 human embryonic stem cells (hESc) utilizing
human artificial chromosomes (
HAC), which behave as auto
23 Human artificial chromosomes (
HACs) are a potentially po
24 Human artificial chromosomes (
HACs) can be formed de nov
25 Human artificial chromosomes (
HACs) provide a unique opp
26 Prior
human artificial chromosomes (
HACs) required large array
27 Efficient construction of BAC-based
human artificial chromosomes (
HACs) requires optimizatio
28 ng of mammalian cells and the development of
human artificial chromosomes (
HACs).
29 Human artificial chromosomes have been used to model req
30 Here, a HAC (
human artificial chromosome)
module with a regulated cen
31 st-generation system for the construction of
human artificial chromosomes should be suitable for diss
32 This generation of
human artificial chromosomes should be suitable for stud
33 upted higher-order alpha-satellite DNA, with
human artificial chromosomes that contain discontinuous
34 Tc cattle were generated by transferring a
human artificial chromosome vector carrying the entire u
35 We used the method to construct a
human artificial chromosome vector of 404 kb encompassin
36 Human artificial chromosomes were also organized into di