ライフサイエンスコーパス: restriction mapping

1 data, and validation by whole-genome optical restriction mapping.

2 e genes have been ordered by STS content and restriction mapping.

3 determined by polymerase chain reaction and restriction mapping.

4 ion fragments without necessarily performing restriction mapping.

5 Chimerism of YACs was determined by FISH and restriction mapping.

6 raightening DNA molecules for use in optical restriction mapping.

7 0 kb of D1S214 by YAC content and long-range restriction mapping.

8 Based on YAC restriction mapping and content analysis, DDX1 maps 340

9 Restriction mapping and DNA sequencing analyses provide

10 Restriction mapping and FISH confirmed the colinearity o

11 Restriction mapping and hybridization analysis of YAC an

12 Using detailed restriction mapping and partial DNA sequencing analysis,

13 Restriction mapping and partial sequence analysis of the

14 Restriction mapping and PCR analysis yielded a precise p

15 tions in ine were localized on cloned DNA by restriction mapping and restriction fragment length poly

16 Restriction mapping and RNA sequencing of these labeled

17 Restriction mapping and sequence analysis of recipient p

18 Restriction mapping and Southern blot analysis revealed

19 Restriction mapping and Southern blot analysis show that

20 Restriction mapping and Southern hybridization indicated

21 were constructed correctly as determined by restriction mapping and the absence of relevant protein

22 ility, biochemical tests, ribotyping, genome restriction mapping, and multilocus sequence typing (MLS

23 Partial sequencing, restriction mapping, and PCR analysis revealed that the

24 ficial intelligence techniques for automated restriction mapping, and use them to create a powerful m

25 A simple and rapid strategy for restriction mapping based on sequence-specific triple-he

26 By using restriction mapping, DNA hybridization, sequencing, and

27 Sequencing and restriction mapping have revealed that this plasmid, cp1

28 Restriction mapping indicated that the six clones repres

29 mapping), which is a high-resolution ordered restriction mapping of a bacterial genome, is a relative

30 The restriction mapping of a massive number of individual DN

31 reside approximately 200 to 300 bp apart by restriction mapping of cloned genomic regions associated

32 We have performed restriction mapping of DNA molecules using restriction e

33 oughput genome-sequence data, and long-range restriction mapping of genomic and cloned DNA by pulsed-

34 f the exons of the methyltransferase gene by restriction mapping of long PCR fragments.

35 DNA sequence analysis and restriction mapping of one particular stretch of tandeml

36 Restriction mapping of the BAC contig placed the maximum

37 Restriction mapping of the different UGPase-cDNAs with B

38 Restriction mapping of the products amplified from HMC a

39 lotting, nucleotide sequencing, and detailed restriction mapping of the vbs-containing genomic clones

40 interactions is demonstrated by noncatalytic restriction mapping on a 4-kb DNA with three restriction

41 This method is potentially useful for restriction mapping other large DNA clones such as artif

42 Sequence and optical restriction mapping revealed 24 diploid nuclear chromoso

43 ughput applications such as finger-printing, restriction mapping, +/- screening, and genotyping.

44 Restriction mapping, sequencing, and comparison to the r

45 r before collecting DNA for analysis by PCR, restriction mapping, sequencing, or Southern.

46 ned into target DNAs of up to 50 kb in size, restriction mapping showed insertion to be relatively ra

47 Restriction mapping showed that these mutants span a gen

48 Additional restriction mapping shows alphaIIb is linked to the eryt

49 from human genomic DNA and characterized by restriction mapping, Southern blot analysis, and nucleot

50 Restriction mapping, Southern blot and PCR analysis of a

51 By restriction mapping, Southern blot, and sequence analyse

52 g M6a and M6b and have characterized them by restriction mapping, Southern hybridization with cDNA pr

53 Sequencing and restriction mapping suggest that the BACs may partially

54 Restriction mapping suggested that telomere-proximal rRN

55 determined by sequence analysis and detailed restriction mapping that G21, previously isolated as a '

56 For restriction mapping, the recombinant cosmid DNA is diges

57 se them to create a powerful multiple-enzyme restriction mapping tool.

58 s homozygous deletion physically, long-range restriction mapping was performed using yeast artificial

59 By restriction mapping, we assembled a 110 kb genomic conti

60 cleavage is an "Achilles' heel" approach to restriction mapping whereby a RecA-protein-oligodeoxynuc