ライフサイエンスコーパス: chromosome map

1 cations of the sex-determining loci on its Y chromosome map.

2 t artificial chromosome/bacterial artificial chromosome map.

3 ated visualizations, including metabolic and chromosome maps.

4 logous marker order on the human and mouse X chromosome maps.

5 in situ hybridization to orient the X and Y chromosome maps.

6 ent length polymorphism (RFLP) analysis, and chromosome mapping.

7 Chromosome mapping analysis of its gene, sequence analys

8 n the Fugu scaffold, the corresponding human chromosome map and measures of the significance of each

9 SPI-4 was located at 92 min on the chromosome map and was flanked by the ssb and soxSR loci

10 Chromosome mapping and DNA sequencing revealed a point m

11 In this report we describe the chromosome mapping and genomic organization of the human

12 In Drosophila, the availability of polytene chromosome maps and of sets of probes covering most regi

13 dioides immitis (Ci), was cloned, sequenced, chromosome-mapped and expressed both by transformation o

14 l pathogen of humans, was cloned, sequenced, chromosome-mapped and expressed.

15 I gene is located at 35.2 min on the E. coli chromosome map, and CspI shows 70, 70, and 79% identity

16 for each species, presents the new polytene chromosome maps, and anchors the genomic scaffolds to th

17 idioides immitis (Ci) was cloned, sequenced, chromosome-mapped, and expressed in Escherichia coli (Ec

18 Microarray-based chromosome mapping at single-ORF resolution revealed com

19 essed sequence tags (ESTs), yeast artificial chromosome maps, bacterial artificial chromosome (BAC) l

20 map, building a complete set of RH framework chromosome maps based on a high density of known-ordered

21 mples of novel gene set networks such as the chromosome map co-differential expression gene set netwo

22 g to construct a continuous yeast artificial chromosome map covering >20 mb in human chromosome 3, ba

23 demonstrate query interoperation between two chromosome map databases.

24 tosome with orthology to only a single mouse chromosome, mapping entirely to the distal half of mouse

25 Chromosome mapping experiments suggest an evolutionary c

26 dioides immitis (Ci), was cloned, sequenced, chromosome-mapped, expressed and immunolocalized in para

27 The first photographic polytene chromosome maps for D. montana and D. novamexicana are a

28 section reviews the history of the polytene chromosome maps for each species, presents the new polyt

29 We added 22 new markers to the existing X chromosome map, for a total of 46 microsatellite markers

30 omputational analysis placed 27 markers on a chromosome map generated by the new method, while the ge

31 Common chromosome maps identify major synteny among species.

32 ap is presently the most informative among Y chromosome maps in domesticated species, third only to t

33 Chromosome mapping indicated a mutation on 1p36, and thi

34 e doses can often be used to link the single chromosome maps into homologous groups and provide addit

35 mes and thus that the coverage of the canine chromosome map is approaching completion.

36 Chromosome mapping linked MAGED1 to marker AFM119xd6 (DX

37 L., 2n=38), we have developed a quantitative chromosome map of rape using computer imaging technology

38 Chromosome mapping of the major GBS virulence factors sh

39 Human chromosome mapping of the mannosidase gene confirmed tha

40 wed that Al resistance was semidominant, and chromosome mapping of the mutants with microsatellite an

41 es are found scattered throughout the linear chromosome maps or in multiple linear clusters, there is

42 A quantitative chromosome map, or idiogram, was developed using image a

43 osition 82 cM, LOD = 2.81) and GATA172D05 (X-chromosome map position 130 cM, LOD = 2.99) in whites, n

44 ator permits prediction of meiotic pachytene chromosome map positions from recombination-based linkag

45 The quantitative chromosome map produced will become the foundation for g

46 High-resolution chromosome mapping revealed AR recruitment to two respon

47 Comparison of the horse and human X chromosome maps shows remarkable conservation of gene or

48 substrates for FISH, the labeling of BACs, a chromosome mapping strategy, empirical conditions for op

49 Chromosome mapping studies first identified the gene, Cs

50 Chromosome mapping studies indicated that Meis2 and Meis

51 u hybridization analysis of normal metaphase chromosomes mapped the partner DNA to chromosome band 4q

52 matid orthologs of human X and chicken Z sex chromosomes map to neighboring regions of a common Ambys

53 nd has related sequences on both the X and Y chromosomes mapping to Xp11.4 and Yq11.2 respectively.

54 The Ps55 chromosome map was constructed by transduction of auxotr

55 leotide and amino acid sequences, as well as chromosome mapping, we determined that this gene is the