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Searching for conserved non-coding sequences by comparative genomics is a valuable tool …


Biology Articles » Evolutionary Biology » Comparative Genomics » Comparative genomics and experimental promoter analysis reveal functional liver-specific elements in mammalian hepatic lipase genes » Tables

Tables
- Comparative genomics and experimental promoter analysis reveal functional liver-specific elements in mammalian hepatic lipase genes

Table 1
Pairwise sequence comparison of the coding and the 5'-flanking sequence of mammalian HL genes.

upstream regulatory sequence

cDNA sequence
81

53
53
61
57
56
hedgehoga

79
76

86
64
55
59
mouse

79
76
92

63
57
57
rat

85
82
79
79

94
94
rhesusa

85
82
80
80
96

98
chimp

85
82
79
79
96
99

human

rabbitb
hedgehog
mouse
rat
rhesus
chimp
human

Sequence identity (%) was determined by pairwise alignment using the DNAMAN software package (optimal alignment; gap open penalty 10.0, gap extension penalty 5.0). cDNA sequence was from the translation start ATG up till the stopcodon; the upstream regulatory region was from -1400 up till the translation start ATG.
a: Because of a gap in upstream regulatory region of the public sequence of the rhesus monkey and hedgehog HL gene (Ensembl e!42: Dec 2006), alignments with the rhesus and hedgehog sequence were done with the sequence from -900 and -1000 up till the start ATG, respectively.
b:the rabbit HL cDNA sequence was taken from [38].
Table 2
Oligonucleotides used to generate serial 5'-deletions of the rat and human HL promoter region.
Name
species and orientationa
positionb
5'→3' sequencec
3F
r
F
-1697/-1675
cggaagc TTA GCA GAC AGC GAT TGG C
4F
r
F
-1048/-1030
cggaag CTT GCC TCC TCC TGA GTG C
5F
r
F
-754/-736
cggaagc TTG TCC AGG GCG TCC ATA C
9F
r
F
-211/-196
cggaagctt AGC TTG GCT CAA AAG G
8F
r
F
-86/-71
cggaagctt GTG TTC AAA TAC TGG G
7F
r
F
-75/-58
cggaagct TGG GTA ACA TGT TTT AGG
6F
r
F
-39/-22
cggaag CTT CCA CAA CTA AAT ACC
11F
r
F
-23/-8
cggaagctt CCA AGA AGC ATT CTG G
HHL-685Sac
h
F
-685/-667
ccgagctc TGG TCG CCT TTT CCC TAC C
HHL-306Nhe
h
F
-306/-291
gcatgctagc GAA GCC ACC TAC CCC G
HHL-79Kpn
h
F
-79/-55
ggggtacc TAA CAT GTT GAG AGG
HHL-36Kpn
h
F
-36/-20
ggggtac CAA AGT ATC TAA TAG GC
HHL+13Xba
h
R
+13/-6
gctctaga CTT GGT AAT TTC TGA AGC C
HHL-10Kfw
h
F
-10457/-10437
gtcgac GAA GGA TCA GGT GAG GGA TGG
HHL-10Krev
h
R
-9956/-9975
ggatcc GCT TCA AGG GCA ATG AAA GC
HHL-14Kfw
h
F
-14202/-14183
gtcgac GAC TTG GGG ATA TCC ACA TC
HHL-14Krev
h
R
-13524/-13549
ggatc CTG GTA AAA GGA CAT GAA CAA TAT GG
HHL-22Kfw
h
F
-21929/-21909
gtcgac GAT GGG AAA TGG ACC TAC AGC
HHL-22Krev
h
R
-21543/-21562
ggatcc GAT GAG GAC TGA TTC TCA GC
CATREV2d
-
R

gca act gac tga aat gcc tc
T3primere
-
R

att aac cct cac taa ag
a: r and h: rat and human, respectively; F and R: forward and reverse orientation.
b: numbering of the rat and human sequence according to [35] and Ensembl e!42 [26], respectively.
c: rat and human HL specific parts of the primer sequences are given in capitals.
d: oligonucleotide specific for pCAT-Basic.
e: oligonucleotide specific for pBluescript.

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