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Status
Public on Jun 08, 2007
Title
Scoelicolor_UMN_Def_v1.0
Technology type
spotted DNA/cDNA
Distribution
non-commercial
Organism
Streptomyces coelicolor
Manufacturer
University of Minnesota - Chemical Engineering and Materials Science - Hu lab
Manufacture protocol
The following text is taken from the authors' previous publication - Mehra et al., "A framework to analyze multiple time series data: a case study with Streptomyces coelicolor", J Ind Microbiol Biotechnol, 2006 Feb;33(2):159-72. "A whole genome cDNA microarray was constructed for S. coelicolor. Gene-specific probes with an average length of 500 bp were designed based on the genomic sequence database at Sanger Center to represent the 7,825 genes. The primers to amplify these probes were designed to be 20 bp in length with a melting temperature around 62 deg C. An iterative primer/probe design process was adopted. The primers were first Blasted against the entire genome to check for the specificity to the corresponding genes. The probe sequences resulting from these primers were also blasted against the entire genome to check for possible cross-hybridization with sequences other than the corresponding gene. Any primer pair that may give rise to a potentially croshybridizing probe sequence was redesigned with alternate coordinates. This probe checking-redesign process minimized the possibility of cross-hybridization between a probe and other cDNA species. For some highly homologous genes, a unique probe was not attainable and a multigene probe was used. A multigene probe was designed in such cases. 7,581 genes were successfully amplified and spotted on the microarray. The microarray was fabricated on poly-L-lysine slides with duplicate spots for each probe."
Support
glass
Coating
polysine
Web link
http://hugroup.cems.umn.edu/Protocols/protocol.htm
Contributor(s)
Lian W , Jayapal KP , Mehra S
Submission date
Mar 01, 2007
Last update date
Jun 08, 2007
Contact name
Karthik P Jayapal
E-mail(s)
[email protected]
Organization name
University of Minnesota
Department
Chemical Engineering and Materials Science
Lab
Hu lab
Street address
421 Washington Ave SE
City
Minneapolis
State/province
MN
ZIP/Postal code
55414
Country
USA
Samples (238)
GSM172586 , GSM172592 , GSM172797 , GSM172822 , GSM172823 , GSM172824
GSM172825 ,
GSM172826 ,
GSM172827 ,
GSM172828 ,
GSM172829 ,
GSM172830 ,
GSM172831 ,
GSM172832 ,
GSM172833 ,
GSM200019 ,
GSM200020 ,
GSM200021 ,
GSM200022 ,
GSM200023 ,
GSM200024 ,
GSM200025 ,
GSM200026 ,
GSM200659 ,
GSM200660 ,
GSM200661 ,
GSM200662 ,
GSM200663 ,
GSM200664 ,
GSM200665 ,
GSM200666 ,
GSM200667 ,
GSM200668 ,
GSM200669 ,
GSM200670 ,
GSM200671 ,
GSM200672 ,
GSM200673 ,
GSM200674 ,
GSM200675 ,
GSM200676 ,
GSM200677 ,
GSM200817 ,
GSM200818 ,
GSM200819 ,
GSM200820 ,
GSM200821 ,
GSM200822 ,
GSM200823 ,
GSM200824 ,
GSM200825 ,
GSM200826 ,
GSM200827 ,
GSM200828 ,
GSM200829 ,
GSM200830 ,
GSM200831 ,
GSM200832 ,
GSM200833 ,
GSM200834 ,
GSM200835 ,
GSM200836 ,
GSM200837 ,
GSM200838 ,
GSM201046 ,
GSM201047 ,
GSM201048 ,
GSM201049 ,
GSM201050 ,
GSM201051 ,
GSM201052 ,
GSM201053 ,
GSM201054 ,
GSM201055 ,
GSM201056 ,
GSM201057 ,
GSM201058 ,
GSM201059 ,
GSM201060 ,
GSM201061 ,
GSM201062 ,
GSM201063 ,
GSM201064 ,
GSM201065 ,
GSM201066 ,
GSM201067 ,
GSM201068 ,
GSM201069 ,
GSM201070 ,
GSM201071 ,
GSM201072 ,
GSM201073 ,
GSM201074 ,
GSM201075 ,
GSM201076 ,
GSM201077 ,
GSM201078 ,
GSM201079 ,
GSM201080 ,
GSM201081 ,
GSM201082 ,
GSM201083 ,
GSM201084 ,
GSM201085 ,
GSM201086 ,
GSM201087 ,
GSM201088 ,
GSM202005 ,
GSM202006 ,
GSM202007 ,
GSM202008 ,
GSM202009 ,
GSM202010 ,
GSM202011 ,
GSM202012 ,
GSM202013 ,
GSM202014 ,
GSM202015 ,
GSM202016 ,
GSM202017 ,
GSM202018 ,
GSM202019 ,
GSM202020 ,
GSM202021 ,
GSM202022 ,
GSM202023 ,
GSM202024 ,
GSM202025 ,
GSM202026 ,
GSM202027 ,
GSM543052 ,
GSM543053 ,
GSM543054 ,
GSM543055 ,
GSM543056 ,
GSM543057 ,
GSM543058 ,
GSM543059 ,
GSM543060 ,
GSM543061 ,
GSM543062 ,
GSM543063 ,
GSM543064 ,
GSM543065 ,
GSM543066 ,
GSM543067 ,
GSM543068 ,
GSM543069 ,
GSM543070 ,
GSM543071 ,
GSM543072 ,
GSM543073 ,
GSM543074 ,
GSM543075 ,
GSM543076 ,
GSM543077 ,
GSM543078 ,
GSM543079 ,
GSM543080 ,
GSM543081 ,
GSM543082 ,
GSM543083 ,
GSM543084 ,
GSM543085 ,
GSM543086 ,
GSM543087 ,
GSM543088 ,
GSM543089 ,
GSM543090 ,
GSM543091 ,
GSM543092 ,
GSM543093 ,
GSM543094 ,
GSM543095 ,
GSM543096 ,
GSM543097 ,
GSM543098 ,
GSM543099 ,
GSM543100 ,
GSM543101 ,
GSM543102 ,
GSM543103 ,
GSM543104 ,
GSM543105 ,
GSM543106 ,
GSM543107 ,
GSM557003 ,
GSM557004 ,
GSM557005 ,
GSM557006 ,
GSM557007 ,
GSM557008 ,
GSM557009 ,
GSM557010 ,
GSM557011 ,
GSM557012 ,
GSM557013 ,
GSM557014 ,
GSM557015 ,
GSM557016 ,
GSM557017 ,
GSM557018 ,
GSM557019 ,
GSM557020 ,
GSM557021 ,
GSM557022 ,
GSM557023 ,
GSM557024 ,
GSM557025 ,
GSM557026 ,
GSM557027 ,
GSM557028 ,
GSM557029 ,
GSM557030 ,
GSM557031 ,
GSM557032 ,
GSM557033 ,
GSM557034 ,
GSM557035 ,
GSM557036 ,
GSM557037 ,
GSM557038 ,
GSM557039 ,
GSM557040 ,
GSM557041 ,
GSM557042 ,
GSM557043 ,
GSM557044 ,
GSM557045 ,
GSM557046 ,
GSM557047 ,
GSM557048 ,
GSM557049 ,
GSM557050 ,
GSM557051 ,
GSM557052 ,
GSM557053 ,
GSM557054
Series (19)
GSE7167
S. lividans TK21 - S. coelicolor M145 Comparative Genomic Hybridizations
GSE7172
S. coelicolor Wild Type R5- Medium Time-course Study
GSE8084
S. coelicolor Wild Type Time-course Study in R5- medium (Culture#1)
GSE8086
S. coelicolor Wild Type Time-course Study in R5- medium (Culture#2)
GSE8107
S. coelicolor M145 Time-course Study in R5- medium (Culture# 3)
GSE8108
S. coelicolor YSK3225 R5- Medium Time-course Study (Culture #1)
GSE8109
S. coelicolor YSK3225 R5- Medium Time-course Study (Culture #2)
GSE8110
S. coelicolor YSK4425 R5- Medium Time-course Study (Culture #1)
GSE8160
S. coelicolor YSK4425 Time-course Study in R5- medium (Culture#2)
GSE21807
S. coelicolor YSK3654 R5- medium time course study
GSE21808
S. coelicolor WL6268 R5- medium time course study
GSE21809
S. coelicolor LY2517 R5- medium time course study (Culture # 1)
GSE21810
S. coelicolor LY2517 R5- medium time course study (Culture # 2)
GSE21811
S. coelicolor LY2517 R5- medium time course study
GSE22394
S. coelicolor M145 SMM medium time course study (Culture # 1)
GSE22395
S. coelicolor M145 SMM medium time course study (Culture # 2)
GSE22397
S. coelicolor M145 SMM medium time course study (Culture # 3)
GSE22398
S. coelicolor M752 SMM medium time course study
GSE22399
S. coelicolor M145 SMM medium time course study
Data table header descriptions
ID
SCO#
Gene ID from primary annotation (http://streptomyces.org.uk)
Probe_Start
Start location (in bp) of spotted probe from coding sequence start site
Probe_End
End location (in bp) of spotted probe from coding sequence start site
Block
Location id of block in printed array
Column_1
Column location id of printed spot in block (replicate 1)
Row_1
Row location id of printed spot in block (replicate 1)
Column_2
Column location id of printed spot in block (replicate 2)
Row_2
Row location id of printed spot in block (replicate 1)
ORF
GenBank Identifier
Data table
ID
SCO#
Probe_Start
Probe_End
Block
Column_1
Row_1
Column_2
Row_2
ORF
SCO0001
SCO0001
59
566
9
4
15
13
6
SCO0001
SCO0003
SCO0003
1237
1767
44
7
14
16
5
SCO0003
SCO0005
SCO0005
1446
1993
20
3
11
12
2
SCO0005
SCO0008
SCO0008
1
333
14
8
7
18
17
SCO0008
SCO0009-a
SCO0009
109
162
40
7
12
16
3
SCO0009
SCO0009-long
SCO0009
14
306
23
4
2
14
12
SCO0009
SCO0012
SCO0012
3
395
21
9
13
18
4
SCO0012
SCO0013
SCO0013
19
259
4
2
13
11
4
SCO0013
SCO0014
SCO0014
6
273
15
5
19
14
10
SCO0014
SCO0015
SCO0015
43
560
32
5
11
14
2
SCO0015
SCO0016
SCO0016
4
148
10
8
19
17
10
SCO0016
SCO0017
SCO0017
54
339
37
4
9
14
19
SCO0017
SCO0018
SCO0018
167
681
38
9
18
18
9
SCO0018
SCO0019
SCO0019
1
197
36
8
19
17
10
SCO0019
SCO0020
SCO0020
558
1086
22
2
11
11
2
SCO0020
SCO0021
SCO0021
81
589
39
1
8
11
18
SCO0021
SCO0022
SCO0022
10
508
35
1
11
10
2
SCO0022
SCO0025
SCO0025
4
214
19
6
2
16
12
SCO0025
SCO0026
SCO0026
60
495
4
2
9
12
19
SCO0026
SCO0027
SCO0027
19
298
11
1
19
10
10
SCO0027
Total number of rows: 7629 Table truncated, full table size 332 Kbytes .
Supplementary file
Size
Download
File type/resource
GPL4908.gal.gz
94.0 Kb
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