Transcription Profiling data:
Filename | Description | Feature | GEO-ID | |
1 | GSM2365625_Dmel2_01.sga | Embryo stage 0-1 hour | RAMPAGE | GSM2365625 |
2 | GSM2365626_Dmel2_02.sga | Embryo stage 1-2 hours | RAMPAGE | GSM2365626 |
3 | GSM2365627_Dmel2_03.sga | Embryo stage 2-3 hours | RAMPAGE | GSM2365627 |
4 | GSM2365628_Dmel2_04.sga | Embryo stage 3-4 hours | RAMPAGE | GSM2365628 |
5 | GSM2365629_Dmel2_05.sga | Embryo stage 4-5 hours | RAMPAGE | GSM2365629 |
6 | GSM2365630_Dmel2_06.sga | Embryo stage 5-6 hours | RAMPAGE | GSM2365630 |
7 | GSM2365631_Dmel2_07.sga | Embryo stage 6-7 hours | RAMPAGE | GSM2365631 |
8 | GSM2365632_Dmel2_08.sga | Embryo stage 7-8 hours | RAMPAGE | GSM2365632 |
9 | GSM2365633_Dmel2_09.sga | Embryo stage 8-9 hours | RAMPAGE | GSM2365633 |
10 | GSM2365634_Dmel2_10.sga | Embryo stage 9-10 hours | RAMPAGE | GSM2365634 |
11 | GSM2365635_Dmel2_11.sga | Embryo stage 10-11 hours | RAMPAGE | GSM2365635 |
12 | GSM2365636_Dmel2_12.sga | Embryo stage 11-12 hours | RAMPAGE | GSM2365636 |
13 | GSM2365637_Dmel2_13.sga | Embryo stage 12-13 hours | RAMPAGE | GSM2365637 |
14 | GSM2365638_Dmel2_14.sga | Embryo stage 13-14 hours | RAMPAGE | GSM2365638 |
15 | GSM2365639_Dmel2_15.sga | Embryo stage 14-15 hours | RAMPAGE | GSM2365639 |
16 | GSM2365640_Dmel2_16.sga | Embryo stage 15-16 hours | RAMPAGE | GSM2365640 |
17 | GSM2365641_Dmel2_17.sga | Embryo stage 16-17 hours | RAMPAGE | GSM2365641 |
18 | GSM2365642_Dmel2_18.sga | Embryo stage 17-18 hours | RAMPAGE | GSM2365642 |
19 | GSM2365643_Dmel2_19.sga | Embryo stage 18-19 hours | RAMPAGE | GSM2365643 |
20 | GSM2365644_Dmel2_20.sga | Embryo stage 19-20 hours | RAMPAGE | GSM2365644 |
21 | GSM2365645_Dmel2_21.sga | Embryo stage 20-21 hours | RAMPAGE | GSM2365645 |
22 | GSM2365646_Dmel2_22.sga | Embryo stage 21-22 hours | RAMPAGE | GSM2365646 |
23 | GSM2365647_Dmel2_23.sga | Embryo stage 22-23 hours | RAMPAGE | GSM2365647 |
24 | GSE89299_all_merged.sga | Embryo 1-23 hours merged | RAMPAGE | GSE89299 |
FASTQ were downladed from SRA using fastq-dump v1.10.8 from SRA toolkit and mapped to the genome using Bowtie v1.2.2 in single end mode, using only the first sequence of a mate pair. Note that 10 bp of invariant primer sequences were chopped of from the 5' end of each read.
SAM files were then converted to BAM using samtools v1.9 and to BED using bamToBed v2.27.0 from bedtools Finally, BED to SGA conversion was carried out using bed2sga from ChIP-Seq v1.5.5.