dear Tamir,
thank you for your kind reply.
my reads are look like:
G6H7M2K02GSJ6M rank=0000448 x=2668.5 y=2204.0 length=101
GTGTTGGGTGTGTTTGGTGTGTTGTTTTCTAACAAGGATACACTACTTAGGCTTTTAAGATCGGGTTGCGGTTTAAGTTCTTATACTCAATCATACACAAT
G6H7M2K02IOEII rank=0001256 x=3441.0 y=1256.0 length=47
GTGTTGGTGTGTTGTTGGTGTTGTATCAGTCAGCACACAGGGAGTAG
G6H7M2K02I46FY rank=0001789 x=3632.0 y=1612.0 length=61
TATAGTAGATGAGGTCTAGTCCTAAACTCGTCTCGTCTAACACCTATATAAATAGGTTTAC
in each read,hindIII cut site present somewhere in between.
and theoretically each read should be mapped at two different locations (either on the same chromosome or at different chromosomes).
I am a new one in this field [NGS data analysis] and now i am looking the same task in bowtie2 but unable to fix parameters in bowtie2
I used this command for bowtie1 and did not get desire out put
./bowtie2 < reference data base> -f <query> --all <outputfile>
I am expecting result something like that:
G6H7M2K01C5MVF, 75..19 of 345 and Chr4, 5564653..5564709 of 18585056 (52/57 ident)
75 TTCCCCCATCAAGAAATAGAACTGACTAATCCTAAGTCAAAGGGTCGAAAAACCCAA 19
5564653 TTCTCCCATCAAGAAATAGAACTGACTAATCCTAAGTCAAAGAGTCAAGAAACTCAA 5564709
explanation::: 75 to 19 position of read id G6H7M2K01C5MVF of length 345 mapped with chromosome 4 at 5564653 and 5564709 and rest of positions of read are matched on same chromosome at 5564536 and 5564622
G6H7M2K01C5MVF, 212..125 of 345 and Chr4, 5564536..5564622 of 18585056 (82/89 ident)
212 TATCCATTCTTATTCGATCACAGCGAGGGAGCAAGTCAAAATAGAAAAACTCACATTCATTGGGTTTAGGGATAATCAGGCTCGA-ACT 125
5564536 TATCTATTCTTATTCGATCACAGCGAGGAAGCAAGTTAAAATAGAAAAACTCACATTTATTGGGTTTAGGGATAATCAGGC--GACACT 5564622
waiting for your kind reply,
You should add your response to the answer as a comment, or include your clarification as a comment to your original post.
As matted suggested, it would have been better to rewrite your question with this information. Also, to take the aligners that matted suggested. But before this, I think there is no way around you preprocessing the reads by a) trimming them b) splitting them at the hindIII site and then aligning each one of these split reads separately to the genome (with an aligner usable for 454 sequences) and then combining the alignments of the two split reads (or maybe paired end mode with discordant reads works). And again: use bowtie2 in local mode