Computational infrastructure required for RNAseq analysis, genome annotation and assembly of eukaryotic genome
Dear, I would like some help! I need to implement a computational infrastructure for my routine analysis of bioinformatics. I would like a suggestion on what would be a minimal or optimal configuration for tasks which can include: genome assembly and annotation, analysis rnaseq (transcriptome), then comparative genomics.
Thanks for attention.
EDIT: Post title changed to make it more informative by Ashutosh Pandey.
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You should elaborate little more. See below:
- Will it be just for your use? Or will it be part of a small research lab or some bioinformatics centre with multiple users?
- Are you considering buying a multi CPU systems or cluster or you are talking about a desktop with good computing power and space (A few of those analyses can be done on desktop machines with descent RAM and memory)
- Amount of storage capacities will depend on how much new data you are generating and analyzing. We have a md1000 systems that can take 8 X 500 Gb hard disks (4 TB). It is only used for the purpose of analysis and data storage for 6 months once it is out of the machine. We then need to back up those hard disks once every 6 months as our sequencing facility keeps generating new data.
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what is Genome montattion?
I apologize, it was written wrong.
So if I understand correctly, you are asking for the hardware settings? Or are you asking for the scripts to perform such tasks?
If you are asking about programs and methods, a good starting point is "GATK's best practices":
https://www.broadinstitute.org/gatk/guide/best-practices
Hi Sam, my question is about hardware settings. ;D.
Please post comment as comments and not as answers.
Thank you Ashutosh Pandey for the help and information. Where I need of a structure for routine analysis of RNAseq and genome assembly. Do you have any suggestion?