import random
import obimiRNA
mirnaHSA = obimiRNA.ids('hsa')
for pm in reduce(lambda x, y: x + y, [
obimiRNA.get_info(m).pre_forms.split(',')
for m in random.sample(mirnaHSA, 3)
]):
pre_miRNA = obimiRNA.get_info(pm, type='pre')
print
print 'Pre-miRNA name: %s' % pm
print 'Accession Number: %s' % pre_miRNA.preACC
print 'Accession Number of mature form(s): %s' % pre_miRNA.matACCs
print 'PubMed accession number(s): %s' % pre_miRNA.pubIDs
print 'Pre-miRNAs clustered together with %s: %s' % (pm,
pre_miRNA.clusters)
print 'Link to miRBase: %s' % pre_miRNA.web_addr
import random
import obimiRNA
mirnaHSA = obimiRNA.ids('hsa')
for pm in reduce(lambda x,y: x+y, [obimiRNA.get_info(m).pre_forms.split(',') for m in random.sample(mirnaHSA,3)]):
pre_miRNA = obimiRNA.get_info(pm,type='pre')
print
print 'Pre-miRNA name: %s' % pm
print 'Accession Number: %s' % pre_miRNA.preACC
print 'Accession Number of mature form(s): %s' % pre_miRNA.matACCs
print 'PubMed accession number(s): %s' % pre_miRNA.pubIDs
print 'Pre-miRNAs clustered together with %s: %s' % (pm, pre_miRNA.clusters)
print 'Link to miRBase: %s' % pre_miRNA.web_addr
import random
import obimiRNA
miRNAs = obimiRNA.ids()
print 'miRNA name\tAccession_Number\t\tSequence\t\tPre-forms\n'
for m in random.sample(miRNAs, 10):
accession = obimiRNA.get_info(m).matACC
sequence = obimiRNA.get_info(m).matSQ
preForms = obimiRNA.get_info(m).pre_forms
print '%s\t%s\t\t%s\t\t%s' % (m, accession, sequence, preForms)