Input and runtime details for job 4627738 (precomputed example)

Sequence Parameters

	Query ncRNA (short) in FASTA		[.fa]
	Index first query position		1
	Target RNA (long) in FASTA		[.fa]
	Target NCBI RefSeq ID		NC_003210
	All replicons		yes
	Extract sequences around		start codon
	nt upstream (1-300)		75
	nt downstream (1-300)		75
	Index first target position		-75

Output Parameters

	Number of interactions per RNA pair		1
	Suboptimal interaction overlap		can overlap in query
	Max. interaction length		not provided
	Max. absolute energy of an interaction		0
	Max. delta energy above mfe of an interaction		100
	No lonely base pairs		yes
	No GU at helix ends		yes

Seed Parameters

	Min. number of basepairs in seed		7
	Max. Number of mismatches in seed		0
	Maximal energy		0
	Minimal unpaired probability (per RNA)		0
	Seed position (query)		not provided
	Seed position (target)		not provided
	Ignore seeds with GU base pairs		no
	Ignore seeds with GU ends		yes

Folding Parameters

	Temperature for energy computation		37.0
	Access. query: folding window size		150
	Access. query: max. basepair distance		100
	Access. target: folding window size		150
	Access. target: max. basepair distance		100
	Energy parameter set (Vienna package)		Turner model, 2004

Job ID 4627738 (server version trunk)

	Job Submitted & Queued		@ Mon Jan 27 14:20:43 CET 2020
	IntaRNA Started		@ Mon Jan 27 14:22:37 CET 2020
	IntaRNA Finished & Post-Processing		@ Mon Jan 27 14:24:00 CET 2020
	Post-Processing Finished		@ Mon Jan 27 14:24:55 CET 2020
	Job Completed		@ Mon Jan 27 14:25:04 CET 2020

DIRECT ACCESS: http://rna.informatik.uni-freiburg.de/RetrieveResults.jsp?jobID=4627738&toolName=IntaRNA ( 30 days expiry )

Description of the job

LhrA2 - Listeria monocytogenes

Output [zip]

Downloadable files

	IntaRNA result table:		[csv]
	Target region plot		[png] [pdf]
	Query region plot		[png] [pdf]
	Functional enrichment file		[txt]
	Functional annotation chart		[html] [pdf] [png]

Target region plot

Query region plot

Function

Identified Interactions for NC_003210 Listeria monocytogenes EGD-e

Show rows: 1-10 11-20 21-30 31-40 41-50 51-60 61-70 71-80 81-90 91-100 all

Sort by selecting a column name.

Target	Start(T)	End(T)	Start(seed-T)	End(seed-T)	ED(T)	Query	Start(Q)	End(Q)	Start(seed-Q)	End(seed-Q)	ED(Q)	Energy	E(hybrid)	E_norm	RRI subseqs	RRI details	Seq(T)	Seq(Q)	p-value	fdr	gene	geneID	annotation
lmo0131	-8	31	25	31	8.96	LhrA2	165	204	165	171	6.92	-15.78	-31.66	-1.48793	GGGAUAAGAUGGAUAUCUCGAGCACGGAAAUAUGGGAUG&CAUCUCAUUGGCCGUGUAGUUCAUGUCUAUGCCUCAUCCC	(((((.((((((((((......(((((....((((((((&))))))))...)))))......))))))))..)).)))))	AAUGUAAUGAUAAAAUUUGGCUAUAUUUUCAUUUCGAUGGAAAAAAGGGUAAACUAGAGAAAAAGGAGGGAUAAGAUGGAUAUCUCGAGCACGGAAAUAUGGGAUGCGAUUAGGAGAAAUAGUUACUUACUUUAUUAUCAACCAAAAGUA	AGGAUAGAGUUUUACCUCGAUGAAAGUUUCAUUUUUACUAAUGUGAUUUUCAUGGGGAUAAGACCCUAUCAUGGUUAUAAUGACUUUUGGUGUAUCCAUCUUCCAAUAGAAUGGCAACUAGUCAGACAUCUGUUUAGACACCAAAAUCAUUAUUUGUUUUCAUUCAUCUCAUUGGCCGUGUAGUUCAUGUCUAUGCCUCAUCCCGUUAUGCAUAGGCGCCCGAACAUGAUGGCAACGCUGGAAAUGUUUAUUUCGAGCGUCUUUUUUUG	0.0100463	0.863511		986722
lmo2681	-27	4	-13	-7	9.12	LhrA2	154	182	164	170	2.3	-13.49	-24.91	-1.272	UACAACUUUCAAAUGAGGUGAAUGGAAAUGA&UUGUUUUCAUUCAUCUCAUUGGCCGUGUA	((((.......((((((((((((((((((((&)))))))))))))))))))).....))))	GCUUAGUUUCUUGCCAGCACUUGCGCUUGGACCGAUUGCGGACUUCUUUACAACUUUCAAAUGAGGUGAAUGGAAAUGAUGGAAAAAGGUAUUUGGAAAGAUGCGCUGAUUCAGUCGACGAAAAAACUGUCUCCAAAACUGCAAGUGAAA	AGGAUAGAGUUUUACCUCGAUGAAAGUUUCAUUUUUACUAAUGUGAUUUUCAUGGGGAUAAGACCCUAUCAUGGUUAUAAUGACUUUUGGUGUAUCCAUCUUCCAAUAGAAUGGCAACUAGUCAGACAUCUGUUUAGACACCAAAAUCAUUAUUUGUUUUCAUUCAUCUCAUUGGCCGUGUAGUUCAUGUCUAUGCCUCAUCCCGUUAUGCAUAGGCGCCCGAACAUGAUGGCAACGCUGGAAAUGUUUAUUUCGAGCGUCUUUUUUUG	0.0334303	0.9493467	kdpB	987149	potassium-transporting ATPase subunit B
lmo1941	23	69	23	29	9.14	LhrA2	156	207	201	207	7.27	-15.29	-31.7	-1.44173	AACGGGAAUACGAAGAACCGGCUGAUUAUGACAUGAGUUCUGAAGGC&GUUUUCAUUCAUCUCAUUGGCCGUGUAGUUCAUGUCUAUGCCUCAUCCCGUU	((((((((((.(((..((((((((((...((.((((((...((((((&)))))))))))).)))))))))).))..))).)))..........)))))))	AUCAUAUGUAACACUUCUCUGUGCCAAUAAUAGUGCAUAGGAUAAGUUUAGAAAGCACUAAAGGAGGAACUUUGAGUGGUAAAAACAAGAAAAGAAAAACGGGAAUACGAAGAACCGGCUGAUUAUGACAUGAGUUCUGAAGGCCAAGAU	AGGAUAGAGUUUUACCUCGAUGAAAGUUUCAUUUUUACUAAUGUGAUUUUCAUGGGGAUAAGACCCUAUCAUGGUUAUAAUGACUUUUGGUGUAUCCAUCUUCCAAUAGAAUGGCAACUAGUCAGACAUCUGUUUAGACACCAAAAUCAUUAUUUGUUUUCAUUCAUCUCAUUGGCCGUGUAGUUCAUGUCUAUGCCUCAUCCCGUUAUGCAUAGGCGCCCGAACAUGAUGGCAACGCUGGAAAUGUUUAUUUCGAGCGUCUUUUUUUG	0.0131118	0.8878302		987990
lmo1952	-9	31	25	31	10.06	LhrA2	161	204	161	167	7.05	-15.84	-32.95	-1.49359	GGGAUUGGCGUGACGUUUGAACGGCUUGGAACAAUGAAUG&CAUUCAUCUCAUUGGCCGUGUAGUUCAUGUCUAUGCCUCAUCCC	(((((.((((((((((....(((((...((...(((((((&))))))).))....))))).......))))).)))))..)))))	AUUGUCGCUCGGCUUCUUAGUAUGCUACUAUAUAAAAGAACUUUUAAAAAUCUAUAAUGUAAAGGUGGGAUUGGCGUGACGUUUGAACGGCUUGGAACAAUGAAUGUAAAUGCAGAAGGACAUCUCGAAAUUGGAGGGGUGGACACUUUA	AGGAUAGAGUUUUACCUCGAUGAAAGUUUCAUUUUUACUAAUGUGAUUUUCAUGGGGAUAAGACCCUAUCAUGGUUAUAAUGACUUUUGGUGUAUCCAUCUUCCAAUAGAAUGGCAACUAGUCAGACAUCUGUUUAGACACCAAAAUCAUUAUUUGUUUUCAUUCAUCUCAUUGGCCGUGUAGUUCAUGUCUAUGCCUCAUCCCGUUAUGCAUAGGCGCCCGAACAUGAUGGCAACGCUGGAAAUGUUUAUUUCGAGCGUCUUUUUUUG	0.0097207	0.863511	lysA	987983	diaminopimelate decarboxylase
lmo2613	-16	13	7	13	10.18	LhrA2	177	203	177	183	6.32	-13.6	-30.1	-1.28237	GGAGGAGGUGCUUGACAUGAAACUACAUG&CGUGUAGUUCAUGUCUAUGCCUCAUCC	(((.((((.....((((((((.(((((((&)))))))))))))))....)))).)))	UGGACGUCAAAGAAGUUUAAGCUUAAAAUUAUUAUGCAAUUGAUAGAAUUUGUUAAAUAGGAGGAGGUGCUUGACAUGAAACUACAUGAACUUAAGCCUUCAGAAGGUUCUCGUAAAGAACGUAAUCGUGUUGGUCGUGGAACAGGCUCU	AGGAUAGAGUUUUACCUCGAUGAAAGUUUCAUUUUUACUAAUGUGAUUUUCAUGGGGAUAAGACCCUAUCAUGGUUAUAAUGACUUUUGGUGUAUCCAUCUUCCAAUAGAAUGGCAACUAGUCAGACAUCUGUUUAGACACCAAAAUCAUUAUUUGUUUUCAUUCAUCUCAUUGGCCGUGUAGUUCAUGUCUAUGCCUCAUCCCGUUAUGCAUAGGCGCCCGAACAUGAUGGCAACGCUGGAAAUGUUUAUUUCGAGCGUCUUUUUUUG	0.0316321	0.9493467	rplO	987200	50S ribosomal protein L15
lmo1401	-52	9	-1	6	10.62	LhrA2	155	204	158	164	7.09	-13.43	-31.14	-1.26634	GGGAUGUUGCACUAUUAGAACGUAGAAGUAAUAGAAACGGAGAAUAAACAAAAUGAAAAUA&UGUUUUCAUUCAUCUCAUUGGCCGUGUAGUUCAUGUCUAUGCCUCAUCCC	((((((..(((....((((.(((.(((.((......((((..(((......((((((((((&))))))))))......)))..)))).)).)))))))))))))..))))))	AGGCGAAAUGAAUGGCGUUUUUAGGGAUGUUGCACUAUUAGAACGUAGAAGUAAUAGAAACGGAGAAUAAACAAAAUGAAAAUACUAUUUAUCGGUGAUGUUGUCGGUUCUAUCGGCCGCGAUGCCAUAACAGAAUAUUUACCACAAUUA	AGGAUAGAGUUUUACCUCGAUGAAAGUUUCAUUUUUACUAAUGUGAUUUUCAUGGGGAUAAGACCCUAUCAUGGUUAUAAUGACUUUUGGUGUAUCCAUCUUCCAAUAGAAUGGCAACUAGUCAGACAUCUGUUUAGACACCAAAAUCAUUAUUUGUUUUCAUUCAUCUCAUUGGCCGUGUAGUUCAUGUCUAUGCCUCAUCCCGUUAUGCAUAGGCGCCCGAACAUGAUGGCAACGCUGGAAAUGUUUAUUUCGAGCGUCUUUUUUUG	0.0344502	0.9493467		986807
lmo2811	-50	-8	-22	-16	10.77	LhrA2	160	203	167	173	7.01	-14.59	-32.37	-1.37572	GGAUAAGGCUUAUUUGGGCUGAAAUUCUAAUGAGAAAGGAUGA&UCAUUCAUCUCAUUGGCCGUGUAGUUCAUGUCUAUGCCUCAUCC	((((.((((.....((((((......(((((((((..((((((&)))))).)))))))))......)))))).......)))).))))	CAUGUGCCAAAAUUUAUUCAAAAUAGGAUAAGGCUUAUUUGGGCUGAAAUUCUAAUGAGAAAGGAUGAGUAAAGAAUGGAAUUUGAUACUAUUGCUGCAAUCUCAACACCGCCGGGAGAAGGGGCCAUUGCUAUUAUUAGAUUAAGCGGU	AGGAUAGAGUUUUACCUCGAUGAAAGUUUCAUUUUUACUAAUGUGAUUUUCAUGGGGAUAAGACCCUAUCAUGGUUAUAAUGACUUUUGGUGUAUCCAUCUUCCAAUAGAAUGGCAACUAGUCAGACAUCUGUUUAGACACCAAAAUCAUUAUUUGUUUUCAUUCAUCUCAUUGGCCGUGUAGUUCAUGUCUAUGCCUCAUCCCGUUAUGCAUAGGCGCCCGAACAUGAUGGCAACGCUGGAAAUGUUUAUUUCGAGCGUCUUUUUUUG	0.0190178	0.9128702	trmE	986680	tRNA modification GTPase TrmE
lmo2282	-21	35	-1	6	10.94	LhrA2	157	205	183	189	7.12	-15.26	-33.32	-1.4389	CGGGAACUAGGAGGAGUAAACAUGAACUAUAAACAGUUUUACACAUAUGAUGAAAA&UUUUCAUUCAUCUCAUUGGCCGUGUAGUUCAUGUCUAUGCCUCAUCCCG	(((((.....((((..((.((((((((((((..((((.........((((((((((&)))))).))))...))))....)))))))))))).))..)))).)))))	AACGGAUAAUGCUAAUCCUAGCUAUAUAAGUCUUUCUGGUAUUAGCUAUGAAGUCGGGAACUAGGAGGAGUAAACAUGAACUAUAAACAGUUUUACACAUAUGAUGAAAAUGGCGAUUAUCUCGAAACAAUACUUGUGUUUGAAGAUGAA	AGGAUAGAGUUUUACCUCGAUGAAAGUUUCAUUUUUACUAAUGUGAUUUUCAUGGGGAUAAGACCCUAUCAUGGUUAUAAUGACUUUUGGUGUAUCCAUCUUCCAAUAGAAUGGCAACUAGUCAGACAUCUGUUUAGACACCAAAAUCAUUAUUUGUUUUCAUUCAUCUCAUUGGCCGUGUAGUUCAUGUCUAUGCCUCAUCCCGUUAUGCAUAGGCGCCCGAACAUGAUGGCAACGCUGGAAAUGUUUAUUUCGAGCGUCUUUUUUUG	0.0133252	0.8878302		984600	protein gp21
lmo0194	-20	42	36	42	11.06	LhrA2	155	212	155	161	8.19	-15.09	-34.34	-1.42287	UGUAUGAAGGAGGGAUAAACAUGCCAAAACCGCUAAUUGACAUGAAAAAUUUAACGAAAACA&UGUUUUCAUUCAUCUCAUUGGCCGUGUAGUUCAUGUCUAUGCCUCAUCCCGUUAUGCA	(((((((..((((.(((.(((((.....((.((((((.((.(((((.........(((((((&))))))).))))).)))))))).))......))))).))).))))......)))))))	UCUACGGUUCCUGGUGCUCCAAGCUAAGUUUUUUGUAAGUACAAAUUAGACAAAUUGUAUGAAGGAGGGAUAAACAUGCCAAAACCGCUAAUUGACAUGAAAAAUUUAACGAAAACAUAUACGCUAGGCGGAGAAACUUUUAAAGCAUUA	AGGAUAGAGUUUUACCUCGAUGAAAGUUUCAUUUUUACUAAUGUGAUUUUCAUGGGGAUAAGACCCUAUCAUGGUUAUAAUGACUUUUGGUGUAUCCAUCUUCCAAUAGAAUGGCAACUAGUCAGACAUCUGUUUAGACACCAAAAUCAUUAUUUGUUUUCAUUCAUCUCAUUGGCCGUGUAGUUCAUGUCUAUGCCUCAUCCCGUUAUGCAUAGGCGCCCGAACAUGAUGGCAACGCUGGAAAUGUUUAUUUCGAGCGUCUUUUUUUG	0.0145966	0.9011628		987020	ABC transporter ATP-binding protein
lmo2797	-16	53	47	53	11.21	LhrA2	153	209	153	159	8.55	-13.46	-33.22	-1.26917	AUAAGGGGGUACGGGCAUGUUAUUGGACCGAGUAACUUUAGAGGAUAUUGAGGUAAAUUUAAAAGCAGA&UUUGUUUUCAUUCAUCUCAUUGGCCGUGUAGUUCAUGUCUAUGCCUCAUCCCGUUAU	((((.(((((...((((......(((((.....((((.....((....((((((.(((...((((((((&)))))))).))).))))))....))....))))...)))))))))..))))).))))	UUGGAGCGAGAGUCGCUGGCGGAGGUAGAUUUAACAGAAAUAAUGGCUGAAUAUAAUAAAUAAGGGGGUACGGGCAUGUUAUUGGACCGAGUAACUUUAGAGGAUAUUGAGGUAAAUUUAAAAGCAGAAGACUGGCGGGAAGCUAUCCAA	AGGAUAGAGUUUUACCUCGAUGAAAGUUUCAUUUUUACUAAUGUGAUUUUCAUGGGGAUAAGACCCUAUCAUGGUUAUAAUGACUUUUGGUGUAUCCAUCUUCCAAUAGAAUGGCAACUAGUCAGACAUCUGUUUAGACACCAAAAUCAUUAUUUGUUUUCAUUCAUCUCAUUGGCCGUGUAGUUCAUGUCUAUGCCUCAUCCCGUUAUGCAUAGGCGCCCGAACAUGAUGGCAACGCUGGAAAUGUUUAUUUCGAGCGUCUUUUUUUG	0.0339368	0.9493467		986733	PTS mannitol transporter subunit IIA

Rows: 1-10 11-20 21-30 31-40 41-50 51-60 61-70 71-80 81-90 91-100 all

Details of Selected Interaction Download Interaction Details

Target

Query

Energy

Hybridization Energy

Unfolding Energy - Target

Unfolding Energy - Query

Position - Target

Position - Query

Position Seed - Target

Position Seed - Query

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When using IntaRNA please cite :

Martin Mann, Patrick R. Wright, and Rolf Backofen
IntaRNA 2.0: enhanced and customizable prediction of RNA–RNA interactions
Nucleic Acids Research, 2017, 45 (W1), W435–W439.
Patrick R. Wright, Jens Georg, Martin Mann, Dragos A. Sorescu, Andreas S. Richter, Steffen Lott, Robert Kleinkauf, Wolfgang R. Hess, and Rolf Backofen
CopraRNA and IntaRNA: predicting small RNA targets, networks and interaction domains
Nucleic Acids Research, 2014, 42 (W1), W119-W123.
Anke Busch, Andreas S. Richter, and Rolf Backofen
IntaRNA: efficient prediction of bacterial sRNA targets incorporating target site accessibility and seed regions
Bioinformatics, 2008, 24 (24), 2849-56.
Martin Raden, Syed M Ali, Omer S Alkhnbashi, Anke Busch, Fabrizio Costa, Jason A Davis, Florian Eggenhofer, Rick Gelhausen, Jens Georg, Steffen Heyne, Michael Hiller, Kousik Kundu, Robert Kleinkauf, Steffen C Lott, Mostafa M Mohamed, Alexander Mattheis, Milad Miladi, Andreas S Richter, Sebastian Will, Joachim Wolff, Patrick R Wright, and Rolf Backofen
Freiburg RNA tools: a central online resource for RNA-focused research and teaching
Nucleic Acids Research, 46(W1), W25-W29, 2018.

Results are computed with IntaRNA version 3.1.3 linking Vienna RNA package 2.4.14

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