CANTATAdb - search

Detailed information on CNT30151942

BLAST search results

BLAST vs Swiss-Prot:
sp|Q09WW3|NU1C_MORIN, E-value = 0.0

BLAST vs NONCODE:
NONMEST004538, E-value = 3e-76

Results of reciprocal BLAST search (potential orthologs)

Target	Query species	Target species	Query coverage (%)	Target coverage (%)	Identity	Alignment length (nt)	Orientation
CNT30531354	Prunus persica	Eucalyptus grandis	52.07	45.8	89.03	1222	forward
CNT30317759	Prunus persica	Corylus avellana	78.06	89.85	90.99	1832	forward
CNT30518402	Prunus persica	Juglans regia	10.61	65.01	92.37	249	forward
CNT30615574	Prunus persica	Sesamum indicum	63.7	100.4	87.02	1495	forward
CNT30406240	Prunus persica	Beta vulgaris	10.82	98.07	90.94	254	forward
CNT30201817	Prunus persica	Pisum sativum	26.16	99.35	88.11	614	forward
CNT30712407	Prunus persica	Glycine max	49.6	93.87	85.82	1164	forward
CNT30569544	Prunus persica	Actinidia chinensis	70.6	44.84	88.9	1657	forward
CNT30237694	Prunus persica	Brassica oleracea	29.31	62.83	86.05	688	forward
CNT30608772	Prunus persica	Gossypium raimondii	13.17	98.41	92.88	309	forward
CNT30215974	Prunus persica	Helianthus annuus	28.12	90.16	87.73	660	forward
CNT30596717	Prunus persica	Oryza meridionalis	29.4	74.19	83.48	690	forward
CNT30360555	Prunus persica	Lactuca sativa	46.66	100	88.68	1095	forward
CNT3057989	Prunus persica	Amborella trichopoda	22.24	99.43	85.25	522	forward
CNT30327547	Prunus persica	Asparagus officinalis	20.15	15.01	89.85	473	forward
CNT3035415	Prunus persica	Cucumis melo	28.29	99.4	89.46	664	forward
CNT30148081	Prunus persica	Brachypodium distachyon	37.45	86.77	82.82	879	forward
CNT30116024	Prunus persica	Oryza nivara	13.17	68.97	86.08	309	forward

Expression of CNT30151942

Peptides detected in this lncRNA

>peptide 1 (49 aa)
MKKLIGLDRKQHKINQILYPSIRFDNLLLILLLLRVNQKVISHILLGKK*

>peptide 2 (33 aa)
MIAMDGPILNKRVSPLDGRRFSLKTSFAPYARA*

Sequence

>CNT30151942
CCCGATTCCTTTAGATTAGATCCAAAAAAAATGAACCTTAGTATTATTTATTAGTAAAGTAATAGTCTTAGTAAAGTAATTATAAATTATTCTTTAATCA
AGAGATTTACTTTTTTTTTTTAGGCGAATTAAAAATTGTTCGAATTGTATAATCGTCAATTACTGACATTGGTAAACGACCCAAAGCAATTTAATTATAA
TTCAATTCGTGACGATCATAAGTAGAAAGTTCATATTCTTCAGTCATTGATAAACAATTTGTTGGACAATACTCAATGCAATTACCACAAAACATACAGA
CTCCGAAATCAATACTGTAATTAAGCAACCGTTTCTTGCGAATATCAGTTTCCAATTTCCAATCAACAACAGGTAGATCTATAGGACATACACGAACACA
TACTTCACAAGCAATACATTTATCAAATTCAAAATGCATTCGACCGCGGAAACGCTCAGCGGTGATTAATTTTTCATAAGGATATTGAATAGTTACAGGT
AAACGATTTGCGTGAGATAAAGTAATCATGAAACTTTGACCAATGTACCTTGCAGCTCGTACTGTTTGTTGACCATAATTCATGAACCCAGTTACCATAG
AGAACATATCATTAATATATATTATGAATAATTTTATGTTTGTTTATTTCTCTTGTTTGAGATAAGTTGTAAATTTACCTTACAGTGAAAAGAGTTGGGA
AGAAGTTGTTAATAATAGATTACCGAGAGAAATAGGTAAAAGAAATTTCCATCCAAGATTCAATAGTTGGTCCATTCTTAGCCTCGGTAAAGTCCATCTT
GTTGTGATAGGAATGAACAAGAACAAATAAGTTTTAGCTAATGTAATAAAGATACCAATTGTCGCTCCAAAAACTCCACATGTTTTATTTATTTCAAAAA
GCTCAGAAACATATATGTCCGGAATAGAGATATTCCAACCTCCCAAGTAAAGAACTGTTACAAATAATGAAGAAACTAATAGGTTTAGATAGGAAGCAAC
ATAAAATAAACCAAATTTTATACCCGAGTATTCGGTTTGATAACCTGCTACTAATTCTTCTTCTGCTTCGGGTAAATCAAAAGGTAATCTCTCACATTCT
GCTAGGGAAGAAATGATAAAAATGATAAACCCTATAGGCTGACACCACAAATTCAATCCCCAAAAACCGTATTTTGATTGCGCCTCAACTATATCAATTG
TACTTGAACTGTTAGATAATTATAATATTGATAACACACATAAAGTTAATGGTATTTCATAACTAATCGATTGAGCAGCAGCTCATAGACCACCTAAAAA
GGAATATTTATTATTTGACCCGTACCCTGACATAAGAAGTCCAATTGGAGCAATACTAGAAATGGCAATCCATAAAAAAACACCGATGTTGAGATCCGCT
AAAACAAGGTGATAGCCAAAATGAGCTACTGAATAGCTTACTAAAATTGATATGATTGCTATGGATGGCCCGATACTGAATAAACGGGTATCCCCCCTAG
ATGGAAGAAGATTTTCTTTGAAAACCAGTTTTGCCCCATATGCTAGAGCTTGAAGAATTCCCAAAGGGCCGGCGTATTCAGGTCTAATACGTTGTTGTAT
CCCTGTGGATATTTCTCTTTCTAACCATACAATTACCAGTACGCCTATTGTGATTCCCAATACAAGAGTCAAAATAGGAATAAGCACCCATATAATTCCA
TAAAACTCTTTTAAAAACTCTAATCTAGAAAAAGAATCAATATCTTGTACTTCTGGTGTATCAATTATCATTTCAACGATCAACTTCTCCCATAATGATA
TCTATACTACCTAGTATCGTCATAATATCAGCCAATTTCATTCTTTTAACTAACTGAGGAAGAATTTGCAAATTGATAAAACCCGGGGGGCGGATTTTCC
ATCTCCAAGGAAAACCACTCTGATCCCCTATCAGAAAAATTCCCAGCTCTCCCTTTGGGGCTTCGACTCTCACATAAAGTTCTTGTTTCGGCAATTCAAA
TGTAGGAGAAGGCTTTTTACTAATAAATCGATATTCAAAATCATTCCATTCAGGATTCCTTTCCCTATCAAAGTATCGTATTTCTAAATTCTCATAGGGT
CCCCCTGGAATTCCTTCCAGAGCCTGTTGAATGATTTTTATAGATTCTATCATTTCACCAATTTGGACTAGATAACGAGCCAACGAATCTCCTTCTTTTT
GCCACTGTACCTCCCAATCAAATTCGTCGTAACATTCATAATGATCAACTTTACGAAGATCCCATTGTATTCCGGAAGCTCGCAGCATTGGTCCCGATAA
ACCCCAATTTATTACTTCCTCTCTACCAATAATGCCTACTCCCTCGA