Plants : Vitis vinifera

Adenine in CDNA

Sequence Distribution depending on Adenine concentration in CDNA

Chart type: Bar (Switch to line)

Sequence region to calculate data (%)

Sequence Region (%): From to

Block size:

Values interval to calculate data

Values: From to

Genome statistics

Sequence count
Genome total	41097
Filtered set	41097 (no filters used)
Correlation	1

View sequences in FASTA

#	Adenine Concentration (%)	In Genome	In Selected Set
1	9	1	1
2	10	3	3
3	11	4	4
4	12	10	10
5	13	13	13
6	14	38	38
7	15	52	52
8	16	84	84
9	17	98	98
10	18	168	168
11	19	239	239
12	20	383	383
13	21	575	575
14	22	867	867
15	23	1237	1237
16	24	2004	2004
17	25	3033	3033
18	26	4440	4440
19	27	5491	5491
20	28	6016	6016
21	29	5464	5464
22	30	3975	3975
23	31	2790	2790
24	32	1571	1571
25	33	1104	1104
26	34	575	575
27	35	350	350
28	36	205	205
29	37	133	133
30	38	62	62
31	39	46	46
32	40	30	30
33	41	13	13
34	42	11	11
35	43	2	2
36	44	1	1
37	45	2	2
38	46	3	3
39	48	1	1
40	49	2	2
41	51	1	1

Sequence properties GO Gene Ontology Annotations CDS DataSeq distr Codon Usage AminoAcid Position Codon Position CDS Length CpG-Island in CDS GC-Content in CDS Nucleotide by Position in CDS Adenine in CDS Cytosine in CDS Guanine in CDS Thymine in CDS Gene Names Transcript names Chromosome Strand Motifs K-Mers CDNA DataCDNA Length CpG-Island in CDNA GC-Content in CNDA Nucleotide by Position in CDNA Adenine in CDNA Cytosine in CDNA Guanine in CDNA Thymine in CDNA Gene Names Transcript names Chromosome Strand Motifs K-Mers 5' UTR Data5' UTR Length CpG-Island in 5' UTR GC-Content in 5' UTR Nucleotide by Position in 5' UTR Adenine in 5' UTR Cytosine in 5' UTR Guanine in 5' UTR Thymine in 5' UTR Gene Names Transcript names Chromosome Strand Motifs K-Mers 3' UTR Data3' UTR Length CpG-Island in 3' UTR GC-Content in 3' UTR Nucleotide by Position in 3' UTR Adenine in 3' UTR Cytosine in 3' UTR Guanine in 3' UTR Thymine in 3' UTR Gene Names Transcript names Chromosome Strand Motifs K-Mers

Please cite: JetGene: Internet Resource for Analysis of Regulatory Regions or Nucleotide Contexts in Differentially Translated Plant Transcripts.
N. S. Sadovskaya, O. N. Mustafaev, A. A. Tyurin, I. V. Deineko & I. V. Goldenkova-Pavlova
Russian Journal of Plant Physiology volume 68, pages 633–640 (2021)