Metazoa : Nasonia vitripennis

CDNA Length

Sequence Distribution depending on CDNA Length

Chart type: Bar (Switch to line)

Block size:

Values interval to calculate data

Values: From to

Genome statistics

Sequence count
Genome total	35838
Filtered set	35838 (no filters used)
Correlation	1

View sequences in FASTA

#	CDNA Length	In Genome	In Selected Set
1	0 to 500 bp	305	305
2	500 to 1000 bp	2240	2240
3	1000 to 1500 bp	4052	4052
4	1500 to 2000 bp	4548	4548
5	2000 to 2500 bp	4177	4177
6	2500 to 3000 bp	3528	3528
7	3000 to 3500 bp	2802	2802
8	3500 to 4000 bp	2411	2411
9	4000 to 4500 bp	1970	1970
10	4500 to 5000 bp	1464	1464
11	5000 to 5500 bp	1320	1320
12	5500 to 6000 bp	1199	1199
13	6000 to 6500 bp	1031	1031
14	6500 to 7000 bp	679	679
15	7000 to 7500 bp	550	550
16	7500 to 8000 bp	546	546
17	8000 to 8500 bp	449	449
18	8500 to 9000 bp	342	342
19	9000 to 9500 bp	336	336
20	9500 to 10000 bp	265	265
21	10000 to 10500 bp	256	256
22	10500 to 11000 bp	243	243
23	11000 to 11500 bp	182	182
24	11500 to 12000 bp	111	111
25	12000 to 12500 bp	106	106
26	12500 to 13000 bp	76	76
27	13000 to 13500 bp	110	110
28	13500 to 14000 bp	86	86
29	14000 to 14500 bp	61	61
30	14500 to 15000 bp	59	59
31	15000 to 15500 bp	61	61
32	15500 to 16000 bp	57	57
33	16000 to 16500 bp	15	15
34	16500 to 17000 bp	32	32
35	17000 to 17500 bp	24	24
36	17500 to 18000 bp	24	24
37	18000 to 18500 bp	30	30
38	18500 to 19000 bp	3	3
39	19000 to 19500 bp	2	2
40	19500 to 20000 bp	2	2
41	20000 to 20500 bp	1	1
42	21500 to 22000 bp	6	6
43	22000 to 22500 bp	8	8
44	22500 to 23000 bp	10	10
45	23500 to 24000 bp	8	8
46	24000 to 24500 bp	2	2
47	24500 to 25000 bp	17	17
48	25000 to 25500 bp	3	3
49	27000 to 27500 bp	4	4
50	27500 to 28000 bp	2	2
51	29000 to 29500 bp	6	6
52	29500 to 30000 bp	1	1
53	37500 to 38000 bp	1	1
54	38500 to 39000 bp	1	1
55	44000 to 44500 bp	3	3
56	48000 to 48500 bp	2	2
57	48500 to 49000 bp	5	5
58	49000 to 49500 bp	1	1
59	60500 to 61000 bp	1	1
60	61500 to 62000 bp	1	1
61	62000 to 62500 bp	1	1

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)