family · mtDNA statistics

Portunidae

7 species in 4 genera. Every region of their mitochondrial genomes, side by side.

7
species
30.9%
mean GC, whole genome
SD 1.6, range 29.8–34.4%
16,024
median genome length, bp
Range 15,660–16,263 bp
4
genera

Regions

GC content of each region across Portunidae, % of A + C + G + T

GC % of every region
Region
Whole genome730.95%1.630.05329.78%Portunus trituberculatus30.64%34.40%Portunus sanguinolentus0.150.75
Protein-coding732.68%1.780.05531.16%Charybdis hellerii32.70%36.22%Portunus sanguinolentus0.070.88
All rRNA728.02%1.830.06526.36%Scylla olivacea27.62%31.65%Portunus sanguinolentus0.430.34
All tRNA728.14%0.380.01427.53%Charybdis hellerii28.28%28.57%Portunus sanguinolentus0.480.27
12S rRNA729.56%1.690.05727.58%Scylla olivacea29.68%32.70%Portunus sanguinolentus0.500.25
16S rRNA727.04%1.980.07325.58%Scylla olivacea26.20%30.97%Portunus sanguinolentus0.370.42
D-loop723.69%3.180.13420.95%Scylla olivacea23.64%30.27%Portunus sanguinolentus0.390.39
ND1731.20%1.110.03629.99%Scylla olivacea30.88%32.92%Portunus sanguinolentus0.560.19
ND2731.93%1.970.06229.86%Charybdis hellerii31.85%35.91%Portunus sanguinolentus0.040.93
COX1736.60%1.950.05334.31%Charybdis hellerii36.44%40.16%Portunus sanguinolentus0.020.96
COX2735.41%2.010.05733.43%Charybdis feriata35.47%38.98%Portunus sanguinolentus−0.020.96
ATP8726.90%3.470.12922.22%Portunus trituberculatus26.54%30.86%Charybdis feriata0.170.72
ATP6733.50%1.360.04132.01%Charybdis feriata33.78%35.84%Portunus sanguinolentus−0.130.79
COX3736.00%1.810.05033.71%Portunus trituberculatus35.86%39.14%Portunus sanguinolentus−0.020.97
ND3732.81%2.860.08729.66%Charybdis feriata32.49%38.14%Portunus sanguinolentus0.330.48
ND4L730.88%2.640.08528.05%Scylla olivacea30.36%34.65%Portunus sanguinolentus0.500.26
ND4729.34%2.200.07527.49%Portunus trituberculatus28.54%33.71%Portunus sanguinolentus−0.060.89
ND5730.34%1.730.05728.88%Charybdis feriata29.98%33.64%Portunus sanguinolentus0.170.71
ND6729.36%3.100.10526.63%Portunus trituberculatus27.42%34.71%Portunus sanguinolentus0.390.39
CYTB734.80%2.200.06332.42%Portunus trituberculatus34.01%38.33%Portunus sanguinolentus−0.350.44

Genera of Portunidae

GC content of the whole genome, % of A + C + G + T

Genera of Portunidae
Portunus331.82%2.360.07429.78%Portunus trituberculatus31.26%34.40%Portunus sanguinolentus––
Charybdis229.83%0.040.00129.80%Charybdis hellerii29.83%29.85%Charybdis feriata––
Callinectes130.90%––30.90%Callinectes sapidus30.90%30.90%Callinectes sapidus––
Scylla130.64%––30.64%Scylla olivacea30.64%30.64%Scylla olivacea––

Codon usage

Share of each codon in all 13 protein-coding genes, across Portunidae

Loading codon usage…

Every species, region by region

Each region's page lists the value of every species, with the same statistics by class, order or family and a CSV download.

The charts

  • Each chart draws the rows of the table under it, in the table's order: sort a column to reorder the chart.Chart sets its axis.
  • Distribution: the range (line), mean ± SD (bar), median (tick) and mean (dot). Lengths of the regions are on a log scale.
  • Variation: the coefficient of variation, or the SD for the skews, which vary around zero.
  • Lifespan r: r with its 95% confidence interval (Fisher z). Lifespan map: r of every parameter in every region at once, bold where the Benjamini–Hochberg q-value over the map is below 0.05.

What the numbers are

  • Species: species with the region annotated. SD is the sample standard deviation, CV = SD / mean.
  • Base percentages are over A + C + G + T, so GC % + AT % = 100. Skews are on the L strand as deposited in RefSeq: GC skew = (G − C) / (G + C), AT skew = (A − T) / (A + T).
  • Min and Max name the species with the extreme value.

Lifespan columns

r is the Pearson correlation of the parameter with log10 maximum lifespan within the group (5 or more species), and p its two-tailed p-value, as on the original MitoAge. They are not corrected for multiple testing or for shared ancestry: the plot shows Benjamini–Hochberg q-values and phylogenetic contrasts.

The original site labelled the base columns with their complements, so its skews have the opposite sign. Seemethods.