The maps with highest UniGene representation were Plant-pathogen interaction (Ko04626, 1,010 UniGenes, 7.13%), followed by Spliceosome (Ko03040, 897 UniGenes, 6.33%) and Ribosome (Ko03010, 424 UniGenes, 2.99%).
The maps with highest unigene representation were metabolic pathways (ko01100; 3514 unigenes, 17.4%), followed by biosynthesis of secondary RNA transport (ko03013; 780 unigenes, 3.9%), purine metabolism (ko00230; 747 unigenes, 3.7%), and spliceosome (ko03040; 735 unigenes, 3.7%).
The maps with highest unigene presentation were ribosome (ko03010, 322 unigenes), followed by RNA transport (ko03013, 309 unigenes), plant hormone signal transduction (ko04075, 264 unigenes) and protein processing in the endoplasmic reticulum (ko04141, 262 unigenes).
The maps with highest unigene representation were metabolic pathways (KO 01100; 7,043 unigenes, 25.1%), followed by biosynthesis of secondary metabolites (KO 01110; 3,349 unigenes, 11.4%), plant-pathogen interactions (KO 04626; 1,531 unigenes, 5.2%), and plant hormone signal transduction (KO 04075; 1,357 unigenes, 4.6%).
Therefore, it is not easy to forecast ionospheric VTEC maps with high accuracy during geomagnetic storms.
Based on this model, 2D maps with high spatiotemporal resolution are produced, in spite of the wide sensor distribution.
We expect that the interested reader will be able to generalize Theorem 4 to maps with higher order of contact.
Two American satellites have already done this, but Planck is much more sensitive and can make much more detailed maps, with higher resolution.
With few presence-only data of rare species, Maxent models were statistically and ecologically significant and reliable to develop distribution maps with high predictive power.
Subsidence rate maps with high observation density are expected to facilitate metro line stability assessment for the transportation department in Shanghai.
GBS method is a useful and powerful approach to rapidly get lots of markers to construct genetic maps with high resolution.
