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Table 3 Top most upregulated genes in the Culex quinquefasciatus larvae from the RIAB59 resistant colony, revealed by the RNA-seq analysis

From: A differential transcriptional profile by Culex quinquefasciatus larvae resistant to Lysinibacillus sphaericus IAB59 highlights genes and pathways associated with the resistance phenotype

Gene_id

Description

Log2 fold change

P-value

CPIJ014172

2-hydroxyacyl-lyase 1

5.33

1.61E−24

CPIJ006306

Transient receptor potential channel

4.20

3.44E−14

CPIJ014195

Chitin binding protein

4.10

6.64E−11

CPIJ013708

Farnesoic acid 0-methyl transferase

3.83

2.49E−11

CPIJ002522

Farnesol dehydrogenase

3.76

4.07E−12

CPIJ004489

Sodium potassium calcium exchanger 5

3.75

1.95E−25

CPIJ014743

Guanine nucleotide-binding-like 3 homolog

3.71

1.81E−22

CPIJ019303

Transcription termination factor 2

3.45

2.06E−08

CPIJ015649

DNA-binding protein smubp-2 putative/Helicase mov-10-

3.38

4.23E−08

CPIJ011720

Venom dipeptidyl peptidase 4

3.18

3.49E−07

CPIJ010133

Structural maintenance of chromosomes protein

3.18

1.81E−08

CPIJ007000

Matrix metallo ase

3.15

4.68E−07

CPIJ018811

Apoptosis-inducing factor mitochondrial

3.15

4.96E−07

CPIJ013538

Ficolin-1

3.14

5.41E−07

CPIJ009033

Hexamerin/arylphorin subunit C223

3.13

8.45E−07

CPIJ010470

Transmembrane 19 isoform X1

3.11

7.19E−07

CPIJ000056

Hexamerin/larval serum 1 beta chain

3.05

3.16E−06

CPIJ004795

Mitochondrial carrier Rim2

3.04

7.47E−24

CPIJ019787

Angiopoietin-2/ficolin-3 precursor

3.03

1.63E−06