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Table 1 Transcription changes in the Δcse mutant

From: The small Ca2+-binding protein CSE links Ca2+ signalling with nitrogen metabolism and filament integrity in Anabaena sp. PCC 7120

Accession

Gene symbol

Description

Fold change

FDR

Heterocyst-related genes

asr0098

 

unknown protein

2.1

0.049

alr0099

hetZ

heterocyst differentiation

4.1

0.018

asr0100

patU5

heterocyst inhibitor

3.5

5.69E-06

alr0101

patU3

heterocyst inhibitor

3.4

4.04E-05

all0521

patA

two-component response regulator, heterocyst pattern formation protein

2.6

0.002

asr1734

 

heterocyst inhibitor

1.9

0.002

asl2301

patS

heterocyst-inhibiting signalling peptide

2.7

1.82E-06

alr2817

hetC

heterocyst differentiation protein

−1.3

0.009

alr2818

hetP

heterocyst differentiation protein

2.3

0.036

alr4392

ntcA

nitrogen-responsive regulatory protein

−1.3

0.007

alr2822 – alr2841

hep

Heterocyst Envelope Polysaccharide island

−2.5

<  0.016

alr0267

hesF

exoprotein for filament adhesion

−4.8

3.42E-04

all5341 – all5359

hgl, hgd, het

glycolipid biosynthesis: glycosyltransferases, hgdA-C, hglA-G/T, hetN/I

−4.5

<  0.034

all2512

patB

heterocyst-specific transcriptional regulator

−4.7

0.026

all0177

flv1B

heterocyst-specific flavodiiron protein

−3.7

5.19E-09

all0178

flv3B

heterocyst-specific flavodiiron protein

−3.1

0.034

all1430

fdxH

heterocyst ferredoxin

−5.5

6.44E-07

alr2514

cox2B

cytochrome c oxidase 2 subunit II

−3.9

0.003

alr2515

cox2A

cytochrome c oxidase 2 subunit I

−4.0

0.003

alr2516

cox2C

cytochrome c oxidase 2 subunit III

−4.4

0.032

alr2729

 

putative membrane protein

−4.3

2.70E-09

alr2730

 

putative membrane protein

−3.8

0.001

alr2731

cox3B

cytochrome c oxidase 3 subunit II

−4.2

2.70E-09

alr2732

cox3A

cytochrome c oxidase 3 subunit I

−5.1

1.73E-04

alr3710

devB

heterocyst-specific ABC-transporter, membrane fusion protein

−4.0

3.04E-06

alr3711

devC

heterocyst-specific ABC-transporter, membrane spanning subunit

−3.2

0.009

alr3712

devA

heterocyst-specific ABC-transporter, ATP-binding subunit

−3.7

0.007

Nitrogen fixation

alr1407

nifV1

homocitrate synthase

−3.8

8.36E-05

asr1408

nifZ

iron-sulfur cofactor synthesis protein

−4.0

0.005

asr1409

nifT

nitrogen fixation protein

−3.6

0.003

all1424 – all1427

 

nitroreductase family protein, ankyrin, CBS domain containing membrane protein

−3.1

<  0.016

all1431 – all1440

hes & nif

iron-sulfur cluster biosynthesis protein hesA/B, nifW/X/N/E/K

−5.4

<  0.038

all1455

nifH

nitrogenase iron protein

−6.5

4.06E-06

all1456

nifU

nitrogen fixation protein

−4.2

0.009

all1457

nifS

nitrogenase cofactor synthesis protein

−6.0

0.025

all1517

nifB

nitrogen fixation protein

−6.4

7.81E-06

alr2520

 

nitrogenase-associated protein

−4.6

7.18E-05

Hydrogenases

all0688 – alr0700

hup

uptake hydrogenase

−2.7

<  0.009

alr0766

hoxH

bidirectional hydrogenase large subunit

5.9

0.050

Chlorophyll + pyrimidine biosynthesis

all1357

hemF2

coproporphyrinogen III oxidase

17.9

0.011

alr1358

 

Magnesium-protoporphyrin IX monomethyl ester [oxidative] cyclase 1

4.2

2.73E-04

alr1912

 

dihydroorotate dehydrogenase (fumarate)

6.5

0.024

Other gene clusters

all2126

  

−4.0

2.06E-07

all2127

 

radical S-adenosyl-L-methionine

−6.2

1.52E-04

all2128

  

−7.2

0.001

alr2522 – alr2527

 

unknown proteins, luciferase-alpha subunit

−4.1

<  0.005

all7191 – all7223

 

AIPR protein, ABC transporter, plasmid recombinant protein, ATPase, restriction endonuclease, integrase/recombinase, similar to TrsK protein, two-component response regulator

3.2

<  0.050

  1. Fold change (FC) values indicate differential expression of three biological replicates (n = 3) of Δcse compared to wild-type (WT) grown in BG11 medium in 3% CO2. Genes with FC values ≥1.9 (upregulated) or ≤ −1.9 (downregulated) are shown. In some cases, genes of special interest with FC < 1.9 have been included. False discovery rates (FDR) show P values after correction using the Benjamini-Hochberg method. Where operons included > 4 genes, the average FC and largest FDR values are provided