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Table 3 Proteins with differential abundances in the ethanol producer compared to WT of Synechococcus 7002 at day 8 of the cultivation

From: Systems analysis of ethanol production in the genetically engineered cyanobacterium Synechococcus sp. PCC 7002

ID cyano-base

Protein ID NCBI

Protein name

Gene name

Function (putative)

Fold change compared to WT (day 8)

Producer (day 8)

Producer (day 22)

WT (day 22)

Proteins with lower abundance in the producer strain compared to WT

 A0250

ACA98261

PEP synthase

ppsA

Glycolysis

0.77 (±0.24)

0.97 (±0.54)

2.75 (±0.21)

 A0115

ACA98130

Glycosyl hydrolase

 

Sugar metabolism

0.02 (±0.028)

0.01 (±0.02)

1.49 (±0.13)

 A1150

ACA99150

Glucosamine-fructose-6-phosphatase

glmS

Sugar metabolism

0.32 (±0.12)

0.16 (±0.06)

1.05 (±0.15)

 A1172

ACA99171

1-Deoxy-D-xylulose-5-phosphate synthase

dxs

Isoprenoid synthesis

0.45 (±0.12)

0.53 (±0.17)

1.06 (±0.14)

 A2851

ACB00819

GG-phosphate synthase

ggpS

Osmolyte synthesis

0.52 (±0.08)

0.09 (±0.02)

0.42 (±0.05)

 A0330

ACA98340

4-Alpha-glucotransferase

malQ

Starch metabolism

0.18 (±0.07)

0.46 (±0.08)

1.26 (±0.16)

 A2069

ACB00056

Adenosylhomocysteinase

ahcY

Amino acid synthesis

0.45 (±0.01)

0.47 (±0.06)

0.73 (±0.06)

 A2819

ACB00788

Glycosyl hydrolase

 

Sugar metabolism

0.02 (±0.01)

0.07 (±0.08)

0.84 (±0.17)

 A2665

ACB00642

Phosphoribulokinase

prk

Calvin cycle

0.33 (±0.12)

0.05 (±0.02)

0.66 9 (±0.26)

 A0106

ACA98121

Glyceraldehyde-3-phosphate dehydrogenase

gapI

Calvin cycle

0.48 (±0.02)

0.46 (±0.04)

0.83 (±0.04)

 A0353

ACA98363

Pyruvate dehydrogenase I

 

Pyruvate to acetylCoA

0.53 (±0.05)

0.35 (±0.03)

1.00 (±0.03)

 A0452

ACA98460

Aldose 1-epimerase

 

Gluconeogenesis

0.33 (±0.13)

0.23 (±0.07)

1.43 (±0.09)

 A1285

ACA99282

PII protein

glnB

Sensing cellular N

0.38 (±0.09)

0.29 (±0.09)

1.04 (±0.17)

 A1549

ACA99540

Glycine dehydrogenase

gcvP

Glycine cleavage system P-protein

0.89 (±0.90)

0.42 (±0.18)

2.36 (±0.23)

Proteins with higher abundance in producer strain compared to WT

 A1321

ACA99318

Flavoprotein

flv3

Oxygen reducing flavodiiron protein

5.64 (±0.9)

6.33 (±0.14)

1.86 (±0.49)

 A0605

ACA98612

Glycerol dehydrogenase

gldA

Glycerol metabolism

3.54 (±0.98)

14.94 (±5.50)

4.69 (±1.50)

 A2458

ACB00436

Chaperonin 60 kDa

groEL

Heat shock protein

1.70 (±0.05)

1.10 (±0.29)

0.98 (±0.10)

 A1803

ACA99791

Carbon concentrating mechanism protein

ccmK

–

2.33 (±0.30)

1.61 (±0.40)

1.1 (±0.10)

 A2457

ACB00435

Chaperonin 10 kDa

groES

Heat shock protein

330.90 (±176.00)

219.13 (±270.00)

13.68 (±21.50)

 A0147

ACA98161

Chaperonin Cpn60

groEL II

Heat shock protein

5.96 (±1.55)

3.08 (±1.20)

3.56 (±0.60)

 A1800

ACA99788

Carbon concentrating mechanism protein

ccmM

–

1.73 (±0.27)

0.38 (±0.40)

0.16 (±0.30)

  

Pyruvate decarboxylase

pdc

–

Present

Present

Absent

  1. The fold changes to WT values on day 8 are given as fold change values ± standard deviation. Data present mean values and standard deviation of two independent cultures with two technical repeats each