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Table 1 Significantly different proteins identified in the cellular proteome of K. pneumoniae relative to zinc replete conditions

From: Zinc limitation in Klebsiella pneumoniae profiled by quantitative proteomics influences transcriptional regulation and cation transporter-associated capsule production

Protein IDs

Fold difference

Gene names

Protein names

A6TFX2

−5.522

ilvN

Acetolactate synthase small subunit

A6T7W1

−3.923

KPN78578_12210

PKHD-type hydroxylase

A6THZ7

3.587

deoA

Thymidine phosphorylase

A6TGG0

3.783

ilvY

Positive regulator for ilvC

A6TFL0

3.945

yibQ

Uncharacterized protein

A6T709

4.210

KPN78578_09190

UPF0434 protein

A6T7L3

4.406

yciE

Uncharacterized protein

A6TBM1

4.507

yohC

Putative transport protein

A6THH0

5.221

treR

Trehalose repressor

A6T810

5.363

pspB

Phage shock protein B

A6TAN3

5.442

chaB

Cation transport regulator

A6T811

5.691

pspC

Phage shock protein

A6TI69

5.862

KPN_pKPN3p05911

Uncharacterized protein

A6TC61

6.434

cysU

Sulfate, thiosulfate transport system permease T protein

A6T9K1

7.243

KPN_01841

Uncharacterized protein

A6TF61

7.816

yhhA

Uncharacterized protein

A6TAE9

12.359

KPN_02142

Uncharacterized protein

A6T769

13.369

acyP

Acylphosphatase

A6T6K9

13.487

hutC

Histidine utilization repressor