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Effects of solubility tags and stability mutations on <t>NcEGT1</t> expression and EGT synthesis. (A) Expression analysis of recombinant proteins NcEGT1 and TrEGT1 in S. cerevisiae. Coomassie Blue-stained SDS-PAGE gel showing total protein extracts from different yeast strains: the parental strain (SC), strain expressing the wild-type Ncegt1 and Tregt2 genes (WT-EGT) and strain E1 expressing the codon-optimized Ncegt1 and Tregt2 genes (CO-EGT). Equal amounts of total protein were loaded. M: protein molecular weight marker. The arrowheads indicate the expected positions of NcEGT1 (≈99 kDa) and TrEGT2 (≈53 kDa). +: soluble crude extract. -: insoluble crude extract. (B) Soluble expression analysis of fusion proteins with different solubility tags. MBP-NcEGT1 (≈139.9 <t>kDa),</t> <t>GST-NcEGT1</t> (≈125 kDa), NusA-NcEGT1(≈154.4 kDa), TrxA-NcEGT1(≈111.3 kDa) (C) Effect of different solubility tags on EGT production. (D) Effect of single-point mutations on EGT production. (E) Spatial distribution of key stability-related mutation sites in NcEGT1. The structure predicted by AlphaFold2 shows mutation sites used in double-mutant construction: A458P (pink, optimal) and five high-effect sites (blue), each combined with A458P. (F) Effect of double-point mutations on EGT production. All data presented as mean ± S.D. from three (n = 3) biological independent replicates.
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Effects of solubility tags and stability mutations on <t>NcEGT1</t> expression and EGT synthesis. (A) Expression analysis of recombinant proteins NcEGT1 and TrEGT1 in S. cerevisiae. Coomassie Blue-stained SDS-PAGE gel showing total protein extracts from different yeast strains: the parental strain (SC), strain expressing the wild-type Ncegt1 and Tregt2 genes (WT-EGT) and strain E1 expressing the codon-optimized Ncegt1 and Tregt2 genes (CO-EGT). Equal amounts of total protein were loaded. M: protein molecular weight marker. The arrowheads indicate the expected positions of NcEGT1 (≈99 kDa) and TrEGT2 (≈53 kDa). +: soluble crude extract. -: insoluble crude extract. (B) Soluble expression analysis of fusion proteins with different solubility tags. MBP-NcEGT1 (≈139.9 <t>kDa),</t> <t>GST-NcEGT1</t> (≈125 kDa), NusA-NcEGT1(≈154.4 kDa), TrxA-NcEGT1(≈111.3 kDa) (C) Effect of different solubility tags on EGT production. (D) Effect of single-point mutations on EGT production. (E) Spatial distribution of key stability-related mutation sites in NcEGT1. The structure predicted by AlphaFold2 shows mutation sites used in double-mutant construction: A458P (pink, optimal) and five high-effect sites (blue), each combined with A458P. (F) Effect of double-point mutations on EGT production. All data presented as mean ± S.D. from three (n = 3) biological independent replicates.
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Effects of solubility tags and stability mutations on <t>NcEGT1</t> expression and EGT synthesis. (A) Expression analysis of recombinant proteins NcEGT1 and TrEGT1 in S. cerevisiae. Coomassie Blue-stained SDS-PAGE gel showing total protein extracts from different yeast strains: the parental strain (SC), strain expressing the wild-type Ncegt1 and Tregt2 genes (WT-EGT) and strain E1 expressing the codon-optimized Ncegt1 and Tregt2 genes (CO-EGT). Equal amounts of total protein were loaded. M: protein molecular weight marker. The arrowheads indicate the expected positions of NcEGT1 (≈99 kDa) and TrEGT2 (≈53 kDa). +: soluble crude extract. -: insoluble crude extract. (B) Soluble expression analysis of fusion proteins with different solubility tags. MBP-NcEGT1 (≈139.9 <t>kDa),</t> <t>GST-NcEGT1</t> (≈125 kDa), NusA-NcEGT1(≈154.4 kDa), TrxA-NcEGT1(≈111.3 kDa) (C) Effect of different solubility tags on EGT production. (D) Effect of single-point mutations on EGT production. (E) Spatial distribution of key stability-related mutation sites in NcEGT1. The structure predicted by AlphaFold2 shows mutation sites used in double-mutant construction: A458P (pink, optimal) and five high-effect sites (blue), each combined with A458P. (F) Effect of double-point mutations on EGT production. All data presented as mean ± S.D. from three (n = 3) biological independent replicates.
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Effects of solubility tags and stability mutations on <t>NcEGT1</t> expression and EGT synthesis. (A) Expression analysis of recombinant proteins NcEGT1 and TrEGT1 in S. cerevisiae. Coomassie Blue-stained SDS-PAGE gel showing total protein extracts from different yeast strains: the parental strain (SC), strain expressing the wild-type Ncegt1 and Tregt2 genes (WT-EGT) and strain E1 expressing the codon-optimized Ncegt1 and Tregt2 genes (CO-EGT). Equal amounts of total protein were loaded. M: protein molecular weight marker. The arrowheads indicate the expected positions of NcEGT1 (≈99 kDa) and TrEGT2 (≈53 kDa). +: soluble crude extract. -: insoluble crude extract. (B) Soluble expression analysis of fusion proteins with different solubility tags. MBP-NcEGT1 (≈139.9 <t>kDa),</t> <t>GST-NcEGT1</t> (≈125 kDa), NusA-NcEGT1(≈154.4 kDa), TrxA-NcEGT1(≈111.3 kDa) (C) Effect of different solubility tags on EGT production. (D) Effect of single-point mutations on EGT production. (E) Spatial distribution of key stability-related mutation sites in NcEGT1. The structure predicted by AlphaFold2 shows mutation sites used in double-mutant construction: A458P (pink, optimal) and five high-effect sites (blue), each combined with A458P. (F) Effect of double-point mutations on EGT production. All data presented as mean ± S.D. from three (n = 3) biological independent replicates.
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Effects of solubility tags and stability mutations on <t>NcEGT1</t> expression and EGT synthesis. (A) Expression analysis of recombinant proteins NcEGT1 and TrEGT1 in S. cerevisiae. Coomassie Blue-stained SDS-PAGE gel showing total protein extracts from different yeast strains: the parental strain (SC), strain expressing the wild-type Ncegt1 and Tregt2 genes (WT-EGT) and strain E1 expressing the codon-optimized Ncegt1 and Tregt2 genes (CO-EGT). Equal amounts of total protein were loaded. M: protein molecular weight marker. The arrowheads indicate the expected positions of NcEGT1 (≈99 kDa) and TrEGT2 (≈53 kDa). +: soluble crude extract. -: insoluble crude extract. (B) Soluble expression analysis of fusion proteins with different solubility tags. MBP-NcEGT1 (≈139.9 <t>kDa),</t> <t>GST-NcEGT1</t> (≈125 kDa), NusA-NcEGT1(≈154.4 kDa), TrxA-NcEGT1(≈111.3 kDa) (C) Effect of different solubility tags on EGT production. (D) Effect of single-point mutations on EGT production. (E) Spatial distribution of key stability-related mutation sites in NcEGT1. The structure predicted by AlphaFold2 shows mutation sites used in double-mutant construction: A458P (pink, optimal) and five high-effect sites (blue), each combined with A458P. (F) Effect of double-point mutations on EGT production. All data presented as mean ± S.D. from three (n = 3) biological independent replicates.
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Covance gst tag
Effects of solubility tags and stability mutations on <t>NcEGT1</t> expression and EGT synthesis. (A) Expression analysis of recombinant proteins NcEGT1 and TrEGT1 in S. cerevisiae. Coomassie Blue-stained SDS-PAGE gel showing total protein extracts from different yeast strains: the parental strain (SC), strain expressing the wild-type Ncegt1 and Tregt2 genes (WT-EGT) and strain E1 expressing the codon-optimized Ncegt1 and Tregt2 genes (CO-EGT). Equal amounts of total protein were loaded. M: protein molecular weight marker. The arrowheads indicate the expected positions of NcEGT1 (≈99 kDa) and TrEGT2 (≈53 kDa). +: soluble crude extract. -: insoluble crude extract. (B) Soluble expression analysis of fusion proteins with different solubility tags. MBP-NcEGT1 (≈139.9 <t>kDa),</t> <t>GST-NcEGT1</t> (≈125 kDa), NusA-NcEGT1(≈154.4 kDa), TrxA-NcEGT1(≈111.3 kDa) (C) Effect of different solubility tags on EGT production. (D) Effect of single-point mutations on EGT production. (E) Spatial distribution of key stability-related mutation sites in NcEGT1. The structure predicted by AlphaFold2 shows mutation sites used in double-mutant construction: A458P (pink, optimal) and five high-effect sites (blue), each combined with A458P. (F) Effect of double-point mutations on EGT production. All data presented as mean ± S.D. from three (n = 3) biological independent replicates.
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Effects of solubility tags and stability mutations on <t>NcEGT1</t> expression and EGT synthesis. (A) Expression analysis of recombinant proteins NcEGT1 and TrEGT1 in S. cerevisiae. Coomassie Blue-stained SDS-PAGE gel showing total protein extracts from different yeast strains: the parental strain (SC), strain expressing the wild-type Ncegt1 and Tregt2 genes (WT-EGT) and strain E1 expressing the codon-optimized Ncegt1 and Tregt2 genes (CO-EGT). Equal amounts of total protein were loaded. M: protein molecular weight marker. The arrowheads indicate the expected positions of NcEGT1 (≈99 kDa) and TrEGT2 (≈53 kDa). +: soluble crude extract. -: insoluble crude extract. (B) Soluble expression analysis of fusion proteins with different solubility tags. MBP-NcEGT1 (≈139.9 <t>kDa),</t> <t>GST-NcEGT1</t> (≈125 kDa), NusA-NcEGT1(≈154.4 kDa), TrxA-NcEGT1(≈111.3 kDa) (C) Effect of different solubility tags on EGT production. (D) Effect of single-point mutations on EGT production. (E) Spatial distribution of key stability-related mutation sites in NcEGT1. The structure predicted by AlphaFold2 shows mutation sites used in double-mutant construction: A458P (pink, optimal) and five high-effect sites (blue), each combined with A458P. (F) Effect of double-point mutations on EGT production. All data presented as mean ± S.D. from three (n = 3) biological independent replicates.
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Effects of solubility tags and stability mutations on <t>NcEGT1</t> expression and EGT synthesis. (A) Expression analysis of recombinant proteins NcEGT1 and TrEGT1 in S. cerevisiae. Coomassie Blue-stained SDS-PAGE gel showing total protein extracts from different yeast strains: the parental strain (SC), strain expressing the wild-type Ncegt1 and Tregt2 genes (WT-EGT) and strain E1 expressing the codon-optimized Ncegt1 and Tregt2 genes (CO-EGT). Equal amounts of total protein were loaded. M: protein molecular weight marker. The arrowheads indicate the expected positions of NcEGT1 (≈99 kDa) and TrEGT2 (≈53 kDa). +: soluble crude extract. -: insoluble crude extract. (B) Soluble expression analysis of fusion proteins with different solubility tags. MBP-NcEGT1 (≈139.9 <t>kDa),</t> <t>GST-NcEGT1</t> (≈125 kDa), NusA-NcEGT1(≈154.4 kDa), TrxA-NcEGT1(≈111.3 kDa) (C) Effect of different solubility tags on EGT production. (D) Effect of single-point mutations on EGT production. (E) Spatial distribution of key stability-related mutation sites in NcEGT1. The structure predicted by AlphaFold2 shows mutation sites used in double-mutant construction: A458P (pink, optimal) and five high-effect sites (blue), each combined with A458P. (F) Effect of double-point mutations on EGT production. All data presented as mean ± S.D. from three (n = 3) biological independent replicates.
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Effects of solubility tags and stability mutations on NcEGT1 expression and EGT synthesis. (A) Expression analysis of recombinant proteins NcEGT1 and TrEGT1 in S. cerevisiae. Coomassie Blue-stained SDS-PAGE gel showing total protein extracts from different yeast strains: the parental strain (SC), strain expressing the wild-type Ncegt1 and Tregt2 genes (WT-EGT) and strain E1 expressing the codon-optimized Ncegt1 and Tregt2 genes (CO-EGT). Equal amounts of total protein were loaded. M: protein molecular weight marker. The arrowheads indicate the expected positions of NcEGT1 (≈99 kDa) and TrEGT2 (≈53 kDa). +: soluble crude extract. -: insoluble crude extract. (B) Soluble expression analysis of fusion proteins with different solubility tags. MBP-NcEGT1 (≈139.9 kDa), GST-NcEGT1 (≈125 kDa), NusA-NcEGT1(≈154.4 kDa), TrxA-NcEGT1(≈111.3 kDa) (C) Effect of different solubility tags on EGT production. (D) Effect of single-point mutations on EGT production. (E) Spatial distribution of key stability-related mutation sites in NcEGT1. The structure predicted by AlphaFold2 shows mutation sites used in double-mutant construction: A458P (pink, optimal) and five high-effect sites (blue), each combined with A458P. (F) Effect of double-point mutations on EGT production. All data presented as mean ± S.D. from three (n = 3) biological independent replicates.

Journal: Synthetic and Systems Biotechnology

Article Title: Metabolic engineering of Saccharomyces cerevisiae for co-production of ergothioneine, salidroside and gadusol

doi: 10.1016/j.synbio.2026.04.010

Figure Lengend Snippet: Effects of solubility tags and stability mutations on NcEGT1 expression and EGT synthesis. (A) Expression analysis of recombinant proteins NcEGT1 and TrEGT1 in S. cerevisiae. Coomassie Blue-stained SDS-PAGE gel showing total protein extracts from different yeast strains: the parental strain (SC), strain expressing the wild-type Ncegt1 and Tregt2 genes (WT-EGT) and strain E1 expressing the codon-optimized Ncegt1 and Tregt2 genes (CO-EGT). Equal amounts of total protein were loaded. M: protein molecular weight marker. The arrowheads indicate the expected positions of NcEGT1 (≈99 kDa) and TrEGT2 (≈53 kDa). +: soluble crude extract. -: insoluble crude extract. (B) Soluble expression analysis of fusion proteins with different solubility tags. MBP-NcEGT1 (≈139.9 kDa), GST-NcEGT1 (≈125 kDa), NusA-NcEGT1(≈154.4 kDa), TrxA-NcEGT1(≈111.3 kDa) (C) Effect of different solubility tags on EGT production. (D) Effect of single-point mutations on EGT production. (E) Spatial distribution of key stability-related mutation sites in NcEGT1. The structure predicted by AlphaFold2 shows mutation sites used in double-mutant construction: A458P (pink, optimal) and five high-effect sites (blue), each combined with A458P. (F) Effect of double-point mutations on EGT production. All data presented as mean ± S.D. from three (n = 3) biological independent replicates.

Article Snippet: Among the constructed variants, a 33% increase in EGT production was observed in mutant E26 (GST-NcEGT1 A458P ) over that of E18 (GST-NcEGT1) ( D).

Techniques: Solubility, Expressing, Recombinant, Staining, SDS Page, Molecular Weight, Marker, Mutagenesis