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Publication Year: 2025

11,691 to 11,700 of 11,983 Results

pBAMD-P3-sdaA-glyA-1.gb Jan 13, 2025 - One-carbon fixation via the reductive glycine pathway exceeds yield of the Calvin cycle in bacteria Unknown - 15.3 KB - MD5: ab5066b2b4da6770edd96ecb804d0605 Mini Tn5 transposon vector used to inegrate reductive glycine pathway module 3 under control of promoter P3 into the genome of C. necator H16.
pBAMD-P4-mtdA-fchA-ftfL-1.gb Jan 13, 2025 - One-carbon fixation via the reductive glycine pathway exceeds yield of the Calvin cycle in bacteria Unknown - 18.5 KB - MD5: e36584dcc0f292ecfb7102931141b389 Mini Tn5 transposon vector used to inegrate reductive glycine pathway module 1 under control of promoter P4 into the genome of C. necator H16.
pBAMD-P4-sdaA-glyA-1.gb Jan 13, 2025 - One-carbon fixation via the reductive glycine pathway exceeds yield of the Calvin cycle in bacteria Unknown - 15.4 KB - MD5: 19dff66634fb2bb41dce253a80653250 Mini Tn5 transposon vector used to inegrate reductive glycine pathway module 3 under control of promoter P4 into the genome of C. necator H16.
pBAMD-Pcat-sdaA-glyA-1.gb Jan 13, 2025 - One-carbon fixation via the reductive glycine pathway exceeds yield of the Calvin cycle in bacteria Unknown - 15.7 KB - MD5: f3647a03b60f32444ee62eed6740a8b2 Mini Tn5 transposon vector used to inegrate reductive glycine pathway module 3 under control of promoter Pcat into the genome of C. necator H16.
pBAMD-PphaC1-mtdA-fchA-ftfL-1.gb Jan 13, 2025 - One-carbon fixation via the reductive glycine pathway exceeds yield of the Calvin cycle in bacteria Unknown - 19.2 KB - MD5: cb17fcbdd693597fc45fa13217498eda Mini Tn5 transposon vector used to inegrate reductive glycine pathway module 1 under control of promoter PphaC1 into the genome of C. necator H16.
pBAMD-PphaC-sdaA-glyA-1.gb Jan 13, 2025 - One-carbon fixation via the reductive glycine pathway exceeds yield of the Calvin cycle in bacteria Unknown - 14.4 KB - MD5: 02733f2187ddadb7fa5df86a588c6d6d Mini Tn5 transposon vector used to inegrate reductive glycine pathway module 3 under control of promoter PphaC1 into the genome of C. necator H16.
pLO3-DadA6-2.gb Jan 13, 2025 - One-carbon fixation via the reductive glycine pathway exceeds yield of the Calvin cycle in bacteria Unknown - 13.1 KB - MD5: 879f1a98f4a53b4d2afd0b129d792688 Allelic replacement suicide vector to delete dadA6 in C. necator H16.
pSEVA221-P14-mtdA-fchA-ftfL-KanR-1.gb Jan 13, 2025 - One-carbon fixation via the reductive glycine pathway exceeds yield of the Calvin cycle in bacteria Unknown - 10.9 KB - MD5: d468acc85a4637281715387eeab040f6 Replicative plasmid used to express reductive glycine pathway module 1 under control of promoter P14.
pSEVA331_Pphac1-sdaA-glyA-CmR-1.gb Jan 13, 2025 - One-carbon fixation via the reductive glycine pathway exceeds yield of the Calvin cycle in bacteria Unknown - 20.5 KB - MD5: 6502a7d7ed78beaad9e0f301343833c2 Replicative plasmid used to express reductive glycine pathway module 3 under control of promoter PphaC1.
Datasets for Mn X-ray absorption spectroscopy and quantum chemical calculations on the ammonia-treated S2 state of the oxygen-evolving complex Jan 13, 2025 Pantazis, Dimitrios; DeBeer, Serena; Drosou, Maria; Chrysina, Maria, 2025, "Datasets for Mn X-ray absorption spectroscopy and quantum chemical calculations on the ammonia-treated S2 state of the oxygen-evolving complex", https://doi.org/10.17617/3.8LO0FP, Edmond, V1 Datasets for Mn X-ray absorption spectroscopy and quantum chemical calculations on the ammonia-treated S2 state of the oxygen-evolving complex

pBAMD-P3-sdaA-glyA-1.gb

Jan 13, 2025 - One-carbon fixation via the reductive glycine pathway exceeds yield of the Calvin cycle in bacteria

Unknown - 15.3 KB -

Mini Tn5 transposon vector used to inegrate reductive glycine pathway module 3 under control of promoter P3 into the genome of C. necator H16.

pBAMD-P4-mtdA-fchA-ftfL-1.gb

Jan 13, 2025 - One-carbon fixation via the reductive glycine pathway exceeds yield of the Calvin cycle in bacteria

Unknown - 18.5 KB -

Mini Tn5 transposon vector used to inegrate reductive glycine pathway module 1 under control of promoter P4 into the genome of C. necator H16.

pBAMD-P4-sdaA-glyA-1.gb

Jan 13, 2025 - One-carbon fixation via the reductive glycine pathway exceeds yield of the Calvin cycle in bacteria

Unknown - 15.4 KB -

Mini Tn5 transposon vector used to inegrate reductive glycine pathway module 3 under control of promoter P4 into the genome of C. necator H16.

pBAMD-Pcat-sdaA-glyA-1.gb

Jan 13, 2025 - One-carbon fixation via the reductive glycine pathway exceeds yield of the Calvin cycle in bacteria

Unknown - 15.7 KB -

Mini Tn5 transposon vector used to inegrate reductive glycine pathway module 3 under control of promoter Pcat into the genome of C. necator H16.

pBAMD-PphaC1-mtdA-fchA-ftfL-1.gb

Jan 13, 2025 - One-carbon fixation via the reductive glycine pathway exceeds yield of the Calvin cycle in bacteria

Unknown - 19.2 KB -

Mini Tn5 transposon vector used to inegrate reductive glycine pathway module 1 under control of promoter PphaC1 into the genome of C. necator H16.

pBAMD-PphaC-sdaA-glyA-1.gb

Jan 13, 2025 - One-carbon fixation via the reductive glycine pathway exceeds yield of the Calvin cycle in bacteria

Unknown - 14.4 KB -

Mini Tn5 transposon vector used to inegrate reductive glycine pathway module 3 under control of promoter PphaC1 into the genome of C. necator H16.

pLO3-DadA6-2.gb

Jan 13, 2025 - One-carbon fixation via the reductive glycine pathway exceeds yield of the Calvin cycle in bacteria

Unknown - 13.1 KB -

Allelic replacement suicide vector to delete dadA6 in C. necator H16.

pSEVA221-P14-mtdA-fchA-ftfL-KanR-1.gb

Jan 13, 2025 - One-carbon fixation via the reductive glycine pathway exceeds yield of the Calvin cycle in bacteria

Unknown - 10.9 KB -

Replicative plasmid used to express reductive glycine pathway module 1 under control of promoter P14.

pSEVA331_Pphac1-sdaA-glyA-CmR-1.gb

Jan 13, 2025 - One-carbon fixation via the reductive glycine pathway exceeds yield of the Calvin cycle in bacteria

Unknown - 20.5 KB -

Replicative plasmid used to express reductive glycine pathway module 3 under control of promoter PphaC1.

Datasets for Mn X-ray absorption spectroscopy and quantum chemical calculations on the ammonia-treated S2 state of the oxygen-evolving complex

Jan 13, 2025

Pantazis, Dimitrios; DeBeer, Serena; Drosou, Maria; Chrysina, Maria, 2025, "Datasets for Mn X-ray absorption spectroscopy and quantum chemical calculations on the ammonia-treated S2 state of the oxygen-evolving complex", https://doi.org/10.17617/3.8LO0FP, Edmond, V1

Datasets for Mn X-ray absorption spectroscopy and quantum chemical calculations on the ammonia-treated S2 state of the oxygen-evolving complex

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