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Keyword [sulfur metabolism]
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1. Function Of Sulfur Metabolism Of Thiobacillus In The Bioleaching Of Sulfide Minerals And Properties Of Key Sulfur-oxidizing Enzymes
2. Analysis Of The Promoter Of SmrA Cluster In Sinorhizobium Fredii HN01
3. Diversity Of Sulfur-cycling Bacteria Of Subgalical System Oftianshan No.1 Glacier In Xinjiang, China
4. Biochemical Analysis On Sulfur Metabolism Related Enzymes
5. The Study Of Metabolism Of Carbon And Sulfur In Triterpenoids Accumulation Induced By CO And H2S
6. Glucose And Plant Hormones Synergetically Modulate Glucosinolates Biosynthesis In Cruciferae Plants
7. Studying Of Gene TsT And SiR In Sinorhizobium Fredii WGF03
8. Metabolic Process Related To Cadmium Detoxification And Key Gene Cloning Of Sedum Alfredii
9. Gene Cloning And Functional Research Of ?-Cyano Alanine Synthase Gene In Lathyrus Sativus L.
10. Study On TetH And RpoS Genes In Acidithiobacillus Caldus
11. Performance And Characteristics Of Microbial Community Structure Based On Sulfur Metabolism For Sulfate Petrochemical Wastewater Treatment
12. Sulfur Attachment And Cytoplasmic Sulfur Trafficking In The Sulfur Metabolism Process Of Acidithiobacillus Caldus MTH-04
13. Study On The Metabolic Function And Regulation Mechanism Of Sox Sulfur Oxidization System In Acidithiobacillus Caldus MTH-04
14. The Characterization Of Sulfur Dioxygenase And Its Functional Analysis In The Sulfur Metabolic Network Of Acidithtobacillus Caldus
15. The Construction Of Green Fluorescent Protein-Based Polysulfide-Sensitive Probe And Its Application In The Study Of Sulfur Metabolism In Marine Bacteria
16. Succession Rule Of Microbial Community And Functional Prediction Of Iron-sulfur Metabolic Genes In High-sulfur Abandoned Coal Mines
17. Oxygen Tolerance Of Sulfur Reducing Bacteria In The Shuikou Reservoir And Xiangshan Bay Under Enrichment Culture Conditions
18. Biosynthesis Mechanism Analysis Of ?-ODAP In Lathyrus Sativus L. Based On Transcriptomics And Metabolomics Approach
19. Exploring ?54 Regulated Genes And Tetrahydrosulfate Metabolic Pathway In Acidithiobacillus Caldus
20. Functional Analysis Of Sulfur Metabolism-related Genes In Acidithiobacillus Caldus
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