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35995 results , showing 1 to 10 « ‹ › »

        
                    Wild soybean rhizosphere microbiomes buffer continuous cropping obstacles in cultivated soybean via functional cross-kingdom synthetic communities
                
                             Study Identifier
                            
                                MTBLS13803
                        
                             Study Size
                            6.53GiB
                        
                             Submitted by
                            Wenmin Song
                                
                        Organism
                        
                            Glycine max
                    
                        Study Factors
                        
                            Treatment
                    
                    Dietary germ oil-derived phytosterols ameliorate hyperlipidemia by suppressing bile salt hydrolase-producing gut microbiota to enrich taurohyodeoxycholic acid_Bile acid profile of the ileal content
                
                             Study Identifier
                            
                                MTBLS13656
                        
                             Study Size
                            2.40GiB
                        
                             Submitted by
                            Jiayue Xia
                                
                        Organism
                        
                            Rattus norvegicus
                    
                        Study Factors
                        
                            Treatment
                    
                    Dietary germ oil-derived phytosterols ameliorate hyperlipidemia by suppressing bile salt hydrolase-producing gut microbiota to enrich taurohyodeoxycholic acid_Serum bile acid profile in individuals with borderline elevated cholesterol
                
                             Study Identifier
                            
                                MTBLS13652
                        
                             Study Size
                            50.09MiB
                        
                             Submitted by
                            Jiayue Xia
                                
                        Organism
                        
                            Homo sapiens
                    
                        Study Factors
                        
                            Treatment
                    
                    Dietary germ oil-derived phytosterols ameliorate hyperlipidemia by suppressing bile salt hydrolase-producing gut microbiota to enrich taurohyodeoxycholic acid_Serum bile acids in individuals with dyslipidemia
                
                             Study Identifier
                            
                                MTBLS13654
                        
                             Study Size
                            6.29GiB
                        
                             Submitted by
                            Jiayue Xia
                                
                        Organism
                        
                            Homo sapiens
                    
                        Study Factors
                        
                            Treatment
                    
                    Dietary germ oil-derived phytosterols ameliorate hyperlipidemia by suppressing bile salt hydrolase-producing gut microbiota to enrich taurohyodeoxycholic acid_Bile acid profile in rat liver tissue
                
                             Study Identifier
                            
                                MTBLS13655
                        
                             Study Size
                            2.31GiB
                        
                             Submitted by
                            Jiayue Xia
                                
                        Organism
                        
                            Rattus norvegicus
                    
                        Study Factors
                        
                            Treatment
                    
                    Multi-omics Elucidates Gut Microbiota-Driven Mechanisms of Lipid Deposition in Pigs Fed a DDGS Diet
                
                             Study Identifier
                            
                                MTBLS14058
                        
                             Study Size
                            103.16MiB
                        
                             Submitted by
                            Qingwei Meng
                                
                        Organism
                        
                            Sus scrofa
                    
                        Study Factors
                        
                            Treatment
                    
                    Omics data integration allows the identification of an idiopathic Parkinson’s disease signature
                
                             Study Identifier
                            
                                MTBLS7740
                        
                             Study Size
                            767.77MiB
                        
                             Submitted by
                            Christian Jaeger
                                
                        Organism
                        
                            blank sample, reference compound, Homo sapiens
                    
                        Study Factors
                        
                            Polar/Non-polar extract, Idiopathic parkinson's disease
                    
                    SIRT5 alleviate cardiomyocyte senescence in radiation-induced heart disease via desuccinylation of HADHB
                
                             Study Identifier
                            
                                MTBLS14057
                        
                             Study Size
                            0.00KiB
                        
                             Submitted by
                            Duo Keai
                                
                        Organism
                        
                            Homo sapiens
                    
                        Study Factors
                        
                            Group
                    
                    Mechanistic profiling of Bifemetstrobin against the tea anthracnose pathogen and candidate evaluation of an amine oxidase target
                
                             Study Identifier
                            
                                MTBLS13992
                        
                             Study Size
                            2.18GiB
                        
                             Submitted by
                            xinpeng zhang
                                
                        Organism
                        
                            Glomerella cingulata
                    
                        Study Factors
                        
                            Treatment
                    
                    Non-targeted metabolomics of mouse feces in response to dietary fiber
                
                             Study Identifier
                            
                                MTBLS14046
                        
                             Study Size
                            800.43MiB
                        
                             Submitted by
                            wei liu
                                
                        Organism
                        
                            Mus musculus
                    
                        Study Factors
                        
                            Group

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35995 results , showing 1 to 10 « ‹ › »

Wild soybean rhizosphere microbiomes buffer continuous cropping obstacles in cultivated soybean via functional cross-kingdom synthetic communities

Dietary germ oil-derived phytosterols ameliorate hyperlipidemia by suppressing bile salt hydrolase-producing gut microbiota to enrich taurohyodeoxycholic acid_Bile acid profile of the ileal content

Dietary germ oil-derived phytosterols ameliorate hyperlipidemia by suppressing bile salt hydrolase-producing gut microbiota to enrich taurohyodeoxycholic acid_Serum bile acid profile in individuals with borderline elevated cholesterol

Dietary germ oil-derived phytosterols ameliorate hyperlipidemia by suppressing bile salt hydrolase-producing gut microbiota to enrich taurohyodeoxycholic acid_Serum bile acids in individuals with dyslipidemia

Dietary germ oil-derived phytosterols ameliorate hyperlipidemia by suppressing bile salt hydrolase-producing gut microbiota to enrich taurohyodeoxycholic acid_Bile acid profile in rat liver tissue

Multi-omics Elucidates Gut Microbiota-Driven Mechanisms of Lipid Deposition in Pigs Fed a DDGS Diet

Omics data integration allows the identification of an idiopathic Parkinson’s disease signature

SIRT5 alleviate cardiomyocyte senescence in radiation-induced heart disease via desuccinylation of HADHB

Mechanistic profiling of Bifemetstrobin against the tea anthracnose pathogen and candidate evaluation of an amine oxidase target

Non-targeted metabolomics of mouse feces in response to dietary fiber

Study Identifier	MTBLS13803
Study Size	6.53GiB
Submitted by	Wenmin Song

Study Identifier	MTBLS13656
Study Size	2.40GiB
Submitted by	Jiayue Xia

Study Identifier	MTBLS13652
Study Size	50.09MiB
Submitted by	Jiayue Xia

Study Identifier	MTBLS13654
Study Size	6.29GiB
Submitted by	Jiayue Xia

Study Identifier	MTBLS13655
Study Size	2.31GiB
Submitted by	Jiayue Xia

Study Identifier	MTBLS14058
Study Size	103.16MiB
Submitted by	Qingwei Meng

Study Identifier	MTBLS7740
Study Size	767.77MiB
Submitted by	Christian Jaeger

Organism	blank sample, reference compound, Homo sapiens
Study Factors	Polar/Non-polar extract, Idiopathic parkinson's disease

Study Identifier	MTBLS14057
Study Size	0.00KiB
Submitted by	Duo Keai

Study Identifier	MTBLS13992
Study Size	2.18GiB
Submitted by	xinpeng zhang

Study Identifier	MTBLS14046
Study Size	800.43MiB
Submitted by	wei liu

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35995 results , showing 1 to 10 « ‹ › »