Browse
Submit Data
Databases
API
Help

Dataset Information

0 Views

0 Connections

0 Citations

0 Reanalyses

0 Downloads

Omics score: 0

Global circadian transcript profile of mouse peripheral tissues and brain entrained by inverted feeding

ABSTRACT: Global circadian transcript profile of mouse peripheral tissues and brain entrained by inverted feeding

PROVIDER: PRJNA631956 | ENA |

REPOSITORIES: ENA

ACCESS DATA

Json Xml

Similar Datasets

Global circadian transcript profile of mouse kidney entrained by inverted feeding

Project description:Circadian clocks in peripheral organs are entrained by feeding. Eating in the right time is crucial to maintain metabolic health, whereas eating in the wrong time increases the susceptibility to metabolic diseases. It is unknown how change of mealtime impacts circadian transcriptomes in peripheral organs and brain, such as liver, heart, kidney and visceral adipose tissue. Here, we presented global circadian transcript profile of mouse kidney entrained by inverted feeding to compile an atlas for mechanistic insights into how feed-fast cycle regulates circadian biology.

2021-03-11 | GSE151221 | GEO

Global circadian transcript profile of mouse liver entrained by inverted feeding

Project description:Circadian clocks in peripheral organs are entrained by feeding. Eating in the right time is crucial to maintain metabolic health, whereas eating in the wrong time increases the susceptibility to metabolic diseases. It is unknown how change of mealtime impacts circadian transcriptomes in peripheral organs and brain, such as liver, heart, kidney and visceral adipose tissue. Here, we presented global circadian transcript profile of mouse liver entrained by inverted feeding to compile an atlas for mechanistic insights into how feed-fast cycle regulates circadian biology.

2021-03-11 | GSE150380 | GEO

Global circadian transcript profile of mouse heart entrained by inverted feeding

Project description:Circadian clocks in peripheral organs are entrained by feeding. Eating in the right time is crucial to maintain metabolic health, whereas eating in the wrong time increases the susceptibility to metabolic diseases. It is unknown how change of mealtime impacts circadian transcriptomes in peripheral organs and brain, such as liver, heart, kidney and visceral adipose tissue. Here, we presented global circadian transcript profile of mouse heart entrained by inverted feeding to compile an atlas for mechanistic insights into how feed-fast cycle regulates circadian biology.

2021-03-11 | GSE150381 | GEO

Global circadian transcript profile of mouse gastrocnemius muscle entrained by inverted feeding

Project description:Circadian clocks in peripheral organs are entrained by feeding. Eating in the right time is crucial to maintain metabolic health, whereas eating in the wrong time increases the susceptibility to metabolic diseases. It is unknown how change of mealtime impacts circadian transcriptomes in peripheral organs and brain. Here, we presented global circadian transcript profile of mouse tissues (i.e. skeletal muscle) entrained by inverted feeding to compile an atlas for mechanistic insights into how feed-fast cycle regulates circadian biology.

2023-04-23 | GSE194106 | GEO

Global circadian transcript profile of mouse viceral adipose entrained by inverted feeding

Project description:Circadian clocks in peripheral organs are entrained by feeding. Eating in the right time is crucial to maintain metabolic health, whereas eating in the wrong time increases the susceptibility to metabolic diseases. It is unknown how change of mealtime impacts circadian transcriptomes in peripheral organs and brain, such as liver, heart, kidney and visceral adipose tissue. Here, we presented global circadian transcript profile of mouse visceral adipose tissue entrained by inverted feeding to compile an atlas for mechanistic insights into how feed-fast cycle regulates circadian biology.

2021-03-11 | GSE151228 | GEO

Global circadian transcript profile of mouse anterior hypothalamus entrained by inverted feeding

Project description:Circadian clocks in peripheral organs are entrained by feeding. Eating in the right time is crucial to maintain metabolic health, whereas eating in the wrong time increases the susceptibility to metabolic diseases. It is unknown how change of mealtime impacts circadian transcriptomes in peripheral organs and brain, such as liver, heart, kidney and visceral adipose tissue. Here, we presented global circadian transcript profile of mouse tissues (i.e. kidney, anterior hypothalamus) entrained by inverted feeding to compile an atlas for mechanistic insights into how feed-fast cycle regulates circadian biology.

2021-03-11 | GSE150958 | GEO

Global circadian transcript profile of mouse gastrocnemius muscle entrained by inverted feeding

Project description:Global circadian transcript profile of mouse gastrocnemius muscle entrained by inverted feeding

| PRJNA799060 | ENA

Project description:Global circadian transcript profile of mouse liver entrained by inverted feeding

| PRJNA629651 | ENA

Project description:Global circadian transcript profile of mouse adipose entrained by inverted feeding

| PRJNA631540 | ENA

Project description:Global circadian transcript profile of mouse heart entrained by inverted feeding

| PRJNA631106 | ENA