The effects of miR-204-3-3p and miR-430a-3p on the circadian clock machinery.

The effects of miR-204-3-3p and miR-430a-3p on the circadian clock machinery.

<p><b>(A-G)</b> Effects of miR-204-3-3p mimics and inhibitors on the expression of key circadian clock components including <i>cryptochrome</i>, <i>period</i>, <i>bmal</i> and <i>clock</i> genes at different timepoints (48 hpf, light...

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Bibliographic Details
Main Author: Zuo Wang (8502849) (author)
Other Authors: Shuang Wang (46453) (author), Yi Bi (702793) (author), Alessandra Boiti (20529357) (author), Shengxiang Zhang (273430) (author), Daniela Vallone (113985) (author), Xianyong Lan (108074) (author), Nicholas S. Foulkes (10105046) (author), Haiyu Zhao (3636070) (author)
Published: 2025
Subjects:
Biophysics
Biochemistry
Cell Biology
Genetics
Molecular Biology
Neuroscience
Physiology
Evolutionary Biology
Inorganic Chemistry
Mental Health
Infectious Diseases
Plant Biology
Biological Sciences not elsewhere classified
transcriptional regulatory mechanisms
rhythmic locomotor activity
encompassing small non
derived cell lines
considerable evidence points
complete sequencing analysis
light regulatory pathways
light directly impact
induced gene transcription
explore light input
cryptochrome genes (<
zebrafish peripheral tissues
shaping dynamic changes
mirnas ), playing
div >< p
3 ′ utrs
induced changes
genes involved
zebrafish transcriptome
zebrafish larvae
zebrafish cells
target genes
sunlight exposure
subsequently focused
remain synchronized
regulated mirnas
redox homeostasis
previous work
per3 </
per2 </
per1b </
notably micrornas
night cycle
level regulation
key step
key property
identified sets
general adaptation
even zebrafish
essential role
dynamic expression
cry1b </
cry1a </
coding rnas
clock1a </
circadian clockwork
circadian clocks
circadian clock
bmal1b </
attractive model
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