@twraii: Me when radiohead was my top artist #neongenesisevangelion #evangelion #nge #shinji #foryoupage #foryou #spotifywrapped #radiohead #nosurprises #viral #animeedit #amv #trend #trending #anime #fyp #twraii

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Region: CH
Saturday 02 December 2023 18:23:48 GMT
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cookie___26
Cookie :
Bro defo listens to Radiohead
2023-12-02 18:28:02
25
tabrisq
୭ ֹ ⑅᜔ ׄ ݊ ݂ tabrisq! ۪ ֹ ᮫ :
I LOVE YOUR EVANGELION EDITS SMMM
2023-12-02 22:35:57
10
lechonmanok78
Lechonmanok :
What's your aspect ratio 😁?
2024-01-19 12:48:32
0
azzysbinarycats
Azzy<3 :
radio head was one of my top artists 😭😭😭😭😭
2023-12-02 20:54:38
2
nanas_strawberryg1ass
🍓 :
hai so i just wanna say that your music taste is like i luv your music taste and the way you edit. when i look for edit sounds i always land on your
2024-01-01 20:11:23
0
.elii.com
elijah :
me fr
2023-12-16 09:35:19
0
.copy_
copy :
I LOVE THISS
2023-12-03 05:00:06
1
christopherashe
bestshot :
very impressive
2024-05-29 11:19:45
0
lt.ace22
sla man :
HE WHEN KAWORU IS NOT AROUND IS ONLY SADNESS
2023-12-22 14:47:46
0
..13angel
☆ :
i got top 0.05% for radiohead.
2023-12-10 10:30:50
0
webarelyknoweachother
Yebbel :
no suprises was my most listened song in my wrapped
2023-12-03 12:03:56
0
cesspoolofgarbage
🦈Kate🦈 :
radiohead as my top artist and proud (ashamed)
2023-12-03 17:34:32
4
iloverei.0.0
Shinji needs help :
RADIOHEAD!!!!! ❗️❗️❗️❗️❗️❗️🔛🔝
2023-12-03 11:33:19
0
femhuacheng
Hal #1 Kaworu fan :
Shinji with Radiohead hurts so bad
2023-12-03 02:43:16
0
glue_e
glue_e :
swag
2023-12-02 18:32:08
1
khalilvvv1
Facebook :
RADIOHEAD FOREVER
2023-12-02 19:29:01
3
unikornpee
unikornpee :
hes so me
2023-12-02 22:45:43
1
hs.yuno
yuno🇯🇲 :
he js like me fr 🙏
2023-12-03 06:11:59
1
h1ro_06
H1ro🥢 :
Hi, you’ll probably find this weird but I was following you and I reviewed your account and I would really like to make edits like yours. Could I know
2023-12-15 21:04:14
0
zxanticide
zxanticide :
THE CAPTION?? i’m sorry.
2023-12-02 18:30:54
1
vampboy699
vampboy699 :
AHHHHH I LOVE UR EDITS SO MUCH BROO
2023-12-14 10:03:16
1
nanas_strawberryg1ass
🍓 :
page on my other acc i. use ur sounds so often its funny i love your artstyle and ur edits smypu make me so happy and ijjst love your edits!!
2024-01-01 20:12:17
0
iloverei.0.0
Shinji needs help :
I LOVE RADIOHEAD SOOOOOOOOOOOOOOO MUCH OMGGGG 😭❗️❗️❗️❗️❗️
2023-12-03 11:37:00
0
christopherashe
bestshot :
I like your video 🌹
2024-05-29 11:19:21
0
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How a Man’s DNA Can Permanently Change the Mother of His Children #transfer. Epigenetic changes can indeed be long-lasting and even heritable, contributing to the regulation of gene expression over multiple generations. While some epigenetic modifications are reversible and dynamic, others can become more stable and even permanent under certain conditions. Here's a description of how permanent epigenetic changes can be made to DNA in the presence of altered conditions: DNA Methylation: DNA methylation involves the addition of methyl groups to specific cytosine residues within DNA, typically occurring at CpG dinucleotides. While DNA methylation patterns are dynamically regulated throughout development and in response to environmental cues, certain methyl marks can become more stable and resistant to removal, leading to long-lasting changes in gene expression. This process, known as "maintenance methylation," ensures the stability of epigenetic modifications across cell divisions and can contribute to the inheritance of epigenetic traits. Histone Modifications: Histone modifications, such as methylation, acetylation, phosphorylation, and ubiquitination, can also exhibit long-lasting effects on chromatin structure and gene expression. Some histone modifications are associated with transcriptionally active or repressive chromatin states and can persist through multiple cell divisions, influencing gene expression patterns over time. Stable histone modifications can be maintained by histone-modifying enzymes and chromatin remodeling complexes, ensuring the stability of epigenetic states. Imprinting: Imprinting is a form of epigenetic regulation that involves the differential methylation and expression of genes based on their parental origin. Imprinted genes typically exhibit parent-of-origin-specific expression patterns, with one allele being silenced through DNA methylation or histone modification. Imprinting marks are established during gametogenesis and are maintained throughout development and adulthood, resulting in long-lasting and heritable epigenetic modifications that influence gene expression. #dna #couple

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