Grilled Cheese

ExploreLog inSign up
Terms of UsePrivacy PolicyCommunity StandardsHelpGet the app

Grilled Cheese is a product of Village Compute

Version devBuilt at: 2026-10-11 02:37:10 EDT

Explore

PostsPeople
LatestRanked
Load more
@lssjbroly4k.bsky.socialOct 7, 2026, 2:41 PM

LEVEL 6: VS. BUUHAN! THE TRANSFORMING LEGENDARY MAJIN • DBZ: Dokkan Battle (4K 60FPS)

#dokkan #dokkanbattle #dokkanbattleglobal #dragonball #dbz #GlobalDokkanCampaign #Gohan #Cell #KidBuu #Goku #Frieza

youtu.be/iy90ixFWDCA

@plosbiology.orgOct 7, 2026, 2:33 PM

Why do some neurons die in #neurodegeneration while closely related neighbors survive? This Essay by Dong Won Kim argues that disease resistance may depend on maintenance of a neuron's #cell identity and proposes tests of the model.
🧪 #AcademicSky
plos.io/4y7cGbA

Reversible cell-state remodeling vs. identity-maintenance failure in adult neurons. An adult neuron with stable subtype identity (left) depends on continued operation of four interrelated regulatory components, shown in the inset legend: (1) identity transcription factors; (2) accessible identity enhancers; (3) coherent terminal effector gene modules; and (4) active repression of alternative gene programs belonging to other cell types. Under stress (metabolic, proteostatic, inflammatory, or pathological), the neuron can follow one of two trajectories. (A) In reversible cell-state remodeling, the neuron mounts adaptive responses such as the heat-shock response and the unfolded protein response (UPR), while identity transcription factor activity, enhancer accessibility, terminal effector modules, and repression of alternative programs remain intact. When the stress is removed, the neuron returns to its prior identity state. (B) In identity-maintenance failure, similar stress responses occur, but the regulatory machinery that stabilizes subtype identity itself weakens: identity transcription factor activity falls, identity enhancers lose accessibility, terminal effector modules decohere, and repression of alternative or neighboring-cell programs (orange) fails, allowing those programs to be expressed. After sustained disruption of this machinery, return to the prior identity state may be incomplete, delayed, or unstable even after the initiating stress is removed (broken recovery arrow), and degeneration may follow. The stress-response components are shown at comparable intensity in both panels to emphasize that the framework concerns identity-regulatory outcomes under matched stress exposure, not differences in stress response itself. Neuron illustration adapted from NIH BioArt Source, “Healthy neuron” (BIOART-000197), Public Domain, Courtesy of NIAID.
@lssjbroly4k.bsky.socialOct 6, 2026, 8:36 PM

LEVEL 1-5: THE TRANSFORMING LEGENDARY MAJIN • DBZ: Dokkan Battle (4K 60FPS)

#dokkan #dokkanbattle #dokkanbattleglobal #dragonball #dbz #GlobalDokkanCampaign #Gohan #Cell #KidBuu #Goku #Frieza

youtu.be/lhNZQn94Ijc

@klaartcomm.bsky.socialOct 6, 2026, 6:06 PM

Day 6) 2p variants (gender swap) 💚💜😳✨ Laura male version
#dbzoc #dragonball #perfectcell #selfinsertxcanon #yumeship #cell #DragonBall #perfectcell #イラスト #セル #イラスト #selfship #YUMETOBER #YUMETWT #yaoi

@lssjbroly4k.bsky.socialOct 6, 2026, 3:41 PM

LEVEL 11: (EX: R) BUU SAGA & MAJIN POWER VS. PERFECT COOPERATION! • DBZ: Dokkan Battle (4K 60FPS)

#dokkan #dokkanbattle #dokkanbattleglobal #dragonball #dbz #GlobalDokkanCampaign #Gohan #Cell #KidBuu #Goku #Frieza

youtu.be/SsfKXcCjBwo

@kurkuratorium.deOct 6, 2026, 11:03 AM

"When disadvantages in mental abilities become disabling under the demands of modern life, those who struggle will desire and even need treatment. But it’s also worth understanding that the problem is not entirely with the individual."

www.nytimes.com/2026/09/29/s...

#CELL

@plosbiology.orgOct 6, 2026, 8:15 AM

Why do some neurons die in #neurodegeneration while closely related neighbors survive? This Essay by Dong Won Kim argues that disease resistance may depend on maintenance of a neuron's #cell identity and proposes tests of the model.
🧪 #AcademicSky
plos.io/4y7cGbA

Reversible cell-state remodeling vs. identity-maintenance failure in adult neurons. An adult neuron with stable subtype identity (left) depends on continued operation of four interrelated regulatory components, shown in the inset legend: (1) identity transcription factors; (2) accessible identity enhancers; (3) coherent terminal effector gene modules; and (4) active repression of alternative gene programs belonging to other cell types. Under stress (metabolic, proteostatic, inflammatory, or pathological), the neuron can follow one of two trajectories. (A) In reversible cell-state remodeling, the neuron mounts adaptive responses such as the heat-shock response and the unfolded protein response (UPR), while identity transcription factor activity, enhancer accessibility, terminal effector modules, and repression of alternative programs remain intact. When the stress is removed, the neuron returns to its prior identity state. (B) In identity-maintenance failure, similar stress responses occur, but the regulatory machinery that stabilizes subtype identity itself weakens: identity transcription factor activity falls, identity enhancers lose accessibility, terminal effector modules decohere, and repression of alternative or neighboring-cell programs (orange) fails, allowing those programs to be expressed. After sustained disruption of this machinery, return to the prior identity state may be incomplete, delayed, or unstable even after the initiating stress is removed (broken recovery arrow), and degeneration may follow. The stress-response components are shown at comparable intensity in both panels to emphasize that the framework concerns identity-regulatory outcomes under matched stress exposure, not differences in stress response itself. Neuron illustration adapted from NIH BioArt Source, “Healthy neuron” (BIOART-000197), Public Domain, Courtesy of NIAID.
@lssjbroly4k.bsky.socialOct 5, 2026, 6:14 PM

LEVEL 4: VS. SUPER VEGITO! COLLECTION OF EPIC BATTLES • DBZ: Dokkan Battle (4K 60FPS)

#dokkan #dokkanbattle #dokkanbattleglobal #dragonball #dbz #GlobalDokkanCampaign #Gohan #Cell #KidBuu #Goku #Frieza

youtu.be/I0g9Ps1-HXk

@lssjbroly4k.bsky.socialOct 5, 2026, 3:07 PM

LEVEL 4: MAJIN BUU SAGA VS. BABIDI! COLLECTION OF EPIC BATTLES • DBZ: Dokkan Battle (4K 60FPS)

#dokkan #dokkanbattle #dokkanbattleglobal #dragonball #dbz #GlobalDokkanCampaign #Gohan #Cell #KidBuu #Goku #Frieza

youtu.be/anscVyEXXL8

@abioticstress.bsky.socialOct 5, 2026, 11:52 AM

#Temperature responses of #root carbon use efficiency are linked to cortical #cell expansion

academic.oup.com/plphys/artic...

#PlantScience @plantphys.bsky.social @planteditors.bsky.social @plantteaching.bsky.social @plantcellatlas.bsky.social @plant-sci.bsky.social @rootarchitecture.bsky.social

@klaartcomm.bsky.socialOct 5, 2026, 8:06 AM

Part 1 of YUMETOBER with Laura and Cell! 💕✨
I’ll draw along when I can, but only half of it 😅
#dbzoc #dragonball #perfectcell #selfinsertxcanon #yumeship #cell #DragonBall #perfectcell #イラスト #セル #イラスト #selfship #YUMETOBER #YUMETWT

@lssjbroly4k.bsky.socialOct 4, 2026, 8:59 PM

LEVEL 4: VS. VEGETA, MAJIN BUU (EVIL) & BUU (KID)! EPIC BATTLES • DBZ: Dokkan Battle (4K 60FPS)
#dokkan #dokkanbattle #dokkanbattleglobal #dragonball #dbz #GlobalDokkanCampaign #Gohan #Cell #KidBuu #Goku #Frieza

youtu.be/JhIEr6ERxCI

@tenuretracker.bsky.socialOct 4, 2026, 6:36 PM

University of California, Davis (@ucdavis.bsky.social) is hiring:
Assistant/Associate Professor in Cell Biology & Human Anatomy

#professor #biology #cell

@lssjbroly4k.bsky.socialOct 3, 2026, 11:59 AM

LEVEL 4: VS. GOKU, GOTENKS & HERCULE! COLLECTION OF EPIC BATTLES • DBZ: Dokkan Battle (4K 60FPS)
#dokkan #dokkanbattle #dokkanbattleglobal #dragonball #dbz #GlobalDokkanCampaign #Gohan #Cell #KidBuu #Goku #Frieza

youtu.be/Y7KhO64d45k

@klaartcomm.bsky.socialOct 3, 2026, 10:06 AM

Look what @WolfCrowner made for me!! 🥹🩵 My Laura & Cell in her gorgeous style! 😭💖 I won this through her DTIYS! Please support this amazing artist!
#dbzoc #dragonball #perfectcell #selfinsertxcanon #yumeship #cell #DragonBall #perfectcell #イラスト #セル #イラスト #selfship

@ralphgaloart.bsky.socialOct 2, 2026, 5:15 PM

#Poketober day II - Psychic type

Anyone who doesn't like Reuniclus is banned from my page, thank you /j

#ralphgaloart #reuniclus #pokemon #pokemonart #cell

Digital illustration portraying the Pokémon Reuniclus, lending a hand as it raises the other. Art made by RalphGaloart on Bluesky and Tiktok, do NOT repost without credit, steal, and overall, absolutely NOT FEED TO GEN A.I. UNDER ANY CONCEPT.
@lssjbroly4k.bsky.socialOct 2, 2026, 11:46 AM

LEVEL 6: SUPER3 (EX: Mission Q) - SPECIAL BATTLE 2026 • DBZ: Dokkan Battle (4K 60FPS)
#dokkan #dokkanbattle #dokkanbattleglobal #dragonball #dbz #GlobalDokkanCampaign #Gohan #Cell #KidBuu #Goku #Frieza

youtu.be/HFyffrXKnzY

@klaartcomm.bsky.socialOct 1, 2026, 3:05 PM

Master cell JEALOUS!? 😮‍💨💚💜😳#dbzoc #dragonball #perfectcell #selfinsertxcanon #yumeship #cell #DragonBall #perfectcell #イラスト #セル #DBXV3 #DragonBall #Xenoverse3 #イラスト #DBXV3 #selfship

@lssjbroly4k.bsky.socialOct 1, 2026, 2:24 PM

LEVEL 5: SUPER3 (EX: Mission P) - SPECIAL BATTLE 2026 • DBZ: Dokkan Battle (4K 60FPS)
#dokkan #dokkanbattle #dokkanbattleglobal #dragonball #dbz #GlobalDokkanCampaign #Gohan #Cell #KidBuu #Goku #Frieza

youtu.be/oNOaoHX8Y5c