@zmartyniuk_akcent: Widzimy się już dziś w Częstochowie! 🎶🔥

Zenon Martyniuk

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Region: PL

Saturday 14 December 2024 14:05:17 GMT

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Comments

jagajagodaja :

ileż tu złośliwości ...a ja Pana pana bardzo lubię

2024-12-14 17:50:51

68

ewciaj24 :

Koncert w adwencie 🤔 to nie dla mnie

2024-12-14 16:38:15

40

Wiktoria :

P Zenek Martyniuk to jest facet inteligentny i z klasą dobry serdeczny i rodzinny i dlatego tłumy go uwielbiają pozdrawiam p serdecznie i życzę samych sukcesów

2024-12-14 20:46:42

27

Andy Xxxx342 :

A będzie Kurski na scenie? Bo jak nie to nie jadę

2024-12-14 14:22:20

28

Darunia Sportowy Zakapior :

Na pewno , na pewno , pewnie , jasne , zobaczymy czas pokaże 😂

2024-12-14 15:28:30

9

Paweł 22090402 :

Oj bida Kurski nie zaprasza do tv

2024-12-14 18:11:45

20

kryszak :

Sympatyczny gość 🥰🥰🥰

2024-12-14 19:52:43

11

barabara :

Jesteś dobrym człowiekiem pozdrawiam serdecznie 🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰

2024-12-14 20:03:18

5

Hanna M :

uwielbiam pana piosenki Pozdrawiam

2024-12-14 19:40:26

6

Basia :

Podobają mi się Pana piosenki I uwielbiam je słuchać 🥰🥰🥰

2024-12-14 21:52:21

6

Hela Z Kujaw :

Bardzo lubię Pana piosenki Panie Zenku . pozdrawiam

2024-12-14 20:35:06

5

Barbara Goraj :

pan Zenon pięknie śpiewa... uwielbiam pana piosenki😘😘😘

2024-12-14 20:39:32

5

Elzbieta Zegota :

Szczytno pozdrawia ❤️❤️❤️

2024-12-14 16:58:52

5

user11121q1 :

pozdrawiamy 🥰

2024-12-14 17:07:20

5

💕OLA💕 :

Uwielbiam Pana ❤️❤️

2024-12-14 19:57:53

5

renatarenata2659 :

👍👍👍👍Będę.Uwielbiam Pana.

2024-12-14 18:24:54

6

dyu245bi8g2i :

Witam Panie Zenku i pozdrawiam 🥰

2024-12-14 15:48:11

6

Anett :

Super 🥰 czytając komentarze, mysle sobie ile tutaj jadu ludzi 🙈 wstyd za brak klasy...ale tego nie da się kuoić👌klae się poprostu ma

2024-12-14 21:50:43

5

Mauzi :

Panie Zenku, niech się pan nie przejmuje zazdrosnikami. Podziwiam za klasę , ,,zielone oczy” i rozumiem 🌹

2024-12-14 15:34:47

17

Piotr Szczerba185 :

o w Częstochowie to pewnie i Rydzyk będzie 🤣

2024-12-14 17:07:18

6

augustBBgreg :

Obym tego w życiu nie zobaczył 🤣😂❤️

2024-12-14 19:13:46

18

mariuszbartosiak03 :

adwent?!!!?

2024-12-14 19:47:33

4

Ela Chabowska :

Pozdrawiam serdecznie 🥰

2024-12-15 13:32:20

2

magdalenamarina20 :

Serdecznie pozdrawiam

2024-12-15 09:24:24

2

krystynaolszewska4 :

lubię twoje piosenki

2024-12-14 21:22:30

4

To see more videos from user @zmartyniuk_akcent, please go to the Tikwm homepage.

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Ini cara gw dapetin 1000 pips sehari cuma pake trendline doank! Tonton sampe abis biar lo ngerti juga. Jangan lupa follow untuk belajar bareng di gold! #trader #gold #trading #crypto #bitcoin

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Neuroscience has long assumed memory lives in the strength of individual synapses. Researchers just wiped out more than half of them in a mouse's brain — and the memories survived anyway. Kazumasa Tanaka's team at the Okinawa Institute of Science and Technology trained mice on specific tasks — finding food hidden in a maze, associating a particular scent with a mild shock — then induced an artificial hibernation-like state for two days, using it as a way to dramatically remodel the brain and see what memory could survive. The remodeling was severe. Hippocampal firing rates dropped by roughly 70%, and more than half of all synapses and their supporting dendritic spines in that region physically disappeared. By any conventional model, that scale of destruction should have erased the memories entirely. When the mice warmed back up, they still performed the trained tasks and still displayed the expected fear response. Place-cell maps — the brain's internal representation of physical space — remained accurate too. The synapse loss wasn't random. Isolated connections between memory-encoding

Neuroscience has long assumed memory lives in the strength of individual synapses. Researchers just wiped out more than half of them in a mouse's brain — and the memories survived anyway. Kazumasa Tanaka's team at the Okinawa Institute of Science and Technology trained mice on specific tasks — finding food hidden in a maze, associating a particular scent with a mild shock — then induced an artificial hibernation-like state for two days, using it as a way to dramatically remodel the brain and see what memory could survive. The remodeling was severe. Hippocampal firing rates dropped by roughly 70%, and more than half of all synapses and their supporting dendritic spines in that region physically disappeared. By any conventional model, that scale of destruction should have erased the memories entirely. When the mice warmed back up, they still performed the trained tasks and still displayed the expected fear response. Place-cell maps — the brain's internal representation of physical space — remained accurate too. The synapse loss wasn't random. Isolated connections between memory-encoding "engram" cells were the ones preferentially lost, while synapses tightly clustered together on the same dendritic branch were far more likely to survive. Even more strikingly, after normal hibernation cycles, lost connections often regrew in the exact same dendritic locations far more often than chance would predict — as if some deeper structural "address" persisted even after the physical connection itself vanished. The implication is that memory may depend less on any single synapse and more on a resilient, higher-order clustering pattern linking engram cells together — a structure that could explain how memories survive the constant synaptic turnover of a living brain, and potentially why some memory can persist even through synapse loss seen in aging or neurodegenerative disease. source: Tanaka, K., et al. (2026). Structural resilience of memory engrams through synaptic remodeling during hibernation. Science.

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Áo sơmi boxy ngắn tay SIXHUMAN 👏 #goclamdep #outfit #aosominam #aosomiboxy #aosomingantay #sixhuman #bứtphá #iamloc1108

Áo sơmi boxy ngắn tay SIXHUMAN 👏 #goclamdep #outfit #aosominam #aosomiboxy #aosomingantay #sixhuman #bứtphá #iamloc1108

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