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@goosaep: both? boaf. | #residentevil #leonkennedy #carlosoliveira #fyp #резидентивел

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Saturday 20 June 2026 18:50:32 GMT
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lightryanty
Light Ryanty :
2026-06-24 11:22:42
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قالو بأجر نعود#اغاني_عراقيه #مسرعه💥 #foryoupage #هشتاق #fyppppppppppppppppppppppp
قالو بأجر نعود#اغاني_عراقيه #مسرعه💥 #foryoupage #هشتاق #fyppppppppppppppppppppppp
#fyp
#fyp
#cejour-là
#cejour-là


yes i have #indonesia
yes i have #indonesia
Two neurons will synapse with eachother, one will be the presynaptic neuron and the other is the postsynaptic neuron. In the presynaptic neuron, there is an active zone where vesicles of neurotransmitters are docked and released by the SNARE complex proteins. BUT, before these vesicles of neurotransmitters are ready to be released into the synaptic cleft (space in between two neuron synapses), the vesicles will he in the reserve pool. The reserve pool of vesicles are moved by kinesin motor proteins along microtubules, and sometimes on actin! Other motor proteins like Dyenin will take these vesicles away from the active zone and go back to the cell body. This structure is how neurotransmitters can be released and recycled!!! #notmyvideo #neuroscience #neurosciencefact #kinesinmotorprotein #microtubules
Two neurons will synapse with eachother, one will be the presynaptic neuron and the other is the postsynaptic neuron. In the presynaptic neuron, there is an active zone where vesicles of neurotransmitters are docked and released by the SNARE complex proteins. BUT, before these vesicles of neurotransmitters are ready to be released into the synaptic cleft (space in between two neuron synapses), the vesicles will he in the reserve pool. The reserve pool of vesicles are moved by kinesin motor proteins along microtubules, and sometimes on actin! Other motor proteins like Dyenin will take these vesicles away from the active zone and go back to the cell body. This structure is how neurotransmitters can be released and recycled!!! #notmyvideo #neuroscience #neurosciencefact #kinesinmotorprotein #microtubules

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