#Nucleus Accumbens Function

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#Nucleus Accumbens Function Reel by @dr.kailasam - Trick to remember hypothalamic nuclei🔥🔥🔥

Dr. Kailasam explains the functions of the hypothalamus using a simple car visual mnemonic - perfect for
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@dr.kailasam
Trick to remember hypothalamic nuclei🔥🔥🔥 Dr. Kailasam explains the functions of the hypothalamus using a simple car visual mnemonic — perfect for NEET-PG, INI-CET, FMGE, and USMLE Step-F preparation. 🚗 Radiator (Anterior nucleus) → Cooling 🔥 Exhaust (Posterior nucleus) → Heating ⛽ Fuel cap (Lateral hypothalamus) → Hunger 🛢️ Gas tank (Ventromedial nucleus) → Satiety 🌙 Moonroof clock (Suprachiasmatic nucleus) → Circadian rhythm 🧠 Rear seat (Mammillary bodies) → Memory #hypothalamus #hypothalamicnuclei #visualmnemonics #neuroscience #neurology #neetpg #inicet #fmge #usmlestep1 #medicalstudents #mbbs #anatomy #physiology #brainanatomy #neuroanatomy #examoriented #meded #drkailasam #medreels #learningmadeeasy #conceptbasedlearning
#Nucleus Accumbens Function Reel by @thatcoolprofessor (verified account) - 🎖️Follow 🧠✨ How does one neuron talk to another?
Welcome to the magical world of the chemical synapse!
⚡ When an electrical signal (action potential
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@thatcoolprofessor
🎖️Follow 🧠✨ How does one neuron talk to another? Welcome to the magical world of the chemical synapse! ⚡ When an electrical signal (action potential) reaches the end of a neuron, something fascinating happens: 1️⃣ Calcium ions rush in through voltage-gated calcium channels. 2️⃣ This triggers vesicles to release neurotransmitters (like acetylcholine or norepinephrine) into the synaptic cleft. 3️⃣ Neurotransmitters bind to receptors on the next cell, opening sodium channels. 4️⃣ Sodium floods in → a new electrical signal begins in the postsynaptic neuron. 5️⃣ Meanwhile, mitochondria provide the energy needed to keep this process going non-stop. 💡 From one spark to the next, this is how your brain controls thoughts, movement, and memory. #Neuroscience #Synapse #BrainFacts cc: helix animation #Neurobiology #ThatCoolProfessor
#Nucleus Accumbens Function Reel by @mtishtech_international - Cellular organisms are living entities composed of one or more membrane-enclosed cells, which contain DNA and machinery for metabolism and reproductio
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MT
@mtishtech_international
Cellular organisms are living entities composed of one or more membrane-enclosed cells, which contain DNA and machinery for metabolism and reproduction. They constitute all known life, divided into prokaryotes (bacteria/archaea) and eukaryotes (animals/plants/fungi). Organisms are classified as unicellular (single-celled) or multicellular (many-celled), with the latter showing specialized cell functions. #CellularOrganisms #Biology #CellBiology #LifeScience #OrganismStructure
#Nucleus Accumbens Function Reel by @healvex (verified account) - Refined sugar's activation of dopaminergic reward circuitry has been documented in neuroimaging and addiction neuroscience research to produce nucleus
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@healvex
Refined sugar's activation of dopaminergic reward circuitry has been documented in neuroimaging and addiction neuroscience research to produce nucleus accumbens response patterns comparable to those observed with habit-forming substances — a neurochemical reality that reframes the withdrawal symptoms of headache, irritability, and fatigue experienced in the first 72 hours of elimination from a willpower failure into a physiologically predictable detoxification response. Fructose metabolism's hepatic processing pathway — bypassing the insulin-mediated cellular uptake that glucose undergoes — is documented in metabolic research to drive de novo lipogenesis, visceral adipose accumulation, and systemic inflammatory cytokine elevation at consumption levels normalised across most Western dietary patterns, providing the mechanistic basis for the waist circumference and skin inflammation improvements that manifest within the first two weeks of elimination independent of any other dietary change. Gut microbiome compositional studies consistently document that Firmicutes species associated with sugar fermentation, intestinal permeability, and inflammatory signalling are selectively displaced by Bacteroidetes and Akkermansia populations within 30 days of dietary sugar reduction — a microbial transition with documented downstream consequences for immune regulation, mood stability via the gut-brain axis, and the complete resolution of energy dysregulation that most people have normalised as their baseline. 🌿 Follow @healvex for daily research-informed insights on metabolic health, gut healing, and natural wellness practices rooted in a food-as-medicine approach. 🩵 Save this post as your sugar-free timeline — and share it with friends and family who keep saying they could never quit sugar without understanding what's actually happening in their body when they do. 💬 Comment SOURSOP and we'll DM you the herbal formula doctors rarely talk about — trusted by thousands for better digestion, clearer skin, stronger immunity, and much more. 🌱 Educational content only. Always consult a qualified healthcare professional for personalized guidance. https://amzn.to/47oXUlM
#Nucleus Accumbens Function Reel by @nursing_pathsala_8683 - Neuron Explained 🧠 | Nursing Notes

Struggling with neurons for exams? 🤯
This quick handwritten note covers definition, structure, types, functions,
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@nursing_pathsala_8683
Neuron Explained 🧠 | Nursing Notes Struggling with neurons for exams? 🤯 This quick handwritten note covers definition, structure, types, functions, and clinical relevance in just 1 minute ⏱️ Perfect for BSc Nursing / GNM students 📚 👉 Save this reel for quick revision 👉 Remember the mnemonic “SAME” for Sensory, Association, Motor neurons Follow for more easy nursing notes & exam hacks 🔥 #neuron #nervoussystem #nursingnotes #nursingstudent #bscnursing
#Nucleus Accumbens Function Reel by @brainyatra - Everything around you is made of atoms! 🤯
An atom has a nucleus (protons + neutrons) at the center and electrons moving in energy levels around it.
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@brainyatra
Everything around you is made of atoms! 🤯 An atom has a nucleus (protons + neutrons) at the center and electrons moving in energy levels around it. Protons = positive (+), neutrons = neutral (0), and electrons = negative (–). Simple idea: Nucleus → Energy Levels → Electrons Move These tiny particles decide how matter behaves and forms everything in the universe! 🌌 Master this fundamental concept and build strong science basics today. 🚀 Save this post for revision and share with friends! 📖✨ #chemistrybasics #atomicstructure #educationalcontent #structureofatom
#Nucleus Accumbens Function Reel by @bioscoolya - Take a tour inside the cell with us✨✨

Can you identify the organelles ? 
Comment their names in comment section..

..Follow us @bioscoolya 
👉 For la
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@bioscoolya
Take a tour inside the cell with us✨✨ Can you identify the organelles ? Comment their names in comment section.. ..Follow us @bioscoolya 👉 For latest Biology news and research 👉 Learning new things daily 👉 Learn Biology in Fun way with us #cell #cellbiology #molecularbiology #biotechnology #microbiology #development #usa #india #laboratory #lab #animation #celldivision #organelle #ribosome #nucleus #chromosome #genetics #genome #3d #devbio #biologynotes #fundamentalbiology #science #lifescience #life #animator #nature
#Nucleus Accumbens Function Reel by @nursicos_notes_ - Nervous system follow for details 
@nursicos_notes_ 
#nurse #nurses #nurselife #futurenurse #nursingfuture #lifeofnurse #medicos #nursicos #nursetobe
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@nursicos_notes_
Nervous system follow for details @nursicos_notes_ #nurse #nurses #nurselife #futurenurse #nursingfuture #lifeofnurse #medicos #nursicos #nursetobe #med #nuesetobe #nursibgcollege #nursingcare #studentnurse #aiims #dhs #dmer
#Nucleus Accumbens Function Reel by @cbeh_x - Nicotinic acetylcholine receptors (nAChRs) play a crucial role in neuromuscular signaling at the neuromuscular junction (NMJ), mediating fast synaptic
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@cbeh_x
Nicotinic acetylcholine receptors (nAChRs) play a crucial role in neuromuscular signaling at the neuromuscular junction (NMJ), mediating fast synaptic transmission between motor neurons and muscle fibers. In myasthenia gravis, autoantibodies target these receptors on the muscle fiber sarcolemma, reducing their availability and impairing signal transmission, leading to muscle weakness and fatigue. The cycle of acetylcholine (ACh) release remains intact, but the diminished receptor response disrupts normal muscle contraction. Meanwhile, neurotransmitters such as norepinephrine and serotonin influence autonomic and central nervous system functions, while histamine plays a role in immune responses and neurotransmission.
#Nucleus Accumbens Function Reel by @xynork0 - The Enteric Nervous System: The Brain Inside Your Gut
#Biology #GutBrain #Neuroscience #HumanBody #Science
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@xynork0
The Enteric Nervous System: The Brain Inside Your Gut #Biology #GutBrain #Neuroscience #HumanBody #Science
#Nucleus Accumbens Function Reel by @world_of_biology_wob - Neurons are specialized cells that transmit signals throughout the nervous system. 

They communicate through synapses, where an electrical impulse tr
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@world_of_biology_wob
Neurons are specialized cells that transmit signals throughout the nervous system. They communicate through synapses, where an electrical impulse triggers the release of neurotransmitters. These chemical messengers cross the synaptic gap and bind to receptors on the next neuron, continuing the signal. This electrochemical communication is essential for brain function, muscle movement, and sensory perception, enabling the body to respond quickly to internal and external stimuli. Amazing Animation- Credit 📸 - @cbeh_x ❤️ Follow @world_of_biology_wob and learn everyday
#Nucleus Accumbens Function Reel by @rxpharmax - A synapse is a junction between two neurons (nerve cells), or between a neuron and another cell (e.g., muscle or gland), where nerve impulses are tran
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RX
@rxpharmax
A synapse is a junction between two neurons (nerve cells), or between a neuron and another cell (e.g., muscle or gland), where nerve impulses are transmitted from one cell to another. Types of Synapses: Electrical Synapse Direct flow of ions through gap junctions Faster transmission Bidirectional Found in: Heart, retina, some parts of the brain Chemical Synapse Uses neurotransmitters to transmit signals across a synaptic cleft Unidirectional Slower but more versatile Common in the central and peripheral nervous systems Structure of a Chemical Synapse: Presynaptic neuron – Sends the signal Synaptic vesicles – Store neurotransmitters Synaptic cleft – Gap between two neurons Postsynaptic neuron – Receives the signal Neurotransmitter receptors – Receive and respond to the chemical signal Process of Synaptic Transmission (Chemical): Nerve impulse reaches presynaptic terminal. Calcium ions enter the cell. Synaptic vesicles release neurotransmitters into the synaptic cleft. Neurotransmitters bind to receptors on the postsynaptic neuron. This triggers an electrical response in the postsynaptic neuron. Common Neurotransmitters: Acetylcholine – Neuromuscular junction Dopamine – Mood and movement Serotonin – Sleep, mood, appetite GABA – Inhibitory neurotransmitter Glutamate – Major excitatory neurotransmitter Credits:-@helixanimation #synapse#synapses#neuron#neurotransmitter#neuroscience#brainhealth#neurobiology#brainfunction#nervecell#nervoussystem#neuralconnections#brainchemistry#axon#dendrite#neuroeducation#sciencefacts#brainpower#neuroplasticity#brainanatomy#neuralpathways#medicalstudent#biologyrevision#brainscience#neurophysiology#studygram

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