Welcome to Psych Explained! 🧠
This channel is dedicated to spreading psychology knowledge, and the love of psychology, one video at a time. These videos cover the content of an introductory psychology course and can help students enrolled in university, AP, or IB programs.
About the host:
Steven Kushner, PhD has been teaching psychology at both the high school and university levels for the past 17 years in the Chicagoland area.
PDF notes for students and teachers: www.etsy.com/listing/1472560546/brain-science-bundle-watch-and-learn
📩Contact: [email protected]
Disclaimer: This channel is for educational purposes only and is not intended as medical advice.
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LOVED the way you explained this. Great video. Thank you!
I have read it so many times to understand better and have given up every time,🫣 but this explanation is life-changing. Everything is so clear and organized; I absorbed every word. Thank you 🙏
This is amazing. I am so happy everything you say is grounded in neurobiology and neurochemistry
What beautiful clarity and reinforcement for the learner. Exemplary teaching!
Well Explained thank you very much
Simply Wow!! Fantastic teaching..Respect from India 🙏🙏
This is really well explained, my psychology exam is in a week and this really cleared up all my queries. Thank you.
This is my first time to I know what exactly sleep stages means
Thank you so much. Really helpful
Thanks for this. Praise the Lird
You are the bessssst fr ,thanks alot
I understand much about the lesson 🎉🎉
I hate how my super-ego expectation has fuelled my inner voice which has become a critic which is somehow so similar to how my mom thinks and used to direct me. its harsh.
What about potassium?
Yep. Those channels will open after depolarization and return the neuron to a resting membrane potential (RMP).
So, the transmission of the action potential is like an electric canon
Thank you, boss
Where can i find the full video😂 thank you for sharing
What is Love? The Science Behind Lust, Attraction, and Attachment kzread.info/dash/bejne/a5-VvJlyfbS9orA.html
Thank you so much for this video!! I have exams on 5th may. Pre-med entrance exam and with help of your video and way of teaching i have done my revision. Thank you 🤍🤍
Whatt a great explanation finally i understand action potential just one question that in the end after hyperpolarisation do the sodium ions also go back out of the neuron??
This has made neurotransmission simple for me to understand 😮😮😮
Can u please become our biology teacher 😅😅 u explain much much much better than the teacher ❤❤❤
Thanks
LEEGGGGEEENNNDDDD
This is so well explained, thanks so much!
Excellent
Beautiful!!!!
Iam here because iam making pschology exam preparations
Me too😂
Thank you!🙏
wow best video i’ve seen explained everything so simply i actually understood it
Your awesome. Thanks
Thanks for the help
Very similar to Maslows Hierarchy.
Best explanation 😊
I think this theory applies to some social context (steriotypes), when people associates certain behaviours, skin color or style of clothes with good or bad things (for example, no one would normaly expect a good looking person dressed all formaly with a suit and good posture to be actually a robber, because they were taught that robbers have bad looks. So, some people tend to associate bad looks with bad character).
thank you, great lecture on sleep and super helpful!
I like the way you teach sir❤
🎯 Key Takeaways for quick navigation: 00:31 *🧠 Understanding Action Potential* - Action potential defined as a brief electrical charge traveling down a neuron. - Neuron anatomy overview: soma, dendrites, axon, axon terminal. - Importance of action potential in neuron communication. 02:23 *🧪 Ion Concentration and Neuronal Resting State* - Neurons surrounded by ions: sodium and potassium. - Resting potential of a neuron at -70 millivolts. - Explanation of the "salty banana" memory technique. 04:01 *⚡️ Excitation and Binding of Neurotransmitters* - Excitation of neurons by stimuli like neurotransmitters. - Role of acetylcholine in binding to receptor sites on dendrites. - Opening of channels for sodium influx upon binding. 06:05 *🎇 Threshold and Action Potential Initiation* - Explanation of the neuron's firing threshold at -55 millivolts. - All-or-none principle: neuron fires when threshold reached. - Activation of voltage-gated sodium channels for action potential initiation. 07:54 *🔥 Depolarization Phase* - Depolarization: neuron becoming more positive. - Sodium influx leading to increased positivity inside the neuron. - Voltage change triggers the action potential. 10:04 *⏳ Repolarization and Hyperpolarization* - Repolarization phase: closure of sodium channels, opening of potassium channels. - Potassium efflux causing the neuron to return to negative polarity. - Hyperpolarization and refractory period before returning to resting potential. Made with HARPA AI