Just wonderful, I have been researching "what is human anatomy and physiology 1?" for a while now, and I think this has helped. Have you ever come across - Piayilliam Uncomplex Power - (Have a quick look on google cant remember the place now ) ? It is a great one off product for discovering how to become an expert in human anatomy and physiology minus the normal expense. Ive heard some pretty good things about it and my work buddy got excellent results with it.
I been reading what a plant knows and this is such a great resource for deeper understanding. Idk why but that nociceptor bit that it can be activated by the 3 receptors blows my mind at how much sense that makes
Hi Dr. Mike, I'm currently writing a presentation on sensory receptors and was hoping you would be able to help by identifying the ions that are able to pass through a thermally gated channel?
Thank you, Doctor !! But I have a question. Isn't the word "open up the channels" not accurate? Because I know that in the eye, it's not opening, but closing to have an action potential.
In this video it appears to be that some nociceptors are signaling for you to lean to the right and not to the left. Maybe Dr. Matt could do a motion palpation to explore what and why.
Technically, nociceptors pick up varying levels of pain. Meaning, it's not the nociceptors at work but the mechanoreceptors. Those recognize physical distortion such as touch, pressure and vibration, which are located in tissues, ligaments, muslce and skin. Mechanoreceptors are also classified as proprioceptors. I learned that just from paying attention to the video and not the way he's leaning :D
This isnt actually considered pain. Bright light causes bleaching of the rods in your eyes. The only "flashbang" effect you perceive is coming from the rhodopsin in those rods. Light stimulation bleaches them, causing them to sort of "turn off." This is why the bright stimulus seems to hurt but it really isnt causing pain; its adapting your eyes to the intensity of the light. This is also why your pupils contract so fast. They dilated to allow more light to enter the cornea and pass through the gap (pupil) between the iris before being refracted around the entire retina rather than just the fovea. This is because your Rods are much better in the dark and are what allow you to make out shapes and structures as well as some distances. Coming into the light from a dark room causes immediate contraction of the circular muscles, pushing the sides of the iris closer together to prevent too many light rays from entering the eye (reflecting and refracting of light rays around the retina will disrupt true visual pathways since the light wouldn't be focused on the fovea, containing the vast majority of your cones.) This causes no release of action potentials. All the light does is cause graded potentials (IPSPs in the rods b/c of light) since both rods and cones are stimulated by light. Yes, light does, in fact, wear and tear on the rods and cones, but they are able to be healed by the retinal pigment epithelial cells through phagocytosis and this "damage" is unable to be felt. Any pain you actually feel in the eye (such as when you get dirt or an eyelash in it) are actually felt by those other somatosensory receptors. Your eyes have tons of them because they are very sensitive organs. That being said, photoreceptors only relay visual perception to the brain. Anything else that occurs in the eyes that cause a disruption are sensed by other sensory receptors which, in turn, relay that "change" to the brain.
Can someone explain sound to me.. under what type of sensory receptor does it fall into? It detects vibrations... but does that fall under mechanoreceptor or audio receptor? If I’m asking yet right question
Through the course of Compilation ASssuch:; choose the Euronovotoinist components to the subject as such innovotoinist Might suggest such Neurovotoinist:;🏞️🌾 Choose what you want to focus on:; That's including vocabularies such as Vibration:; Words:; Frequencys l:; colours:;
Love his teaching style! he breaks down the basics so everything is understood well.
I wish Dr. Mike could be doing all my lectures; I love the way he teaches. I literally use his videos to recap lessons for studying.
Inhave never seen someone talk this enthusiastically about sensory receptors! Thank you very much!!
Honestly speaking, I well understood after I watched your video. Thank you so much, Dr. Mike.
Thank you for taking the time to thoroughly explain the basics! Much appreciated!!
I listen to your podcast while I do food deliveries to pay for school. I smashed that subscribe button when you came up in my midterm study (A&P)
for some reason, only videos of dr. mike are what actually helps me with tests... :')
hes easy on the eyes and the accent is sexy
@@sarazakris8732 i- haha lol
Here cause A&P switch online... THANK YOU! your explanations are the BEST
Just wonderful, I have been researching "what is human anatomy and physiology 1?" for a while now, and I think this has helped. Have you ever come across - Piayilliam Uncomplex Power - (Have a quick look on google cant remember the place now ) ? It is a great one off product for discovering how to become an expert in human anatomy and physiology minus the normal expense. Ive heard some pretty good things about it and my work buddy got excellent results with it.
You are so good dr Mike in explaining concepts.
thank you soo much Dr MIKE....YOU ARE MAKING MY MED SCHOOL EASY
தங்களின் பதிவு மிகவும் பயனுள்ளதாக இருந்தது. மிக்க நன்றி ஐயா
Omg what a pleasure to watch. This answered many questions. Thanks!
Thank you Doc Mike, these is very informative.
Thank you for these great videos. I have been watching a few and am becoming more interested in science
Can i talk to u diana ?
Ok. This is just what I needed. Thank you!!!
Omg my lecture power points are all making sense now. Thank you!!
I been reading what a plant knows and this is such a great resource for deeper understanding. Idk why but that nociceptor bit that it can be activated by the 3 receptors blows my mind at how much sense that makes
5:22 that was so funny for some reason 😭😭
it's a really very good explanation to anyone here that, perfect
you are amazing love your teaching style ♥️
THANK YOU SO MUCH SIR
LOVE FROM PAKISTAN😍
wished if it was in more details, still love u and thank you so so so much
Good but one request Please change your marker, struggling to read
You can go to the captions section for subtitles❤
Great explanation doctor
Great lecture, sir.
The word disgusting means distasteful therefore the word gustatory pertains to taste sensation.
This is beyond amazing!
Very good explanation
And teacher is looks very handsome
I got distracted by your biceps ngl.
great explanation!
This was very helpful thank you so much sirrr
Thanks so much!
If medicine course was a throne,then you are the King 👑
Excelent, very clear! Thanks
Hi Dr. Mike, I'm currently writing a presentation on sensory receptors and was hoping you would be able to help by identifying the ions that are able to pass through a thermally gated channel?
Great Teaching Style sir 🫡
Thank you very much Doc
Dr. Mike is jacked
thanku sir.nice explained......
Can I take few classes? I study neurophysiology, my brain loves the way you explain!
Plz give a lecture on sensory transduction
Thank you, Doctor !!
But I have a question. Isn't the word "open up the channels" not accurate? Because I know that in the eye, it's not opening, but closing to have an action potential.
Thank you so much doctor mike!
Nice explanation. Thank you
All I do is go to class and find your videos based on the topics we just learned
awesome! can you please do location of strokes? i am so lost!
Great Video. Thanks
It was great 👍👌
Thanks!! 😊
Very good video
Do histology also plzzzz
sir, keep up the good work.......
In this video it appears to be that some nociceptors are signaling for you to lean to the right and not to the left. Maybe Dr. Matt could do a motion palpation to explore what and why.
Technically, nociceptors pick up varying levels of pain. Meaning, it's not the nociceptors at work but the mechanoreceptors. Those recognize physical distortion such as touch, pressure and vibration, which are located in tissues, ligaments, muslce and skin. Mechanoreceptors are also classified as proprioceptors. I learned that just from paying attention to the video and not the way he's leaning :D
but cant you feel pain if the photons detect alot of lightwaves (if the light was too bright)?
This isnt actually considered pain. Bright light causes bleaching of the rods in your eyes. The only "flashbang" effect you perceive is coming from the rhodopsin in those rods. Light stimulation bleaches them, causing them to sort of "turn off." This is why the bright stimulus seems to hurt but it really isnt causing pain; its adapting your eyes to the intensity of the light. This is also why your pupils contract so fast. They dilated to allow more light to enter the cornea and pass through the gap (pupil) between the iris before being refracted around the entire retina rather than just the fovea. This is because your Rods are much better in the dark and are what allow you to make out shapes and structures as well as some distances. Coming into the light from a dark room causes immediate contraction of the circular muscles, pushing the sides of the iris closer together to prevent too many light rays from entering the eye (reflecting and refracting of light rays around the retina will disrupt true visual pathways since the light wouldn't be focused on the fovea, containing the vast majority of your cones.) This causes no release of action potentials. All the light does is cause graded potentials (IPSPs in the rods b/c of light) since both rods and cones are stimulated by light. Yes, light does, in fact, wear and tear on the rods and cones, but they are able to be healed by the retinal pigment epithelial cells through phagocytosis and this "damage" is unable to be felt. Any pain you actually feel in the eye (such as when you get dirt or an eyelash in it) are actually felt by those other somatosensory receptors. Your eyes have tons of them because they are very sensitive organs. That being said, photoreceptors only relay visual perception to the brain. Anything else that occurs in the eyes that cause a disruption are sensed by other sensory receptors which, in turn, relay that "change" to the brain.
Can someone explain sound to me.. under what type of sensory receptor does it fall into? It detects vibrations... but does that fall under mechanoreceptor or audio receptor? If I’m asking yet right question
the sound receptors/ inner hair cells of the ear sense the pressure of sound thus they are mechanoreceptors.
It was a good revision to me.
Excellent❤
Very nice .. thank you 🥰
Love from India
I wish you were my anatomy & phys teacher!!!!!
4:53 Washings done Dr.Mike.
Hahaha!! I had to rush off and hang it out before the wife got home 😝
I'm happy no one has objectified this man yet, but let me just say, Dr.Mike, you are so fine.
God bless yall
شكرا ❤
Isn't the receptor attached to the sodium tunnel?
Thanks❤
Excellent
Thank You
Are you an MD?
Wish the ink was more visible.
Nice
Greaaaaaaat!
Not clear on the white board.Not readable
❤
Am I the only one looking at his biceps the whole time😭
good good
Dr. Mike never response to comments
Nice body sir big fan
Is it natural
Those biceps brachii tho
😀🤩
#FreePalestine
game me an easy concept by a white teacher as they were giving before .
please wear a sweater. very distracting
Through the course of Compilation ASssuch:; choose the Euronovotoinist components to the subject as such innovotoinist Might suggest such Neurovotoinist:;🏞️🌾 Choose what you want to focus on:; That's including vocabularies such as Vibration:; Words:; Frequencys l:; colours:;
Thank you
Thank you
Thank you