Actually he's viral. His audience is only limited to med students or allied fields only so he won't get as many views as pop songs. If we consider only the medical fraternity he's getting fair amount of views!
You are doing the world a huge favor. You have taught me and are responsible for my good grades. You are awesome. You have a god given gift to teach. Thank you very much.
You're a damn hero my man. I'm studying audiology, and some of our lectures on the auditory pathway this year have been lackluster and confusing to say the least. Thank you for putting out such good, informative videos
You are an amazing teacher! what it's explain in about 50 pages in a book in a tough way, you can explain it so well and in such a detailed way. I must really thank you, regards from Spain
Wow! This really helps. I have Bilateral Vestibular Hypofunction (BVH). Learning this helps me to understand the extent of my vestibular nerve damage and the cause of my vestibular ocular reflex disorder.
Thank you SO much for making this! I'm in the middle of studying for my upcoming med school exams, and I was at a loss about all of this. It seemed so complicated and undo-able until I came across this. Will recomend this to my fellow students!
I’m watching this on my tv where I’m not logged in but I looked for it here to say thank you, again, for your dynamic style and high value presentations. Always super didactic.
I'm a teacher who is studying for a career change to speech language pathology. Just want to say that the way you present your lessons is awesome and grounded in some great teaching strategies, especially for language learners. In our school we use dual language strategies from Project GLAD (Guided Language Acquisition Design). We call the process of presenting information by drawing a visual schematic while explaining complex concepts a Pictorial Input Chart. It's a proven method for teaching language learners to absorb content quickly. That and the color coding, repetition of vocabulary, are all key to absorbing the info. Anyway, you are likely already aware of this and consciously choosing these strategies, but I just wanted to applaud your pedagogy and thank you. It's really helped me get through my audiology course!!
The solely most helpful video available in youtube for this topic. Just brilliantly taught and explained. In awe of this amazing man's work. Loved it sir.
I'm going to PA school in a month and am reviewing. It's awesome that you are not only a soon to be PA (perhaps you already got there) but are also a fantastic and thorough explainer of all things necessary! Thank you so much for what you do.
I keep going back to see whether I've already subscribed to you or not, cuz don't know how else to appreciate you for what an amazing job you're doing⭐ hats off to you and your entire team.
I feel like you are personally responsible for my survival in this dreaded MS2 phase of life. Keep up the good work, your lectures are incredible! Also, so cool that the team is from PA! #phillyfamous
If only people are more interested in science than in tiktok, you would have been VIRAL right now. Anyway, I am a medical student from the Philippines. Unfortunately, because of COVID-19 classes are suspended, luckily ninja nerd science is here. SO THANKFUL FOR YOU GUYS! Sending some love from the Philippines. STAY SAFE.
Great video with a clear explanation of auditory pathways, thank you for that! Just a little info about otosclerosis though, it is in fact abnormal bony growth, similar to Pagets disease, that causes a fixation of the stapes footplate at the oval window for the most part. The aetiology is thought to be more genetic and is not related to infection (repeated middle ear infections may predispose to cholesteatoma, which is also a cause of conductive hearing loss as it leads to tympanic membrane perforation and ossicular destruction). You can actually get abnormal temporal bone growth causing issues with the cochlea due to otosclerosis, this is rare and can give rise to a sensorineural hearing loss even though for the most part otosclerosis causes a conductive hearing loss.
OMG!!! thank you so much! You are going to help me pass my CNIM with ease. Definitely Subscribed and will be back for more. Please don't stop making these lectures. You are saving us all!!!
My trick to remember the thalamic nuclei by : M=Music( heard by ear ) = Medial Geniculate body And Acoustic Schwannoma occurs in Inferior Vestibular Nerve
Thank you team as always!! I learn so much more from your explanations than reading from a book! I appreciate your work so so so much, you are getting me through med school! Bless you guysssssssssss
Dude you'r a monster... you know all by heart. I just love that comment "oh, this marker is good". you should make a video about "How to learn and keep all knowledge in your brain".
Thank you! Really interesting and useful. I am a “vintage “University student of Psychology and the lesson is really an helpful explanation for my incoming exam
about 21:40, the doctors that teach us have another mnemonic about that: Lateral geniculate-->L-->Light-->Eyes. Medial geniculate-->M-->Music-->Ears :)
Nice presentation. I stand to be corrected but I read that the primary auditory cortex is located as you said in the transverse gyrus of Heschl which corresponds not to the superior temporal gyrus but deep within the lateral fissure. The superior temporal gyrus in my understanding is associated with the Wernicke's area.
Amazing video!! Just one little side note, the tecto-spinal tract actually comes from the superior colliculus and not the inferior one according to neuroanatomy books
this pathway is important in order to perceive the sound , so u are aware of sound so when u hear smth sound waves go through pinna/auricle and enter external acoustic meatus/canal and hit tympanic membrane. tympanic membrane start vibrating and cause vibration of ossicles 1st of malleolus then incus and then stapes stapes hits the oval window and causes from mechanical wave to form FLUID FILLED VIBRATIONS. this goes through scala vestibuli into scala media and hits basilar membrane which causes the movement of these hair cells and also the endolymph goes between tectorial membrane and hair cells sterio cilia and kinocilia which is the biggest one SPIRAL GGL has 2 processes 1 of them go to hair cells called peripheral process thee other to CNS called central process when peripheral process is activated then central process which a lot of central processes will form the cochlear br of vesibulocochlear n./CN8 then cholear br goes through internal acoustic meatus there runs together w facial n and labyrinthine artery and vein before reaching the medullary pons junction when it reaches medullary pons junction it synapse w nucleus VENTRAL AND DOORSAL COCHLEAR NUCLEUS route : dorsal cochlear nucleus crosses and this is called dorsal ACOUSTIC striae and then enter the LATERAL LEMINISCUS NUCLEI VENTRAL COCHLEAR NUCLEI IT CROSS AT TRAPEZOID BODY AND GO TO SUPERIOR OLIVARY NUCLEUS AND THEN TO LATERAL LEMINISUS NUCLEI THEN THESE 2 BECOME TOGETHER AND GO TO INFERIOR COLLICULI (RESPONSIBLE FOR AUDITORY REFLEX ) AND THEN GO TO MEDIAL GENICULATE BODY OF THALAMUS(NOTE: REMEMBER "M " MUSIC WHICH MEANS HEARING-AUDIOTRY )AND THEN FORM AUDITORY RADIATIONS WHICH GO TO SUPERIOR TEMPORAL GYRUS OF TEMPORAL LOBE WHICH IS ALSO CALLED THE PRIMARY AUDITORY CORTEX OR BROADMAN AREA 41,42
Excellent sir! One question though, aren't spiral ganglia types of BIPOLAR ganglia? (You've mentioned them as peeudounipolar) Thank you for this, you've been a blessing!
Another amazing one!! Thank you Ninja Nerds. When I was going through Guyton and Hall Text, I found that Lateral superior olivary nucleus is associated with Intensity of sound whereas Medial superior olivary nucleus is associated with Time lag of the sound. You said the opposite. Anyway it was a great video
God is taking care of you my friend Ninja….you are very valuable to humankind….and we the students and practitioners are in the game also…love you man..
You are amazing and have a teaching gift. Thank you so much!!! I am all about visual learning, especially with a white board and colored markers. =) Awesome material.
The way I remember the nuclei is Lateral is for Light (vision) and Medial is for Music (auditory)
Thanks for this
Ooh you mean the geniculate nuclei.
Is it najeebs trick
thanks
Cool. When he mentioned that I just immediately stored it as "medial goes lateral & lateral goes medial"
I have no idea how you haven’t gone viral yet. These are hands down the best lectures I’ve seen - far better than my professors’.
He help me so much tho
Agreed with you.
Yup true
Actually he's viral. His audience is only limited to med students or allied fields only so he won't get as many views as pop songs. If we consider only the medical fraternity he's getting fair amount of views!
2 mil subs later
No one can teach like you sir, you the best ever
Thank you so much for saying that Awoke!
oh, yes !!! you are. thanks a lot !!
Incredible way of teaching hats off u live long
@@NinjaNerdOfficial Thank you so much sir for the easiest explanation, its really important for me as a SLP student
You are doing the world a huge favor. You have taught me and are responsible for my good grades. You are awesome. You have a god given gift to teach. Thank you very much.
You're a damn hero my man. I'm studying audiology, and some of our lectures on the auditory pathway this year have been lackluster and confusing to say the least. Thank you for putting out such good, informative videos
You are an amazing teacher! what it's explain in about 50 pages in a book in a tough way, you can explain it so well and in such a detailed way. I must really thank you, regards from Spain
Wow! This really helps. I have Bilateral Vestibular Hypofunction (BVH). Learning this helps me to understand the extent of my vestibular nerve damage and the cause of my vestibular ocular reflex disorder.
Thank you SO much for making this! I'm in the middle of studying for my upcoming med school exams, and I was at a loss about all of this. It seemed so complicated and undo-able until I came across this. Will recomend this to my fellow students!
Dorsal cochlear nucleus:
Principal cells
Stellate cells
Dorsal acoustic stria
VPCN: Octopus cells
Intermediate acoustic stria
AVCN:
Stellate cells
Bushy cells (spherical & globular)
Ventral acoustic stria/Trapezoid body
Lateral leminiscus
Inferior colliculus
Brachium of inferior colliculus
Medial geniculate nucleus
Superior temporal gyrus (primary auditory cortex): awareness of speech
Wernicke's area: comprehension of speech
Broca's area (present on the left): muscles of speech
28:08 Superior olivary nucleus
don't know how else to appreciate you for what an amazing job you're doing
Can you please stop everything else you do and just become our youtube lecturer... we need you! BEST medical school teacher!!
I’m watching this on my tv where I’m not logged in but I looked for it here to say thank you, again, for your dynamic style and high value presentations. Always super didactic.
you have done so much to help me going through my first year of medical school, thank you!
I'm a teacher who is studying for a career change to speech language pathology. Just want to say that the way you present your lessons is awesome and grounded in some great teaching strategies, especially for language learners. In our school we use dual language strategies from Project GLAD (Guided Language Acquisition Design). We call the process of presenting information by drawing a visual schematic while explaining complex concepts a Pictorial Input Chart. It's a proven method for teaching language learners to absorb content quickly. That and the color coding, repetition of vocabulary, are all key to absorbing the info. Anyway, you are likely already aware of this and consciously choosing these strategies, but I just wanted to applaud your pedagogy and thank you. It's really helped me get through my audiology course!!
You are best, keep it up brother. You are helping me throughout my medical degree
The solely most helpful video available in youtube for this topic. Just brilliantly taught and explained. In awe of this amazing man's work. Loved it sir.
it's impossible to find anyone else can describe all details in such a great nice enjoyable way!! i'm very thankful to you,, much love💕💕💕💕💕
I'm going to PA school in a month and am reviewing. It's awesome that you are not only a soon to be PA (perhaps you already got there) but are also a fantastic and thorough explainer of all things necessary! Thank you so much for what you do.
Teaching is not difficult...but making others Understand tht is really really difficult...and u do tht.❣️
I keep going back to see whether I've already subscribed to you or not, cuz don't know how else to appreciate you for what an amazing job you're doing⭐ hats off to you and your entire team.
I feel like you are personally responsible for my survival in this dreaded MS2 phase of life. Keep up the good work, your lectures are incredible! Also, so cool that the team is from PA! #phillyfamous
Medial geniculate nucleus= M stands for Music, so it is included in hearing. Lateral is the last one left= for vision, love you
the best way to teach and learn
Hands down,one of the best lectures🙌🏽
Thank you for making me understand how hearing is really happening
Thank you so much. No other words to describe how much it helped me.
Excellent teacher, i am astonished to see your clear knowledge about each and every point, how do you gather all such knowledge. Great JOB.
I love how he let us take a pic of the board to review later
My life would be a chaos without your lectures
Good job man 👍🏻 you’re serving humanity 🌸
If only people are more interested in science than in tiktok, you would have been VIRAL right now.
Anyway, I am a medical student from the Philippines. Unfortunately, because of COVID-19 classes are suspended, luckily ninja nerd science is here. SO THANKFUL FOR YOU GUYS!
Sending some love from the Philippines. STAY SAFE.
I love all ur lectures.all of them give more information on the topics i love it all.God bless u sir ❤❤❤
Wow.. I wish you were my professor I love how you break everything down and actually teach!!
You are saving me this block, these videos are so so so amazing!!!!
Great video with a clear explanation of auditory pathways, thank you for that!
Just a little info about otosclerosis though, it is in fact abnormal bony growth, similar to Pagets disease, that causes a fixation of the stapes footplate at the oval window for the most part. The aetiology is thought to be more genetic and is not related to infection (repeated middle ear infections may predispose to cholesteatoma, which is also a cause of conductive hearing loss as it leads to tympanic membrane perforation and ossicular destruction). You can actually get abnormal temporal bone growth causing issues with the cochlea due to otosclerosis, this is rare and can give rise to a sensorineural hearing loss even though for the most part otosclerosis causes a conductive hearing loss.
I’m going to be watching this video daily along with my studies. Thank you so much
The best I have ever after Dr. Najeeb
Thank you, your videos are not only informative, they are super enjoyable
ur the best thing that can happen to any med student
I have to say it ... I'm impressed!! Excellent excellent work! Thank you sir!
OMG!!! thank you so much! You are going to help me pass my CNIM with ease. Definitely Subscribed and will be back for more. Please don't stop making these lectures. You are saving us all!!!
My trick to remember the thalamic nuclei by : M=Music( heard by ear ) = Medial Geniculate body
And Acoustic Schwannoma occurs in Inferior Vestibular Nerve
Thank you for all your lessons. You are great and your lessons help me immensely.
This is going to save my marks, THANK YOU!!!
As always, your lectures are so perfect! Thank You Ninja Nerd Lectures!
loved the way you make every topic so easy to understand.. really appreciate it !!
Thank you team as always!! I learn so much more from your explanations than reading from a book! I appreciate your work so so so much, you are getting me through med school! Bless you guysssssssssss
i'm agreed with Omar Aljundi .. you're are very amazing
Thank you!
Your lectures are wonderful. God bless you Sir.
The best teaching ever!
I bow down to you, Sir.
I'm so glad you can explain all the this ☺️
The best teacher! really helps me to revise my knowledge preparing for postgrade paper. Thank you :)
why do you teach this better than my prof.. thanks dude
Dude you'r a monster... you know all by heart. I just love that comment "oh, this marker is good". you should make a video about "How to learn and keep all knowledge in your brain".
You are extraordinary!🔥🔥Gifted by God
Here I was trying to sleep and I got sucked in to another video. Strong work, I heard it loud and clear
top man - got me through first year meds
This is an absolutely fantastic explanation of the auditory pathway! Thank you so much!!
Complete and precise as alwas! You are really helping me!!! thanks!
Thank you! Really interesting and useful. I am a “vintage “University student of Psychology and the lesson is really an helpful explanation for my incoming exam
thank you so much, you teach n makes this lecture more easy to understand. Realy cute, awesome, and helpful. You explain more genius than a professors
PHYSIOLOGY made BEAUTIFUL by Ninja nerd 😘😘 .. love from INDIA...💓
i have a seminar this month on vestibulocochlear nerve.
thanks a lot ❤
Thank you so much! This is going to help me with my neuroanatomy final
Omg I love it! you explained it way better than any of my professors!
about 21:40, the doctors that teach us have another mnemonic about that: Lateral geniculate-->L-->Light-->Eyes. Medial geniculate-->M-->Music-->Ears :)
Nice presentation. I stand to be corrected but I read that the primary auditory cortex is located as you said in the transverse gyrus of Heschl which corresponds not to the superior temporal gyrus but deep within the lateral fissure. The superior temporal gyrus in my understanding is associated with the Wernicke's area.
Amazing video!! Just one little side note, the tecto-spinal tract actually comes from the superior colliculus and not the inferior one according to neuroanatomy books
I really want to give you a hug! thank you so much
You’re my favorite UA-cam channel 😍
This is really wonderful ❤️
Amazing demonstration.
this pathway is important in order to perceive the sound , so u are aware of sound
so when u hear smth sound waves go through pinna/auricle and enter external acoustic meatus/canal and hit tympanic membrane.
tympanic membrane start vibrating and cause vibration of ossicles 1st of malleolus then incus and then stapes
stapes hits the oval window and causes from mechanical wave to form FLUID FILLED VIBRATIONS.
this goes through scala vestibuli into scala media and hits basilar membrane which causes the movement of these hair cells and also the endolymph goes between tectorial membrane and hair cells sterio cilia and kinocilia which is the biggest one
SPIRAL GGL has 2 processes
1 of them go to hair cells called peripheral process
thee other to CNS called central process
when peripheral process is activated then central process which a lot of central processes will form the cochlear br of vesibulocochlear n./CN8
then cholear br goes through internal acoustic meatus there runs together w facial n and labyrinthine artery and vein before reaching the medullary pons junction
when it reaches medullary pons junction it synapse w nucleus
VENTRAL AND DOORSAL COCHLEAR NUCLEUS
route :
dorsal cochlear nucleus crosses and this is called dorsal ACOUSTIC striae and then enter the LATERAL LEMINISCUS NUCLEI
VENTRAL COCHLEAR NUCLEI IT CROSS AT TRAPEZOID BODY AND GO TO SUPERIOR OLIVARY NUCLEUS AND THEN TO LATERAL LEMINISUS NUCLEI
THEN THESE 2 BECOME TOGETHER AND GO TO INFERIOR COLLICULI (RESPONSIBLE FOR AUDITORY REFLEX ) AND THEN GO TO MEDIAL GENICULATE BODY OF THALAMUS(NOTE: REMEMBER "M " MUSIC WHICH MEANS HEARING-AUDIOTRY )AND THEN FORM AUDITORY RADIATIONS WHICH GO TO SUPERIOR TEMPORAL GYRUS OF TEMPORAL LOBE WHICH IS ALSO CALLED THE PRIMARY AUDITORY CORTEX OR BROADMAN AREA 41,42
Thanks a lot for making this topic easier to understand! This video is really helpful!
Excellent sir! One question though, aren't spiral ganglia types of BIPOLAR ganglia?
(You've mentioned them as peeudounipolar)
Thank you for this, you've been a blessing!
yes, they are Bipolar. I was confued as well and looked it up
things are clearer now. Good work
you deserve millions of folowers
Another amazing one!! Thank you Ninja Nerds.
When I was going through Guyton and Hall Text, I found that Lateral superior olivary nucleus is associated with Intensity of sound whereas Medial superior olivary nucleus is associated with Time lag of the sound.
You said the opposite. Anyway it was a great video
no he said right
God is taking care of you my friend Ninja….you are very valuable to humankind….and we the students and practitioners are in the game also…love you man..
You are amazing and have a teaching gift. Thank you so much!!! I am all about visual learning, especially with a white board and colored markers. =) Awesome material.
Excellent video, very clear. Helpful for medical school content review
This is SO GOOD and so well explained. Thanks dude!
Thank you for all 💚
Youre a legend dude, for real , respect!
Thank you sir 🥺 You really have saved me in my life!!!
You are also good teacher of Neuroanatomy as like Dr najeeb 😘😘🇵🇰🇵🇰
Thank you so much. I have really understand the whole video.
bro, you are the best, keep it up.
+Vin awesome I'm so happy we were able to help!
You are awesome Sir....
Thanks for making the lecture a fun one.....Really enjoyed.
very precise and helpful
YOU SAVED MY MIDTERM!
Simply excellent!!
Thank you for your amazing explanation!!!
My best choice I’ve ever made was subscribing to you my guy
Thanks for the detailed explanation.
Thank you so much Zach🙏🙏
Pure brilliance
Very clear and complete - thank you!!
I love you ... Thankyou so much 😭😭😭😭😭