I wanna learn like this. I wanna learn these information and knowledge. I dont wanna learn factually and just to pass the exam. I wanna be one of the people like her.
When she finished the italian language version of the saying, she had a little smile, seen for like 1 or 2 frames, that said "yeah i did that". What a boss. Thank you for these videos, they are definitely going to be the cause of me passing my neurology exam.
I want to congratulate the doctor and her team for the clarity with which she explained. Also congratulations for the pronunciation in German and Italian that I know well.
This is so great. Unfortunately where I teach neuroanatomy we don’t have many dissected brains to show these structures to the students. These videos will be super useful on my classes. Thanks for sharing such a great content.
Summary: Subcortical fibers tract (white matter) connect the different cortex areas and deep nuclei (grey matter). They are constituted of axons and can be classified by trajectories: - association fibers: connections between nuclei from the same hemisphere of the brain. (Keyword: fasciculus) - commisural fibers: cross the midline forming the corpus colossum @5:09. Almost all are inhibitory. - projection fibers: from the cortex to the brain stem. They form the corona radiata and the internal capsula @6:30.
Ok, so, am I the only one who panicked when she seemlessly transitioned across languages, thinking that I might be having a stroke affecting Wernicke's area?
hi there cxo. Congratulations on finding this. This is an error on our part -- we're a little embarrassed this was missed, and thank you for your sharp eyes and knowledge of the material.
This such an amazing series of neuro-anatomy sessions. Thanks a lot. May I know what program you used for illustration and comments on the videos? Thanks again
Do you have a citation for the comment at ~ :50 on the "bandwidth" estimate for subcortical fiber tracts? I'm a theoretical neuroscience student researching things like this.
God,that visual effects,cinematography,mysterious music and DR.CLAUDIA KREBS make anatomy look like a hit movie...
:)
Bruh Dr. Claudia Krebs knows her languages! damn, she is so cool!
I wanna learn like this. I wanna learn these information and knowledge. I dont wanna learn factually and just to pass the exam. I wanna be one of the people like her.
When she finished the italian language version of the saying, she had a little smile, seen for like 1 or 2 frames, that said "yeah i did that". What a boss. Thank you for these videos, they are definitely going to be the cause of me passing my neurology exam.
Honestly, I can't get enough of Dr. Krebs! I keep cycling back for more!
Was this a Kreb's cycle joke?
@@pokoirlyase5931 no
HAHHAHAHHAHHA@@pokoirlyase5931
I want to congratulate the doctor and her team for the clarity with which she explained. Also congratulations for the pronunciation in German and Italian that I know well.
THE SPEECH the clarity the conciseness. So happy to learn from this valuable resource.
This is so great. Unfortunately where I teach neuroanatomy we don’t have many dissected brains to show these structures to the students. These videos will be super useful on my classes. Thanks for sharing such a great content.
We are glad to help you teach your classes. Thank you for using them!
They also produce digital 3D models of real dissected brains on neuroanatomy.ca
@@ConnorDZG Thank you for sharing. It's pretty good for study medicine during the pandemic.
The best neuroanatomy video, ever!
I was just looking for a "subcortical fiber tracts" explanation... think I got a whole serie to watch!!! Congratulations from Brazil.
Thank you for watching. Did you know there are 3 seasons of this series? Subscribe to watch them all and see our new content.
This is exceptional! Thank you for putting these series together! I hope there is more to come!
Mam ur the real star of anatomy .... u greatly deserve it . Well done. Keep it up
I feel cheated by my medical school
BRUH SAME
Summary:
Subcortical fibers tract (white matter) connect the different cortex areas and deep nuclei (grey matter). They are constituted of axons and can be classified by trajectories:
- association fibers: connections between nuclei from the same hemisphere of the brain. (Keyword: fasciculus)
- commisural fibers: cross the midline forming the corpus colossum @5:09. Almost all are inhibitory.
- projection fibers: from the cortex to the brain stem. They form the corona radiata and the internal capsula @6:30.
Ok, so, am I the only one who panicked when she seemlessly transitioned across languages, thinking that I might be having a stroke affecting Wernicke's area?
Lloyd Mills nope that transition was flawless
genius haha
If you can say "polyglot" in front of your friends, you probably have the right friends.....
I started searching for English ver of this video
I am totally geeking out on these videos!!! these are awesome! thank you!!
Omg.. I Can't stop watching the videos.... thaaaaankssss
Thank you for this amazing product, UBC Medicine- Educational Media.
Outstanding production. Highly informative!
Such a great series! That have the best quality, the examples are beautiful!
Thanku thanku thanku ♥️♥️♥️♥️♥️♥️♥️
Very helpfull wonderfully explained
The explanation is very clear and those samples are a beauty!
Thank you for watching. Did you know there are 3 seasons of this series? Subscribe to watch them all and see our new content.
Omg you’re amazing amazing amazinggggggg and explained the topic extraordinarily !! I love it
Shes amazing.. I want her brain to pass my anatomy final.
:))
Candice Smith don’t we all
when 10 minutes are better than 10 lessons
What a wonderful job! Thanks.
This is a truly brilliant explanation. Thank you for this.
Isn't the angular gyrus near Wernicke's area and to the posterior end of the parietal lobe not the frontal lobe?
hi there cxo. Congratulations on finding this. This is an error on our part -- we're a little embarrassed this was missed, and thank you for your sharp eyes and knowledge of the material.
I'd be mixing shit up too if I had to remember the billion things you guys do.
not all heroes are neurosciences and wear lab coats lol good catch man
Thanks for this. I was confused when she mentioned that.
no wonder why there is so much respects towards the gurus in Vedas! Dr.Krebs is living example of that Guru.
Congratulations
We really appreciate your spirit.
Keep up God bless you 🙏
4:21 omg that italian accent is perfect
Volevo cazzo scriverlo io
Thank you so much 🙏🤗🌹
Parang bago to sa akin ang videos mo idol its seems so interesting
This such an amazing series of neuro-anatomy sessions. Thanks a lot.
May I know what program you used for illustration and comments on the videos? Thanks again
Thanks for watching. Gloo Studios created all the on screen visual effects.
Thank you guys, tomorrow i have a Anatomy exam xD ahahah
Amazing These videos are SO good
Amazing videos!
Great job
this is extraordinary
SO IN LOVE
Very well explained,thanks
Love from India🇮🇳
I love you Claudia.
Do you have a citation for the comment at ~ :50 on the "bandwidth" estimate for subcortical fiber tracts? I'm a theoretical neuroscience student researching things like this.
Wow your accent is actually really good ahaha. Btw the videos are incredible.
She's from Germany originally
very helpful specimens
I like the music at the end of this video. Please send me link of this music.
Can you make a video on lesions at visual pathway
How wonderfull😍
Very nice ..جميل جدا
i love you, thank you so much
amazing...
She's amazing
I was a bit shocked when dr.krebs said other languages lol i thought UA-cam automatically switched english dub to other languages
German, French what was the third one, Italian?
yes!
Wow, your German is perfect. Are you a native speaker?
Claudia is a native German speaker yes.
@@ubcmedvid great! thanks for the answer
Was that German, French, and Spanish?
Not spanish -- italian.
@@ubcmedvid That's spectacular! I don't speak any other languages besides English. I was just guessing. LOL
👨🏾💭Soo are we saying, that the brain 🧠, is a Kiosk?
please don't do that (yes, that)