the more I listen to other videos the more I appreciate how Khan's vids manage to make every line and word count (no hesitations, filler sentences...everything is just down-to-business but in a really approachable way!
That’s for two reasons. He does a better job than most teachers and students naturally don’t pay attention in school bc school is boring af. And u need to know this or you’ll fail so u have a higher incentive to listen
Finally understood the significant of ECM in being the "scaffolding" for cellular attachment and for cellular communication with the simple picture in the top right of the video
The previously mentioned functions of soluble growth factors justify their importance in the regulation of angiogenesis. In addition, insoluble regulators of angiogenesis, i.e. extracellular matrix proteins and matrix components, may also demonstrate efficacy in the stimulation of angiogenesis. The angiogenic signals for endothelial cells to migrate need to be accompanied with an extracellular matrix interaction. -Creative BioMart
please make a video for Murcin(that polysaccharide which is on bacterial cell walls[similar to chitin]) thanks in advance sir I love all of Khan Academy Videos
Not much. Generally people think of the interstitial fluid as simply the liquid portion of the ECM. It is very important for understanding electrolyte balances, edema, inflammatory responses and the like
the more I listen to other videos the more I appreciate how Khan's vids manage to make every line and word count (no hesitations, filler sentences...everything is just down-to-business but in a really approachable way!
Learned more right here than in my high school biology class.
Mark Taylor and in 7 minutes as opposed to an entire semester. Our education system is so inefficient.
That’s for two reasons. He does a better job than most teachers and students naturally don’t pay attention in school bc school is boring af. And u need to know this or you’ll fail so u have a higher incentive to listen
Thank you for this video. I am a university student, and this does amazingly well in supplementing my lecture notes. *Much appreciated*
Hi Stephanie, how is life going for you compared to 5 years ago?
@@Kugelblitz000 i am pretty sure they are never gonna see this
@@Kugelblitz000 They are gone forever
Im taking this in 9th grade
@@greenscreenasshole you’ll retake it in college only harder this time around trust
Very well presented and organized. And it's a fascinating subject.
Thank you ever so much.
I love how passionate he is about cells
All of this stuff is being covered in intro bio. it's my first year in university and these videos help a lot.
You are now in your third stage
have you graduated? :D
your drawings are a kind of art although they are simple
I am university student I biochemistry for real your videos make my university easier, understandable and qualified thanks .🤙🏽🤞🏽
You should do a video on the motor proteins, structural proteins, and cell adhesion molecules, such as cadherins, integrins, selectins.
Finally understood the significant of ECM in being the "scaffolding" for cellular attachment and for cellular communication with the simple picture in the top right of the video
I love it when he says glycoproteins mmm.
glycoproteeeeeeeinnns
im a freshman in med school and this helped me a lot more than what my prof taught me well except she doesn’t really teach us very well lmfao
Complex life formed by itself. Which makes this even more mind blowing
Right hahaha all by itself, we are all very smart bacterias
Yea yea by itself ofc
Can you please do a video on formation of collagen fibre?
Do one about the Extracellular matrix aging (all the things which happen when we age in the Extracellular matrix)
The previously mentioned functions of soluble growth factors justify their importance in the regulation of angiogenesis. In addition, insoluble regulators of angiogenesis, i.e. extracellular matrix proteins and matrix components, may also demonstrate efficacy in the stimulation of angiogenesis. The angiogenic signals for endothelial cells to migrate need to be accompanied with an extracellular matrix interaction. -Creative BioMart
I am postgraduated student and still prefer to study all of the video. Never too late to study biology and i just loved this subject very much😶
Thank you these videos help me alot
Awesome video I totally get it!! I had trouble with the matrix component of connective tissue it was hard to grasp until after this video, Thanks.
Those sounds his mouth makes make me thirsty xD
I felt like he could go on for hours, nice video!
Awesome video
that was SO helpful! Thanks alot!
Thank you for this video, it awesome. I am a Fan now so I will be subscribing
Complimenti! Una lezione semplice e dettagliata. Grazie!
Interesting for:
"Extracellular matrix" term
What's in between cells?
What holds everything together?
LOOOOVE his lessons
side note: Very nice voice
For real
I love your videos and I dislike being negative but the swallowing sound drives me crazy.
27 dislike?? how is it even possible?? omg. Amazing video explanation. thanks
Cleared up so much. Thank you!!
So many videos in a fraction of time!
I am surprised you didn’t speak of Laminin that’s what holds it all together
excellent!!
thank you for the video
please make a video for Murcin(that polysaccharide which is on bacterial cell walls[similar to chitin]) thanks in advance sir I love all of Khan Academy Videos
Thank you :)
Out of the four tissue types which ones have matrix??
I love you Sal Khan
Awesome.
What course this video is related to?
sir plz make a video on tissue fluid
its a humble request 🙂🙂🙂
great work
I feel like I should be paying khan academy my college tuition
How can we heal extracellular matrix if it is damaged due to enzyme?
my first year of veterinary medicine... after some couple of years please reply to this and ask me how's it going//
Only other pertinent piece of information I would add is, the extracellular matrix is composed of fibroblasts!
I love your videos and I dislike being negative but the swalling sound drives me crazy.
I got how tissues are formed ❤️
thanx
awesome
How the fibers are formed ??
what is homeostasis relationship with intersitial fluids?
But how the fibers are made ?? Please anybody answer
Till i know Khan Academy used to teach in HINDI language 🤔
really would have liked to hear information about mmps, timps and their roles in diseases sa they relate to the ecm
God is the reason the proteins know how to signal!!
what makes it different from the interstitial fluid?
Not much. Generally people think of the interstitial fluid as simply the liquid portion of the ECM. It is very important for understanding electrolyte balances, edema, inflammatory responses and the like
WATCH AK LECTURES WATCH AK LECTURES!
From foregen 😁
Are you writing with a mouse?! Or a pen.?
I HAVE TO KNOW!
In the beginning GOD!
Why am I learning this in 7th grade? Everybody else is in college or high school
thats good thought cause that means that you will know this before others.
SECOND!!!
Most times, the rambling really takes away from the lesson for me and I just... can't enjoy the video and get what I'm looking for
everytime he swallows his spit it drives me crazy
Stephen Price right!!!!! Cringe
omg thank you !!!!! I was looking for this comment
U need some water bro?
Max Claret hahaha !!!
Very bad