@2:29 eighth carbon from left must have only 4 bonds, removal of one hydrogen is highly recommended. very very informative video, cleared my many concepts. edit- 2:29
Thank you, your explanation is very nice. Some notices from 5:23: estrogene - is a group of female sex-hormones: estrone, estradiol, estriol. The structure present here is none of these. A-ring should be aromatic (enzyme aromatase action), and no -CH3 between A and B rings.
Thank you so much...am homeschooling my son and most of what I found on the internet was way to deep for introduction to biology. I noticed a number of upcoming subjects in your video list...Thank you, thank you, thank you!!!
Very explanatory video Just one correction at 1:07, hydro-phobic is not derived from latin but ancient Greek. (Hydro - ύδωρ - water, phobic - φόβος - fear)
In situations wherein both saturated and unsaturated fats are present in a particular product and the saturated fat is more predominant than the unsaturated one, will the unsaturated fat's function to raise the HDL still take effect given the fact the saturated fat dominates the unsaturated fat?
Don't know if anybody sed this, but there is a mistake in Fatty Acids slide, at about 2:45. In the lower "unsaturated fatty acid" the left carbon atom has a hydrogen Atom to much, it should only have one, not two. The carbon atom can't have 5 bonds, probably only a small oversite, otherwise good video.
How embarrasing. Due to my extreme knwoledge of chemistry my eyes caught a MISTAKE! At 2.46 in the video, one carbon atom has FIVE BONDS! This is truly unacceptable!! I hope you will learn a lesson!!! Regards yours truly.
So according to the video, for unsaturated fat acid, the carbon with double bond would carry extra Hydrogen?Cauz I can see one double bond and another three single. Is this correct formula for Unsat fat acid?
Awesome video. The unsaturated fatty acid that you show at 2:30 is incorrect. The Carbon atoms in the double bond should each have only 1 Hydrogen atom.
Excellent Video... Thanks a lot.... There is however a mistake in the structure of estrogen. You have mistakenly put H in place OH in the A cyclohexane ring of estrogen...
Could you please tell me about lipids and fat molecules ... more specific how fat helps water to be absorb in cells. My second question is whether water needs single bonds (saturated fat) or double bonds(unsaturated fat). Thanks in advance
A good thing to think about would be the role of cholesterol (a type of lipid). Cholesterol gets a bad rep, but it helps the cell membrane either become more rigid or more flexible as necessary, especially in response to temperature changes. Not sure what you mean by the second part of your question, though. The water molecule itself has two single bonds, but something tells me that's not what you meant with your question. Feel free to elaborate!
First of all thanks for reply to my question. My second question is about hydration of body, here I want to know, which type of lipid is most useful/ help cells to absorb water.
Interesting. I think I'd say phospholipids (hydrophilic heads and hydrophobic lipid tails), as water in animal cells is stored in vacuoles, which are essentially storage compartments surrounded by phospholipid membranes. However, there are probably other ways to answer this question that are much more specific
I was considering lipids, such as saturated fat more specific butter, cream, coconut oil etc. is there any scientific evidence based on them in regards water absorption?
There is a mistake in here. When first going over the function of lipids you include insulation, and lubrication. But then in the review, that information is absolved.
Wonderful, absolutely wonderful. You have great timing, excellent visuals, a calming voice AND a great teaching style!
Perfect for when u have a quiz tomorrow and haven't been paying attentionnnnnnnn thanks park
(Three years later)... that’s me 😂
@@MsFeelicious (one week later) same here
@@wedemhalmutawa7072 (one week later) same here
@@shawnbrady6224 (one week later) same here,,,
@@lillian3648 (3 weeks later) ME TOOO
her voice is so clear that i kinda feel sleepy but my brain is interested
Same😂
This 6 minute video helps me a lot than a month of my teachers lesson.Thanks a lot
A short yet, precise overview of lipids, thank you very much!
@2:29 eighth carbon from left must have only 4 bonds, removal of one hydrogen is highly recommended. very very informative video, cleared my many concepts.
edit- 2:29
thanks, helped as a quick revision after studying lipids into depth
ua-cam.com/channels/GeiW1NsjAsGwgwNiCGsvAg.html
This really helps me understand the topic of Lipids. Thank you!
Also struggling with chemistry like me?
Yeah@@gretagrey1420
Thank you! I have a homework but now I can solve it easily, I m sending my thanks to you from Turkey!
Wow exactly the video I was looking for. I've watch several others and they never really answered my curiosity about lipids. Thanks!
Best video, very concise without fooling around saying totally unnecessary things.
This is saving me before my exam! thanks for posting this! wish u the best
Thanks for this video! It's my final exam tomorrow and this saved me :)
That was really helpful...Thank you whoever made this video❤️
Thanking you again for your very crispy explanation....... Plz make such videos...... I loved this video...... Very appreciating...... Thanks
Literally gonna help me ace my class, THANK YOU!
Thank you, your explanation is very nice.
Some notices from 5:23: estrogene - is a group of female sex-hormones: estrone, estradiol, estriol.
The structure present here is none of these. A-ring should be aromatic (enzyme aromatase action), and no -CH3 between A and B rings.
Thank you so much...am homeschooling my son and most of what I found on the internet was way to deep for introduction to biology. I noticed a number of upcoming subjects in your video list...Thank you, thank you, thank you!!!
ua-cam.com/channels/GeiW1NsjAsGwgwNiCGsvAg.html
Same
Why homeschooling ?
Absolutely sensational and great teaching style👌
Thanku very much..... For your exact and straight forward explanation.....
very amazing presentation.helps to make learning easy.
ADOREI DEMAIS, RESUMIDINHO, mas pegando infomações muito interessantes, sem enrolação e ainda ajuda quem aprende mais fácil com associação de imagens
thankyou so much. It help me and my fellow friend to get better understanding!
Thank you, it's easy to understand...
sooooo helpful....especially when you have an oral test the next day!
Wow this is very use full good job
ITS really helpful Thanks and always spread information like that.
THANK YOU SO MUCH FOR THISSSSS
Thank u so much sister. This video is really superb.. And I luv ❤ the explaination of this concept which u taken . Handful of thanks for u..🥰🥰🙏🙏
Very well written!
Very explanatory video
Just one correction at 1:07, hydro-phobic is not derived from latin but ancient Greek. (Hydro - ύδωρ - water, phobic - φόβος - fear)
Yes , mam your explanation is very amazing I Can See lot of videos but I can't understand but I will be see this I can understand
Thanks for the education it really helps a lot know I know what lipids is
That was really good! Thank youu! God bless 🙏
I’ve learnt a lot from this video ❤
When you are expected to write the subtitles as notes fro class because it isn't "I'm lazy to make notes for yall" but " outside resource material"
Learned a lot ....thanx!
Thanks, very good
Very clear, thank you so much :)
In situations wherein both saturated and unsaturated fats are present in a particular product and the saturated fat is more predominant than the unsaturated one, will the unsaturated fat's function to raise the HDL still take effect given the fact the saturated fat dominates the unsaturated fat?
Thanks for the video. I really appreciate.
Don't know if anybody sed this, but there is a mistake in Fatty Acids slide, at about 2:45. In the lower "unsaturated fatty acid" the left carbon atom has a hydrogen Atom to much, it should only have one, not two. The carbon atom can't have 5 bonds, probably only a small oversite, otherwise good video.
Thank you so much God bless u
Thanku ! gave me a quick revision 😉😉
so helpful thanks!
wow wonderful video!!!! I love you voice pooks
Anyone noticed the 5 bonds with carbon in the unsaturated fatty acid
Thank you so much
00:02:38 At the kink, Carbons at the two ends of the double bond only have one Hydrogen atom attached to it.
How embarrasing. Due to my extreme knwoledge of chemistry my eyes caught a MISTAKE!
At 2.46 in the video, one carbon atom has FIVE BONDS! This is truly unacceptable!! I hope you will learn a lesson!!! Regards yours truly.
So according to the video, for unsaturated fat acid, the carbon with double bond would carry extra Hydrogen?Cauz I can see one double bond and another three single. Is this correct formula for Unsat fat acid?
Am i the only one that is looking for comments to sew everyone’s reaction to the vid...
No just me ok
ua-cam.com/channels/GeiW1NsjAsGwgwNiCGsvAg.html
@@christinmagdy8057 ??? Why did you link me to that channel?
Thank you
Much thanks 😊 🤩
Thank you very much🤗
Excellent....May Allah bless u... This video helped me understand lipids
Bless u too🙏
just for clarification in the fats and oils part, do animals and plants USE them or are FROM them?
Thank You : ) ❤️
I hope my students like this video. I plan to present this in my nutrition class this morning.
Did they like the video
you made it sooooo understandable .....thank you so much
love from Pakistan
Ap Kya kartay ho ab ?
Thank you ❤
Very helpful
Thx a lot 💜
this video is very useful to me
ua-cam.com/channels/GeiW1NsjAsGwgwNiCGsvAg.html
Thank You So Mush
very nice you're the best. I am in 10 class and I'm new in biochemistry thanks....
Good luck for everyone's tests guys
Awesome video. The unsaturated fatty acid that you show at 2:30 is incorrect. The Carbon atoms in the double bond should each have only 1 Hydrogen atom.
Thank You!
Fantastic
I THANK YOU A LOT 💛👍😭
can we use this for our school project?
Fantastic ❤❤
Plz share such videos with subtitles. Because some words remains unclear
there r captions
Hydrophobic is derived from Ancient Greek, not Latin
Thanks alot
Thanks for the help wish me luck on my quiz lol
Informative video, However, check the structure of your example of unsaturated fatty acid. Carbon can only form 4 bonds
It appears there is an error in your representation of waxes. Otherwise, great video!
Спасибо.
It is heal full i like these video
2:29 1 on the 4th carbon in the picture before the double-bond. it has 5 bonds which is incorrect you need to take down 1 hydrogen
Perfect
Excellent Video... Thanks a lot.... There is however a mistake in the structure of estrogen. You have mistakenly put H in place OH in the A cyclohexane ring of estrogen...
Thank you! When we do the updates we will correct
@@Ricochetscience you promised!
aren’t phospholipids amphipathic? so would that mean not all lipids are hydrophobic?
when
Bruh.
thanks
I believe hydrophobic and hydrophilic are Greek in origin, not Latin.
Stay blessed.dude✌️
What link lipids to carbon, oxygen and hydrogen atoms?
the sharing of electrons by covalent bonds
Think you
thank you very mush
علي عبدالله htaqeuphveuihhj
Much**
salam akhi!
You have a Texas carbon in your unsaturated fatty acid graphic.
2:30 п'ятивалентний карбон?
Дякую за відео
Great video, but I'm getting ASMR from this😂
Haha im 2 years late, ur still on?
TrinDez YT Yep😂😂
Jahleel Johnson wow hahahaha
@@trindez7278 ayyyyyy
@@trindez7278 bombomclat
Could you please tell me about lipids and fat molecules ... more specific how fat helps water to be absorb in cells. My second question is whether water needs single bonds (saturated fat) or double bonds(unsaturated fat). Thanks in advance
Momo ary .
A good thing to think about would be the role of cholesterol (a type of lipid). Cholesterol gets a bad rep, but it helps the cell membrane either become more rigid or more flexible as necessary, especially in response to temperature changes. Not sure what you mean by the second part of your question, though. The water molecule itself has two single bonds, but something tells me that's not what you meant with your question. Feel free to elaborate!
First of all thanks for reply to my question. My second question is about hydration of body, here I want to know, which type of lipid is most useful/ help cells to absorb water.
Interesting. I think I'd say phospholipids (hydrophilic heads and hydrophobic lipid tails), as water in animal cells is stored in vacuoles, which are essentially storage compartments surrounded by phospholipid membranes. However, there are probably other ways to answer this question that are much more specific
I was considering lipids, such as saturated fat more specific butter, cream, coconut oil etc. is there any scientific evidence based on them in regards water absorption?
that's good for me thank you
does anybody know what the three types of lipids are im stuck on a question
Triglycerides, phospholipids, steroids, and waxes. There are 4
How do they mulriply
If lipids such as oil us liquid at room temperature what is it at a cool/cold temperature dont understand that
Some oil turn solid at lower temperatures. In the Philippines we call those 'sleeping oils'
There is a mistake in here. When first going over the function of lipids you include insulation, and lubrication. But then in the review, that information is absolved.