+Erika Padar CONGRATS!!! maybe show your teacher the video and she might light it and want to show the whole class? sometimes seeing animations helps understanding things for the first time.
I am in college biology as an older adult, and I really appreciate this video. I had forgotten all I learned in high school biology many years ago, so now I feel very lost in my biology class. So even for my college class, I am finding this video very helpful!
Just remember that translation starts at the guanine cap then moves until it reaches the poly-a tail. The ribosome does not attach to the middle of the mRNA as shown but at the guanine cap.
this video IS SO VERY helpful! I swear I didn't understand a thing about this until I watched this video. Now it all fits together. Thanks for uploading this!
I am in college biology as an older adult, and I really appreciate this video. I had forgotten all I learned in high school biology many years ago, so now I feel very lost in my biology class. So even for my college class, I am finding this video very helpful
Ah wow! I'm a GCSE student going in for my exam soon, this is SO HELPFUL. Well animated and explained and just the right amount of detail for GCSE. Would recomend! :)
My 6th and 8th grader are learning this stuff...unfortunately for them mom didn't pay attention in her 8th grade science class. After reading their text book they were still blanking a little. So, I happened upon this video...both of them, almost in unison, "Ooooooh!" Thank you for this video! :)
alahom la shla ela ma jaltaho sahla wa anta tjaal alhzn etha sheita sahla -- saying this before seeing the exam question paper will grant u a pass grade!! MEMORISE IT
Perfect this video explained a hole section of my chapter in 2 minutes and 50 seonds this gives me more time to study all the Phylums from Protista to Animalia. I ♥ Biology!!!
@lyscan: The body either synthesizes what it needs from components in food, or gets the already assembled nitrogenous base/amino acid/sugar etc. from food. Or a combination, it'll take something it cannot make from food, and perhaps modify that with some other components. Basically, the answer is food.
@TheBufftwinkie there is no limit to how many green cubes (amino acids) join together it all depends on how many codons (sets of 3 rungs or A,G,C and U) are between the "start" codon and the "stop" codon. The enzyme that separates the DNA is called Polymeraise that makes a copy of one side or strand of the DNA (to create mRNA or "messanger RNA") hoped it helped.
Something which makes a teacher good is if they address different learning styles. This takes the form of repeating in different ways with different kinds of activities, reading, looking, doing, discussing, writing etc. Such things also re-enforce each other and make a lesson much more interesting. Something you may want to think about is what kind of learning style you are. You may then want to study to your strengths. But really, teachers should know this stuff, it's basic teacher training.
They make it look like a complete solid mechanical clockwork process. I can't figure how they can be so sure if they can't actually the process in motion.
Oh my god THANK YOU for posting this. It's so nice to be able to see things happening instead of staring and stationary pictures and reading boring, unnecessarily long explanations. I never understood the mechanics of it until now! Ugh, I seriously thought the mRNA strand was being elongated, not the protein. I hate my AP Bio teacher with a passion >:/
I'm in a bio class currently and my teacher is explaining all of this.. but she isnt nearly as exciting as that flash when the protein strand is pieced together!!! AWESOOOOME
@2bornot2b1984 i think theyre illustrative so each molucule can easily be identified, if you look at Micrographs of cells and organelles etc its really hard to distinguish specific molecules. i think the animations are made to show a certain amount of true resemblance to the structures and shapes of molucules but in reality they would not look the same (e.g. a nucleus is not always spherical yet in these videos that is how it is usually shown)
The thing that unwinds it is called Helicase and because it ends in "ase" it is an enzyme and you could think of this as a decomposition reaction because it breaks/unzips the bases. The DNA has a negative charge incase you were wondering. But DNA replication/ protein synthesis is apart of the S phase of the cell's Interphase
the primary RNA transcript (or pre-mRNA) becomes mRNA after post transcriptional modification and leaves the nucleus with the genetic code. outside the nucleus in the cytoplasm the mRNA joins a ribosome and tRNA brings amino acids to the mRNA to produce a polypeptide chain which then gets folded into a protein. i hope this helps
I feel like I'm watching a horror movie with that music, though.
What are you talking about? This IS a horror movie
I agree
A 2 minute video helped me understand more than a 2 hour lesson from a teacher :)
Ghadir Hayssam dude same
@@benjamin-jv7qu this comment is 6 years ago he probably isn't even in school anymore lol
This is my first youtube comment.
The teacher couldn't explain me it properly, she tried it maybe 10 times.
Now I understand. Thank you so much!!!!!!
+Erika Padar CONGRATS!!! maybe show your teacher the video and she might light it and want to show the whole class? sometimes seeing animations helps understanding things for the first time.
I am in college biology as an older adult, and I really appreciate this video. I had forgotten all I learned in high school biology many years ago, so now I feel very lost in my biology class. So even for my college class, I am finding this video very helpful!
Just remember that translation starts at the guanine cap then moves until it reaches the poly-a tail. The ribosome does not attach to the middle of the mRNA as shown but at the guanine cap.
why is the music necessary I'm laughing so hard
thanks this finally makes sense!. I love the noise and animation when the amino acids bind together
this video IS SO VERY helpful! I swear I didn't understand a thing about this until I watched this video. Now it all fits together. Thanks for uploading this!
I cried because this helped me soooo much. I do not know what to do without this video. Thank you so much.
+Matet Carbi glad it helped!!!
had a similar situation right before the end-semester examinations
Helped me too.
I am in college biology as an older adult, and I really appreciate this video. I had forgotten all I learned in high school biology many years ago, so now I feel very lost in my biology class. So even for my college class, I am finding this video very helpful
So helpful. Wish Kickstarter had this sort of helpful videos to fund. Many would pay for this sort of content. Well done
Thats better explaining rather than only words .Thanks !
Why is this so scary :(
This vid is great- simplifies the process greatly
Ah wow! I'm a GCSE student going in for my exam soon, this is SO HELPFUL.
Well animated and explained and just the right amount of detail for GCSE.
Would recomend! :)
i have checked this vid with my school books, and its all correct.
Thank you very much for giving us such a facinating lecture:)
My 6th and 8th grader are learning this stuff...unfortunately for them mom didn't pay attention in her 8th grade science class. After reading their text book they were still blanking a little. So, I happened upon this video...both of them, almost in unison, "Ooooooh!" Thank you for this video! :)
This is simply amazing. Life is incredible.
hey man thanks a lot for postin this, totally helps me understand this
This was very helpful! Thank you.
Thanks for sharing! I have a huge test tomorrow and this helped!
the video was scary and ominous but very helpful! this explained way better than my crappy textbook. Kudos to you dude!
the soundtrack in this is amazing
This helped tremendously with my Biology exam - thank you!
i don't usually learn from these videos, but this is pretty good.
This is so clear yet also detailed. Great stuff. Text can only get one so far (although I wouldn't dispense with my textbook just yet.)
Love the music, it sounds so sci-fi.
THANKS! this really helps me understand the material for my test tomorrow.
This helped a lot thank you very much for uploading this.
brilliant! best animation i've come across so far... bio test here i come!
alahom la shla ela ma jaltaho sahla wa anta tjaal alhzn etha sheita sahla -- saying this before seeing the exam question paper will grant u a pass grade!! MEMORISE IT
Thank you! Much appreciated!
Another thanks, this explained so much better than the textbook! You might have secured my university placement! lol
Thanks alot! You've basically done my project for me.
this video will help me a lot for my bio regent today, thankss!
thanks man really appriciated...i was left completely baffled in lesson,this really cleared it up for me.
Perfect this video explained a hole section of my chapter in 2 minutes and 50 seonds this gives me more time to study all the Phylums from Protista to Animalia. I ♥ Biology!!!
Wow.....breathtaking...
This is a high quality family video for kids to enjoy endlessly
If some high school student is "tricked" into getting excited about biochemistry because of this simplistic video then I say bravo.
Makes more sense now thanks
Studying for my mid-year's. This was helpful, thanks!
Thank you for this, it helped me a lot.
this is one of the best videos but what is the enzyme that unwindes the segment in the beginning?
aaww what a wonderful video... luv it... thx
@lyscan: The body either synthesizes what it needs from components in food, or gets the already assembled nitrogenous base/amino acid/sugar etc. from food. Or a combination, it'll take something it cannot make from food, and perhaps modify that with some other components. Basically, the answer is food.
thanks man that means a lot to me
I owe my A* in Biology to this! Thank you so much!
@designerkitten Ribosomes are made by the nucleolus. In eukaryotic cells, tRNAs are transcribed by RNA polymerase III as pre-tRNAs in the nucleus.
This is really useful. Thanks for the upload.
Your comment is older than most tiktok users
This was a great explanation! Thank you =)
this was so helpful I used this for my science project and I think I have a chance for a really good grade. Thanks!
good luck!
i already presented it. Got an A! Thanks for the luck!
@@michaelfreudiger even after 7 years and hopefully 14 years still reacting. Legend
I love this video , very helpful even for college microbiology . thanks
I've just started learning this! It seems sooooo complicated!!
thanks so much for uploading this.
i needed this for my biology homework. (:
cool, great and helpful video.
SO helpful. thank you!
@TheBufftwinkie there is no limit to how many green cubes (amino acids) join together it all depends on how many codons (sets of 3 rungs or A,G,C and U) are between the "start" codon and the "stop" codon. The enzyme that separates the DNA is called Polymeraise that makes a copy of one side or strand of the DNA (to create mRNA or "messanger RNA") hoped it helped.
@lyscan in the nucleus of cells there is always 'free nucleotides' so there are A,G,T,C just floating about waiting to be paired up
Thank you so much, this helps me understanding this a lot:)
Thanks a lot this actually helped clear it up. Genomics.. a little humility goes a long way. I suspect you'll learn that eventually.
Our bodies are amazing. I'm taking Anatomy and physiology and this is gonna help me a whole lot, tnx for the info
Something which makes a teacher good is if they address different learning styles. This takes the form of repeating in different ways with different kinds of activities, reading, looking, doing, discussing, writing etc. Such things also re-enforce each other and make a lesson much more interesting.
Something you may want to think about is what kind of learning style you are. You may then want to study to your strengths.
But really, teachers should know this stuff, it's basic teacher training.
They make it look like a complete solid mechanical clockwork process. I can't figure how they can be so sure if they can't actually the process in motion.
picture paints a thousand words...a video so much more
Neat video. Talk about the basis of conveyor factory production we are so familiar with today! Ha! It's Primordial!!!!
wow i have a test on this tomorrow! this helped me a lot!
i really needed that for a test thanks;)
OMG! SOOO HELPFUL! THANK YOU!!!
thanks for this upload !!
Daumen hoch und den Bruderer-Award hochverdient❤❤🎉🎉
Concise and cool explanation
@michaelfreudiger a stop codon is UAG, UGA, or UAA. AUG is start codon.
Need more detail such as the wobble in the codon-anticodons
Thnx for the vid bro it helped me understand a lot better .
Wow, you're such a cool guy!
Oh my god THANK YOU for posting this. It's so nice to be able to see things happening instead of staring and stationary pictures and reading boring, unnecessarily long explanations.
I never understood the mechanics of it until now! Ugh, I seriously thought the mRNA strand was being elongated, not the protein.
I hate my AP Bio teacher with a passion >:/
Amazing!
thank you so much for this
Very nice video
WHY SPEND MONEY ON TUTOR WHEN YOU HAVE THIS !!!! SO FREAKIN AWESOME !!!!
I'm in a bio class currently and my teacher is explaining all of this.. but she isnt nearly as exciting as that flash when the protein strand is pieced together!!! AWESOOOOME
Whooa! That was cool!
Great video! thnaks
thank you!
@2bornot2b1984 i think theyre illustrative so each molucule can easily be identified, if you look at Micrographs of cells and organelles etc its really hard to distinguish specific molecules. i think the animations are made to show a certain amount of true resemblance to the structures and shapes of molucules but in reality they would not look the same (e.g. a nucleus is not always spherical yet in these videos that is how it is usually shown)
THANK YOU!!
This helped me study for my quiz! thanks!
The thing that unwinds it is called Helicase and because it ends in "ase" it is an enzyme and you could think of this as a decomposition reaction because it breaks/unzips the bases. The DNA has a negative charge incase you were wondering. But DNA replication/ protein synthesis is apart of the S phase of the cell's Interphase
really helpful...thanks
thanks helped more than my biology teacher could
@Swati Dwibhashyam it's called 'helicase'
Very nice vidio awesome
great animation. thanks a lot for this video
Your immune system vid? Have you uploaded it? I 'd like to see it.
this was really helpful!!
Thanks for saving me from failing my test(:
This vid scares me...
the primary RNA transcript (or pre-mRNA) becomes mRNA after post transcriptional modification and leaves the nucleus with the genetic code. outside the nucleus in the cytoplasm the mRNA joins a ribosome and tRNA brings amino acids to the mRNA to produce a polypeptide chain which then gets folded into a protein. i hope this helps
thank you!!