The Protein Biosynthesis [ Animation ]

This is a short animation about the protein biosynthesis including transcription, splicing and translation.

Category:

Science & Technology

Tags:

• DNA
• RNA
• mRNA
• tRNA
• bio
• protein
• biosynthesis
• biology
• splicing
• cell
• genetics
• transcription
• amino
• acid
• polymerase
• translation
• proteinbiosynthese
• transkription
• enzyme
• synthesis
• animation
• proteinbiosynthese animation
• protein synthesis
• protein biosynthesis
• protein synthesis animation
• protein biosynthesis animation
• transcription animation
• translation animation
• protein bio synthesis
• splicing animation
• bio synthesis
• bio synthesis animation
• biochemistry
• microbiology
• science
• molecular

[HomoRationabilis]

@ all of you

I am really happy that I can help you with this video, thanks for your great comments on this! :D

[EinTopfGold]

Alle schreiben hier immer danke auf englisch...aber du kommst doch aus deutschland oder nicht? ^^ also auch von mir: danke für die hilfe!

und dann noch ein paar fragen: wieso lese ich des öfteren, das die A-Stelle u.a. Bindungsstelle für die Aminoacyl-tRNA ist, und die P-Stelle u.a. Bindungsstelle für die Peptidyl-tRNA? Ändert sich die tRNA etwa beim Übergang?

was sind genau die Unterschiede zwischen der proteinbiosynthese zwischen pro- und eukaryoten?

Danke schon mal im vorraus ;)

[HomoRationabilis]

@EinTopfGold

You got a mail.

Youtube comments are way too limited to answer those questions ;D

[Andy301191E]

what do you mean with "to protect the chain" (2:42)? what should it be protected from? and I've still got a last question, do you know anything about the Wobble Theory? I kinda don't remember much about it.... All in all it was a very good video :)

P.S. greetings from Germany and thanks for posting this video!!!

[HomoRationabilis]

@Andy301191E

Wobble-Theory:

It says, that the third nucleotide of an anticodon and the third nucleotide of a codon don't have to make a base pair because of the structure of the tRNA.

Example (don't take it as reference):

The codon is GUU and the anticodon (on the tRNA) is CAA.

In another case, the codon is GUC, but the anticodon is also CAA.

Both would make the amino acid valine.

So, you can see, (in most cases) it doesn't matter what the third nucleotide in the mRNA looks like.

[HomoRationabilis]

@Andy301191E

I hope I could help you, if there are any more questions, don't be shy ;)

[Cloeyx3]

Thank you so much, this made everything a lot easier for me! Greetings from Germany too! <3

[duny90]

Thanks from Germany again! :):) Great job!

[BadekappeVid]

Perfect dude :D You are my hero :)

[SuperMaexle123]

Man hört den deutschen Akzent raus ;)

Trotzdem gutes Video, Englisch ist die einzige Sprache, die ich noch verstehe :D

[AkARneTheKinG]

Tolles video....

[dustz33]

Warum machst du das Video nicht nochmal auf Deutsch? Gucken doch eh fast nur Deutsche, im angelsächsischen Lehrplan scheint es also ohnehin nicht vorzukommen. ;)

[xxmuglalixx]

@EinTopfGold

der unterschied ist einfach nur das bei den prokaryoten kein splitting stattfindet..

[xxmuglalixx]

@Andy301191E

its protected from the enzymatic degradation.. so it can last longer times bevor getting translated

[GraceOkello]

awesome video!



[Nanadalsca]

I'm really grateful for you to upload this video. My biology text book doesn't help at all, instead it makes me more confuse than ever every time i try to understand this part. thank you very much! this is the best video ever! ^__________^

[gideon1103]

thanks..that made it much more easy for..from Germany with lov

[weed8818]

easy to understand thx:)