This is so impressive ! How is the protein tagging done actually ? How does the fluorescent part get attached to a protein without affecting it's function ?
The central dogma of biology is: Gene (DNA) ➡️ RNA ➡️ Protein (amino acids + modifications) The gene for the flourescent marker (GFP) is linked to the gene for our protein of interest. Basically the two become proteins become one. That being said GFP usually doesnt interfere with the function of the actual protein since, although linked by a few amino acids, it folds differently.
Does anyone actually take an English language course before delivering such talks!?? Gosh, students have to pass exams to prove language skills while professors are really hard to grasp!??
A typhoon of a video about awesome omics technology thank you very much ibiology
Clear slides and great presentation!
I find it amazing no one has reproduced the visualization of the ultra small of Rife or Nemes.
This is so impressive ! How is the protein tagging done actually ? How does the fluorescent part get attached to a protein without affecting it's function ?
The central dogma of biology is:
Gene (DNA) ➡️ RNA ➡️ Protein (amino acids + modifications)
The gene for the flourescent marker (GFP) is linked to the gene for our protein of interest. Basically the two become proteins become one. That being said GFP usually doesnt interfere with the function of the actual protein since, although linked by a few amino acids, it folds differently.
Very enjoyable video to watch over my morning cup of tea!
Very informative and concise
Wow, very interesting and well presented! Are yeast less important for research now that there is Crisper?
The whole video sounds like an advertisement, nothing specific or new or informative
👍🏾👍🏾👍🏾👍🏾👍🏾👍🏾👍🏾
Does anyone actually take an English language course before delivering such talks!?? Gosh, students have to pass exams to prove language skills while professors are really hard to grasp!??