On what basis you have selected residues 323 and 449... Why not other residues...?? Ho would we know which residue is showing interactions with ligand??
Thank you for the video series. I wanna ask you why you choose histidine amino acid. Why did you choose the histidine for the particular reason or is there another reason?
The biochemistry of what is/isn't an interaction isn't covered in the scope of the video, but the proximity of the nitrogen on the histidine to the functional group on the ligand suggests that there may be an interaction present. If you are more interested on classification of ligand-receptor interactions, I suggest looking into interaction fingerprints!
The biochemistry of what is/isn't an interaction isn't covered in the scope of the video, but the proximity of the nitrogen on the histidine to the functional group on the ligand suggests that there may be an interaction present. If you are more interested on classification of ligand-receptor interactions, I suggest looking into interaction fingerprints!
Thank you, very clear and well explained tutorials!
Very well explained and so helpful. I really appreciate this video series. I’m hoping you would make more advance videos of pymol
Very clear and easy to understand
great video, thanks! How to add scale bar for a 3D protein structure, given that I don't know the size of the protein in angstrom or nanometers?
thank you for sharing the video
Hello sir, thank you for the video, I want to adjust the label but the 3 Button editing doesn't move
On what basis you have selected residues 323 and 449... Why not other residues...?? Ho would we know which residue is showing interactions with ligand??
Sir , why we measure those distances? What are the benifits?
can you show how to label the alpha and beta helices and sheets
I have heard it is better to use APBS plug in rather than vacuum electrostatics can anyone tell me why?
Thank you for the video series. I wanna ask you why you choose histidine amino acid. Why did you choose the histidine for the particular reason or is there another reason?
The biochemistry of what is/isn't an interaction isn't covered in the scope of the video, but the proximity of the nitrogen on the histidine to the functional group on the ligand suggests that there may be an interaction present. If you are more interested on classification of ligand-receptor interactions, I suggest looking into interaction fingerprints!
On what basis you select histidine
The biochemistry of what is/isn't an interaction isn't covered in the scope of the video, but the proximity of the nitrogen on the histidine to the functional group on the ligand suggests that there may be an interaction present. If you are more interested on classification of ligand-receptor interactions, I suggest looking into interaction fingerprints!
turn the music down pls