Custom fonts are usually the hard part when using a new software. Convert those numbers from decimal to dozenal is way easier to me.Have you tried expressing the values in dozenal?
How about naming this large molecule which almost everybody on this Earth cares about?I once got some extra credit in high school chemistry for naming an absurdly large alcohol molecule, it had somewhere north of two hundred atoms. Good times.
How about naming this large molecule which almost everybody on this Earth cares about?
How about naming this large molecule which almost everybody on this Earth cares about?
I checked the chiralities for the 3 specific carbons, made sure they matched -
View attachment 564530
Whenever I see the Nitrogen bonds locate in the middle and adjacent to a -one group(C=O double bond), that's likely to involve the future mutation of the virus.Care to let us in on the significance? It looks like a mimic for a 3 or 4 amino acid peptide sequence.
Whenever I see the Nitrogen bonds locate in the middle and adjacent to a -one group(C=O double bond), that's likely to involve the future mutation of the virus.
I particular want to learn the names of all the possible isomers including enantiomers and diastereomers of the common molecules.
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Whenever I see the Nitrogen bonds locate in the middle and adjacent to a -one(C=O double bond), that's likely to involve a future mutation of the virus.
I particular want to learn the names of all the possible isomers including enantiomers and diastereomers of the common molecules.
There are diol alcohol compounds: methanediol, ethan-1-1-diol, ethan-1-2-diol, ethen-1-1-diol, E-ethen-1-2-diol (trans), Z-ethen-1-2-diol (cis), ethynediol.I hope you mean pure alcohols, because otherwise you will very fast have too many compounds (.e.g. sugars... oh boy).
Actually, even with alcohols...
If the entire molecule isn't a virus, then that protein part will be okay. The molecular graph I posted was the original Covid strain from Wuhan, China. The Italian strain had the spikes mutated, the benzyl head was swapped with the nitrogen + one(C=O) bonded area, then the virus became more infectious.These structures are peptide bonds, and are a basic feature of any protein backbone.
"involve a future mutation of the virus"
If the entire molecule isn't a virus, then that protein part will be okay.
The molecular graph I posted was the original Covid strain from Wuhan, China. The Italian strain had the spikes are mutated, the benzyl head was swapped with the nitrogen + one(C=O) bonded area, then the virus became more infectious.
The several molecules I looked and drew were the main protease and the key enzyme of the coronavirus, I'm sure I haven't included the RNA chains which will be too large for my software.To put things in perspective, a single "spike" protein of Covid consists of thousands of atoms. The outer protein case of a single virus particle is composed of many copies of these spike proteins, along with many copies of other similarly complex proteins. Inside that case are around 30,000 bases of the virus' genetic code, with each base consisting of a few dozen atoms.