4 There should be alot of code, If it says error change the URL to your country code for example Ancestry.com (US) Ancestry.co.uk (UK). Source: 6 months ago

It's quite easy. You just have to download your DNA file from ancestry.com and then upload the zip file to MyTrueHeritage (after signing up of course). Then in 10 minutes your results are ready! Source: 6 months ago

Ill definitely keep that in mind I did do ancestry.com's test and was not exactly satisfied as it did not tell me what part of England or Ireland my family comes from as we are all very disconnected. Source: 6 months ago

My sister did do an ancestry.com DNA test, but it was super underwhelming since it was just 100% Japanese, with no regional breakdown. I think 23andMe does a better job and at least has Japanese regions, but unfortunately we went with the budget option. Source: 6 months ago

That being said, my mom is 100% Ashkenazi (according to ancestry.com genetic testing) and as a little kid I used to ask her if she was black because her skin is so brown (I wasn't asking in a pejorative way I was just genuinely curious) and it is weird to me that people think that just because our families immigrated from Poland/Russia, that means we are of Polish/Russian ancestry; our ancestors were ethnic... Source: 6 months ago

Edit: I found molview.org which is very close to what I'm looking for. Is there a way to do full equations in the program? That would be more in line with that I'm looking for. Source: 6 months ago

** Author’s note: I’ll be trying to upload every 3-5 days, but life can get hectic. Also, chemical names will almost never be used, officially for story reasons. Definitely not because they give me intense flashbacks. DEFINITELY NOT. That being said, any descriptions of chemicals I end up using can be drawn here. Source: 11 months ago

The hexagons and pentagons (and sometimes others) are deliberately drawn as regular shapes to make them neater. Sometimes this is physically accurate (benzene rings are true perfect hexagons) while other times it is not (e.g. Cyclic structures with nitrogen atoms will be irregular due to different bond lengths). Here is a cool tool that shows the true 3D structure of a given molecule, which you can draw in... Source: 11 months ago

Alternatively, if you're interested in a novel/unmodelled molecule, you can generate ideal coordinates using many tools and webservers, either directly from the SMILES/InChi strings (i.e., here) or by drawing the compound out (i.e., here). Or you can of course build it in PyMOL, but that would be last on my personal list. Source: 12 months ago

In order to draw them, molview.org looks nice. Source: about 1 year ago