happy to help!

hm, it could be totally random, but I feel like it would depend on again, who's writing the test. I've seen some tests with stuff related to BE like UGI and stuff like that. However, I have also seen random proteins that you might learn about in a bio class (membrane proteins, ATP synthases, etc).eagerlearner102 wrote: ↑Wed Feb 26, 2020 6:38 pm Sorry to ask so many questions, but I didn't do any invitationals so I have no idea what the tests are like.
Is it safe to assume that the Jmol exploration will test proteins that are related to what we are learning (CRISPR)?
1.) I'm not too sure, but I have read before that NHEJ is more often used in DNA repair.EastVikingsSciOly wrote: ↑Sun Mar 01, 2020 7:12 am I have a couple of questions that I get mixed answers from on the internet. If anyone could help, that would be great!
1. Does CRISPR-CAS9 more often use HDR or NHEJ for DNA repair?
2. would a compound that affects disulfide bond formation affect primary, tertiary, and quaternary, or just tertiary and quarternary.
Thanks sm!WestMax wrote: ↑Sun Mar 01, 2020 8:42 am1.) I'm not too sure, but I have read before that NHEJ is more often used in DNA repair.EastVikingsSciOly wrote: ↑Sun Mar 01, 2020 7:12 am I have a couple of questions that I get mixed answers from on the internet. If anyone could help, that would be great!
1. Does CRISPR-CAS9 more often use HDR or NHEJ for DNA repair?
2. would a compound that affects disulfide bond formation affect primary, tertiary, and quaternary, or just tertiary and quarternary.
2.) As for number 2, I believe that disulfide would only affect quaternary and tertiary structures as the tertiary structure is the only stage that involves disulfide bonds between R-groups, and since quaternary comes after the tertiary struct, a change in tertiary structure would then change the quaternary structure as well.