synthetic polymerase & ribosome by Bender_
big and incomprehensible electronic porridge - wifi used only for ribosome - 100% accurate (ribosome still under verifications) - customizable DNA sequences - DECO ON - explanations in save - spark "ANALYZE" button to start it and just wait a bit. Enjoy!
cloning101
science
confusing
codons
sequencing
genetics
dnapolymerase
rnapolymerase
very
future
Comments
-
New_man100000 2nd Mar 2017
what add this idea? -
TPT_CRUSHER_1248 1st Mar 2017
bottom left dna creator breaks after spammed -
Binarydream 28th Feb 2017
This is pure genius. I enjoy educational ideas like this -
msasterisk 28th Feb 2017
@dayday Okay makes sense :) But the risk of mutation in TPT is basically zero. So I wonder if a bigger ribosome could be made- honestly, size is probably the limitation here. -
jakkers7 27th Feb 2017
so leave that to the aperture engineers we don't want to end up like black mesa do we *he grumbles* those technology stealing jerks -
jakkers7 27th Feb 2017and about your artificial intelligence proposition shes a but rowdy
-
jakkers7 27th Feb 2017all right ive been considering what do you know about quantum space holes and singularities
-
Bender_ 26th Feb 2017
it seems you know a lot, dayday, what do you think of how realistic is my polymerase and ribosome? I could improve those -
Bender_ 26th Feb 2017uh oh I thought there was 3 stop codons
-
dayday24 26th Feb 2017
@msasterisk Yes, there are 64 possibilities (3 codons per AA 4 possible codons UAGC 4*4*4=64), however the cell utilizes all of the possibilities in redundancy, theer are 2 stop codons and much other redundancy. For example, Valine has 4 possible AA codons, in the event of a mutation it would switch from say, GAU to GAA, but since both are marked for valine the resulting protein is not malformed and may still function.