DNA Structure and Replication: Crash Course Biology
#10
Crash Course
Rosalind Franklin may have been the first to confirm the
helical structure of NK] Franklin's work may have led to
her early death of ovarian cancer at the age of 37.. The
Nobel Prize Committee could not even consider her for
the prize that they awarded in 1962 because of how
dead she was. [UNK] Strand as a template to build a new
molecule. SO, how is a teenage boy like the enzyme
Helicase? They both want to unzip your genes. Helicase
unwinding the double helix at breakneck speeds. These
unwound sections can now be used as templates to
create two complementary [UNK] strands. [UNK]
replication gets it wrong about one in every 10 billion
nucleotides.. [UNK] polymerases can also proofread
when they discover a mismatched base. The last thing we
want is an A when it would have been a G! Considering
how tightly packed [UNK] is. Packed [UNK] is into each
one of our cells, it 's honestly amazing that more
mistakes do not happen..
#10
Crash Course
Rosalind Franklin may have been the first to confirm the
helical structure of NK] Franklin's work may have led to
her early death of ovarian cancer at the age of 37.. The
Nobel Prize Committee could not even consider her for
the prize that they awarded in 1962 because of how
dead she was. [UNK] Strand as a template to build a new
molecule. SO, how is a teenage boy like the enzyme
Helicase? They both want to unzip your genes. Helicase
unwinding the double helix at breakneck speeds. These
unwound sections can now be used as templates to
create two complementary [UNK] strands. [UNK]
replication gets it wrong about one in every 10 billion
nucleotides.. [UNK] polymerases can also proofread
when they discover a mismatched base. The last thing we
want is an A when it would have been a G! Considering
how tightly packed [UNK] is. Packed [UNK] is into each
one of our cells, it 's honestly amazing that more
mistakes do not happen..
