Hypothesis 1: Conservative Hypothesis 2: Semi-conservative Hypothesis 3: Dispersive The original DNA strand "unzips" down the center. Individual nucleotides link together to make a copy of each strand. The new strands unbind from the original strands, allowing the original strands to bind back together The original DNA strand "unzips" down the center. Individual nucleotides link together to make a copy of the original strand. The original pieces and the new pieces join in random combinations The original DNA strand "unzips" down the center. Individual nucleotides link together to make a copy of each strand. The DNA formed contains one old and one new strand original DNA double helix semi-conservative DNA replication original DNA double helix conservative DNA replication original DNA double helix dispersive DNA replication Observations: Observations: Observations: Original DNA is light blue Copy of DNA is dark blue The OG DNA unbinds makes I see an original dna making a copy to multiple dnas a copy of new strand Results in two complete sets of DNA One copy with both OG strand One copy with both new DNA strand I agree/disagree with this hypothesis I agree/disagree with this hypothesis I agree/disagree with this hypothesis (cite at because (cite at because (cite at least 1 evidence piece from the because least 1 evidence piece from the least 1 evidence piece from the diagram. This is an efficient/not efficient way to replicate because diagram. This is an efficient/not diagram. This is an efficient/not efficient way to replicate because efficient way to replicate because con)
Hypothesis 1: Conservative Hypothesis 2: Semi-conservative Hypothesis 3: Dispersive The original DNA strand "unzips" down the center. Individual nucleotides link together to make a copy of each strand. The new strands unbind from the original strands, allowing the original strands to bind back together The original DNA strand "unzips" down the center. Individual nucleotides link together to make a copy of the original strand. The original pieces and the new pieces join in random combinations The original DNA strand "unzips" down the center. Individual nucleotides link together to make a copy of each strand. The DNA formed contains one old and one new strand original DNA double helix semi-conservative DNA replication original DNA double helix conservative DNA replication original DNA double helix dispersive DNA replication Observations: Observations: Observations: Original DNA is light blue Copy of DNA is dark blue The OG DNA unbinds makes I see an original dna making a copy to multiple dnas a copy of new strand Results in two complete sets of DNA One copy with both OG strand One copy with both new DNA strand I agree/disagree with this hypothesis I agree/disagree with this hypothesis I agree/disagree with this hypothesis (cite at because (cite at because (cite at least 1 evidence piece from the because least 1 evidence piece from the least 1 evidence piece from the diagram. This is an efficient/not efficient way to replicate because diagram. This is an efficient/not diagram. This is an efficient/not efficient way to replicate because efficient way to replicate because con)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Transcribed Image Text:Hypothesis 1: Conservative
Hypothesis 2: Semi-conservative
Hypothesis 3: Dispersive
The original DNA strand "unzips"
down the center. Individual
nucleotides link together to make a
copy of each strand. The new
strands unbind from the original
strands, allowing the original strands one new strand
to bind back together
The original DNA strand "unzips"
down the center. Individual
nucleotides link together to make a
copy of the original strand. The
original pieces and the new pieces
join in random combinations
The original DNA strand "unzips"
down the center. Individual
nucleotides link together to make a
copy of each strand. The DNA
formed contains one old and
original DNA double helir
semi-conservative DNA replication
original DNA double helix
conservative DNA repication
original DNA double helix
dispersive DNA replication
Observations:
Observations:
Observations:
Original DNA is light blue
Copy of DNA is dark blue
The OG DNA unbinds makes
I see an original dna making
a copy to multiple dnas
a copy of new strand
Results in two complete sets
of DNA
One copy with both
OG strand
One copy with both
new DNA strand
I agree/disagree with this hypothesis I agree/disagree with this hypothesis I agree/disagree with this hypothesis
(cite at
least 1 evidence piece from the
diagram. This is an efficient/not
efficient way to replicate because
(scientific reason)
(cite at
because
(cite at
least 1 evidence piece from the
because
because
least 1 evidence piece from the
diagram. This is an efficient/not
efficient way to replicate because
diagram. This is an efficient/not
efficient way to replicate because
(scientific reason)
(cciontific roacon)
Expert Solution
Step 1-Introduction
There are basically three modes of DNA replication:-
1) Conservative
2) Dispersive
3) semi-conservative replication
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