Answer:
The DNA strand having direction 3' to 5' would be used as template strand.
Explanation:
In DNA Replication the strand which is synthesized continuously is known as leading strand while the strand which is synthesized in fragments (okazaki fragements) is called as lagging strand. If one strand of DNA is 3' to 5' other must be in 5' to 3' direction. DNA polymerase can synthesize a strand continuously in only 5' to 3' direction, so the strand having 3' to 5' direction must be used as template to synthesize leading strand (5' to 3').
In other words as DNA polymerase can synthesize a strand continuously in only 5' to 3' direction so the strand having 3' to 5' direction must be used to synthesize leading strand ( continuous strand).
The template strand would have been a DNA strand with a 3' to 5' orientation.
The strand that is generated continuously in DNA replication is known as the leading strand, whereas the strand that is synthesized in fragments is known as the lagging strand.
If one strand of DNA is 3' to 5', the other strand must be 5' to 3'. Because DNA polymerase can only synthesis strands in the 5' to 3' orientation, the 3' to 5' strand must be utilized as a template to synthesize the leading strand.
To put it another way, because DNA polymerase can only synthesis a strand in the 5' to 3' direction, the strand with the 3' to 5' direction must be utilized to synthesize the leading and continuous strands.
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