what is the difference between a leading and lagging strand?
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When replication begins, the two parent DNA strands are separated. One of these is called the leading strand, and it is replicated continuously in the 3' to 5' direction. The other strand is the lagging strand, and it is replicated discontinuously in short sections.
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In a manner of speaking, the key difference between root hints and forwarders is that forwarders create a chain of DNS servers that ascend the DNS hierarchy, while root hints shoot right for the top.
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Spun yarns are hairy while filament yarns are smooth. Spun yarns are less lustrous and generally softer in terms of handle than filament yarns. They tend not to slip as much as filament yarns and do not tend to snag as much.
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For a pure resistance, current and voltage will have the same phase. For a pure inductance, current phase will be below(lagging) the voltage phase. For a pure capacitance, current phase will be above(leading) the voltage phase.
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The lytic cycle is faster, but the lysogenic cycle is more dangerous. Since the word "lysogenic" is longer than "lytic," it is normally the longer and creepier cycle.
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What are the main differences between solid and stranded conductors? Solid conductors are constructed of one, single piece of metal. ... Stranded conductors are made of multiple small strands, which group together to make up a single conductor. It is more flexible than a solid conductor, but less durable.
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The sense strand has the information that would be readable on the RNA, and that's called the coding side. The antisense is the non-coding strand, but ironically, when you're making RNA, the proteins that are involved in making RNA read the antisense strand in order to create a sense strand for the mRNA.
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Leading edge dimming cuts of the front edge of each waves' half cycle. Conversely trailing edge dimming cuts out the second half of each waves' half cycle. Trailing edge dimmers are now the more popular of the two types.
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This is the parent strand of DNA which runs in the 3' to 5' direction toward the fork, and it's able to be replicated continuously by DNA polymerase. The other strand is called the lagging strand. This is the parent strand which runs in the 5' to 3' direction toward the fork, and it's replicated discontinuously.
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Strand twists are used in much the same way that braids are used to start dreadlocks. The basic idea is that the strand twists hold the hair so that the roots can begin locking. The natural hair in the strand twist eventually loosens and begins to dread as well.
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Okazaki fragments form because the lagging strand that is being formed have to be formed in segments of 100–200 nucleotides. This is done DNA polymerase making small RNA primers along the lagging strand which are produced much more slowly than the process of DNA synthesis on the leading strand.
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To form a continuous lagging strand of DNA, the RNA primers must eventually be removed from the Okazaki fragments and replaced with DNA. In E. coli, RNA primers are removed by the combined action of RNase H, an enzyme that degrades the RNA strand of RNA-DNA hybrids, and polymerase I. This is the aspect of E.
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2. Positive supercoiling is the right-handed, coiling of DNA thus winding occurs in the clockwise direction. ... Although the helix is underwound and has low twisting stress, negative supercoil's knot has high twisting stress. Prokaryotes and Eukaryotes usually have negative supercoiled DNA.
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The AWG of a stranded wire is determined by the cross-sectional area of the equivalent solid conductor. Because there are also small gaps between the strands, a stranded wire will always have a slightly larger overall diameter than a solid wire with the same AWG.
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A grounding is when a ship strikes the seabed, while a stranding is when the ship then remains there for some length of time.
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This strand is made in fragments because, as the fork moves forward, the DNA polymerase (which is moving away from the fork) must come off and reattach on the newly exposed DNA. This tricky strand, which is made in fragments, is called the lagging strand.
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Originally Answered: Can you tell the difference between the original and the replicated strand? The DNA replication it is a semiconservative process, as the name suggests the replicated DNA will be made of a newly synthetized strand while the original one it is made of both the old strands .