Base pairs are the building blocks of DNA and RNA molecules. They are like puzzle pieces that fit together, with each pair made up of two chemical bases, adenine (A) and thymine (T) in DNA or adenine (A) and uracil (U) in RNA. These pairs hold the structure of the DNA or RNA molecule together, allowing important genetic information to be stored and passed on.
Full definition
Scientists used a 750 - year - old specimen to generate many thousands of
base pairs of DNA sequence data.
Powerful computational approaches and infrastructure are required to read and compare sequences of billions of
DNA base pairs.
I have tried to show that it is not altogether obvious that the sequence of
base pairs in the DNA molecule is determined only by chemistry or that chemistry alone can illuminate this sequence.
By 2010, much more powerful tools had become more affordable and efficient, and could analyze genomic sections as minute as a
single base pair of DNA.
Researchers have built an enzyme that can perform a previously impossible DNA swap, directly changing the DNA
base pair from an A • T to a G • C.
It is the perfect size for a small space and I love the simple metal
base paired with the marble top.
The integration complexes moved along the target DNA for distances of 1,500 DNA
base pairs for periods of 2 - 3 seconds.
The genome or DNA contains two additional
base pairs making it the first synthetic life form of its kind.
It is unlikely that we can use this method to edit large sections of DNA (10,000
base pair regions), but single mutations we could have great success.
The bases match up with each other — A with T and C with G — to form units
called base pairs.
Such mutations among the genome's three billion
base pairs don't tell the whole story, however.
«What a pleasant surprise to learn that someone's paying attention to something other than the 48 -
base pair variant,» he says.
For the first time the team discovered a way to accurately edit
RNA base pairs in human cells.
But there are still questions to be answered, including how the 3.2 billion
base pairs contained in the human genome are ordered.
One, which is responsible for DNA replication, moves at high speeds, up to 1000
base pairs per second.
They took one person's DNA (the molecule that contains all genes), chopped it up into little pieces and determined the sequence of
base pairs in each piece.
Each typical human cell contains about 6 billion
base pairs of DNA, known as the genome.
Our human genome consists of 3 billion
base pairs made up of chemical units referred to by the letters A, C, G and T.
Each of these genes is composed of a unique sequence of pairs, each with four bases,
called base pairs.
Called tPNA (thioester peptide nucleic acid), it comprises the same four
base pairs as DNA.
The Atlantic cod genome consists of approximately 700 million pairs of DNA bases (remember that the DNA molecule is a double helix with matching
base pairs on each strand).
This pattern is strikingly different from the southern islands, where San Clemente and San Nicolas each have two haplotypes just a single
base pair away from each other.
When the mapping is done the computer will call the correct
base pairs at each position and we take the consensus code from all the reads only at places with high enough depth coverage to be reliably accurate.
Analytical methods for inferring functional effects of single
base pair substitutions in human cancers Human Genetics DOI: 10.1007 / s00439 -009-0677-y
The mode of action of the mature miRNA in mammalian systems is dependent on
complementary base pairing primarily to the 3» UTR region of the target mRNA, thereafter causing the inhibition of translation and / or the degradation of the mRNA.
The result was a base editor, called ABE, that could switch A-T
base pairs into G - C pairs in about 50 percent of human cells tested.
A physical map of the largest chromosome of wheat provides the first step toward sequencing the huge, 17 - billion
base pair genome of this critical food crop.
Seeman realized in 1980 that this natural tendency of strands of DNA with
matching base pair sequences to spontaneously attach to one another meant that synthesized short sections could be made to self - assemble into predictable forms.
In the first phase, chromatin loops of 80,000 to 120,000 DNA
base pairs form, radiating out from a scaffold and compacting the chromosome linearly.
So the molecular cause is exactly the same
base pair change in a telomerase gene.
Such long reads are dramatically more effective at bridging repetitive stretches in the genome than the more broadly used 100 - 500
base pair reads, thus resulting in up to 100-fold improvements in genome assembly statistics over previous assemblies.
This activity caters to the different multiple intelligences and diverse learning styles of students as they collaboratively put together their short 6
base pair segments into one classroom model of a DNA molecule.
The first base editors developed in 2016 use cytidine deaminase to change C -
G base pairs to T - A pairs (top).
Howard was especially curious about how variations of
base pairs within the two genes interacted with each other to impact asthma.
A new base editor (bottom) uses DNA adenine deaminase to make the opposite change, transforming
A-T base pairs to G - C pairs.
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