...Structure of DNA: Nucleotides are subunits which...
...a chain of nucleotides. DNA molecule =...
...two chains of nucleotides joined by hydrogen...
...a protein 3 nucleotides (known as a...
...follows: 3752850246888000 The nucleotides which attach at...
...are free floating nucleotides found in the...
...Polymerase – Attaches nucleotides to the strand...
...short chain of nucleotides which serves as...

...specific sequences of nucleotides along the DNA...
...or thousands of nucleotides in each gene...
...the order of nucleotides in mRNA is...
...even pairs of nucleotides per amino acid,...
...the sequence of nucleotides in an RNA...
...blocks of three nucleotides, codons, are decoded...
...the number of nucleotides making up a...
...at least 300 nucleotides to code for...
...groups of three nucleotides. The cell’s protein-synthesizing...
...bonds the RNA nucleotides as they base-pair...
...polymerases can add nucleotides only to the...
...Specific sequences of nucleotides along the DNA...
...polymerase several dozen nucleotides upstream of the...
...The enzyme adds nucleotides to the 3’...
...for hundreds of nucleotides past the terminator...
...10 to 35 nucleotides past this sequence,...
...to 250 adenine nucleotides, the poly(A) tail....
...noncoding stretches of nucleotides. Noncoding segments, introns,...
...is about 150 nucleotides long. • 1)...
...snRNA base-pairs with nucleotides at the ends...
...of about 80 nucleotides that folds back...
...pair of complementary nucleotides with another nucleotide...
...mutations, alterations of nucleotides still indicate the...
...mutation. All the nucleotides downstream of the...

...acids are called nucleotides. In addition to...
...nucleic acids, specific nucleotides and their derivatives...
...FAD). The monomers (nucleotides) are comprised of...
...and RNA the nucleotides are covalently bonded...
...linear sequences of nucleotides which are connected...
...one strand of nucleotides has to be...
...N-bases of the nucleotides in only one...
...N-bases (and therefore nucleotides are required to...
...stranded polymer of nucleotides covalently bonded similarly...
...complimentary areas of nucleotides are antiparallel and...
...continuous strand of nucleotides and attach free...
...and attach free nucleotides to the parent...
...N-bases of the nucleotides. Each strand stays...
...anti-parallel strand of nucleotides. The new strand...
...bonds with adjacent nucleotides in the newly...
...strand (old) of nucleotides and a newly...
...bases of the nucleotides to be transcribed...

...a polymer of nucleotides consisting of a...
...cytosine. Pairing like nucleotides did not fit...
...the sequence of nucleotides along each DNA...
...template for ordering nucleotides into a new...
...at a time, nucleotides line up along...
...base-pairing rules. The nucleotides are linked to...
...they labeled the nucleotides of the old...
...while any new nucleotides were indicated by...
...error per billion nucleotides. More than a...
...specific sequence of nucleotides that is recognized...
...replication fork. As nucleotides align with complementary...
...is about 500 nucleotides per second in...
...cells. The raw nucleotides are nucleoside triphosphates....
...can only add nucleotides to the free...
...each about 100-200 nucleotides, are joined by...
...can only add nucleotides to the end...
...is about 10 nucleotides long in eukaryotes....
...can add new nucleotides away from the...
...pairing of template nucleotides and complementary nucleotides...
...nucleotides and complementary nucleotides occur at a...
...one per billion nucleotides. DNA molecules are...
...light can change nucleotides in ways that...
...cellular conditions. Mismatched nucleotides that are missed...
...fix incorrectly paired nucleotides. A hereditary defect...
...between adjacent thymine nucleotides. This buckles the...

...a polymer of nucleotides. • CORE IDEA:...
...long string of nucleotides. Each nucleotide consists...
...on Earth. C. Nucleotides 1. Each molecule...
...individual subunits called nucleotides. 2. Each nucleotide...
...strand of individual nucleotides. c. Any combination...
...identity of the nucleotides on the other...
...are polymers of nucleotides. i. Each nucleotide...
...sequence of three nucleotides—which specifies one amino...
...In addition, extra nucleotides are added as...
...the mRNA three nucleotides at a time—codon....
...larger number of nucleotides. B. Mutagens 1....
...is three consecutive nucleotides. 2. Insertion mutations...
...Insertion mutations add nucleotides. 3. Deletion mutations...
...Deletion mutations delete nucleotides. 4. If an...
...are 3 billion nucleotides in humans. 2....
...DNA molecule containing nucleotides from more than...
...polymerase enzyme, DNA nucleotides, a sample to...
...molecules using free nucleotides included in the...
...3 billion DNA nucleotides. 3. Human genome...
...the number of nucleotides. b. Compare the...
...a polymer of nucleotides. Base Double helix...
...a polymer of nucleotides. ? Use the...
...a polymer of nucleotides. ? A simple...

...specific sequences of nucleotides along the DNA...
...or thousands of nucleotides in each gene...
...sequence of RNA nucleotides. Transcription of many...
...even pairs of nucleotides per amino acid,...
...the sequence of nucleotides in an RNA...
...the number of nucleotides making up a...
...at least 300 nucleotides to code for...
...groups of three nucleotides. The cell’s protein-synthesizing...
...joins the RNA nucleotides as they base-pair...
...Specific sequences of nucleotides along the DNA...
...polymerase several dozen nucleotides upstream of the...
...The enzyme adds nucleotides to the 3...
...rate of 40 nucleotides per second in...
...10 to 35 nucleotides past this sequence,...
...for hundreds of nucleotides. Recent research on...
...to 250 adenine nucleotides, the poly-A tail....
...takes only 1,200 nucleotides to code for...
...noncoding stretches of nucleotides. Noncoding segments of...
...Noncoding segments of nucleotides called intervening regions,...
...(snRNA) about 150 nucleotides long. Several different...
...of about 80 nucleotides that folds back...
...pair of complementary nucleotides with another nucleotide...
...silent mutations, altered nucleotides still code for...
...mutation. All the nucleotides downstream of the...

...a polymer of nucleotides consisting of a...
...cytosine. Pairing like nucleotides did not fit...
...the sequence of nucleotides along each DNA...
...template for ordering nucleotides into a new...
...at a time, nucleotides line up along...
...base-pairing rules. The nucleotides are linked to...
...Stahl labeled the nucleotides of the old...
...and the new nucleotides with a lighter...
...per 10 billion nucleotides. More than a...
...specific sequence of nucleotides that is recognized...
...can only add nucleotides to the end...
...nucleotide, adding RNA nucleotides one at a...
...five to ten nucleotides long. The new...
...RNA primer. As nucleotides align with complementary...
...DNA by adding nucleotides to a preexisting...
...which complementary DNA nucleotides line up. The...
...is about 500 nucleotides per second in...
...polymerases can add nucleotides only to the...
...and continuously adds nucleotides to the new...
...1,000 to 2,000 nucleotides long in E....
...100 to 200 nucleotides long in eukaryotes....
...replaces the RNA nucleotides of the primers...
...pairing of template nucleotides and complementary nucleotides...
...nucleotides and complementary nucleotides occur at a...
...per 10 billion nucleotides. Mismatched nucleotides that...
...billion nucleotides. Mismatched nucleotides that are missed...
...fix incorrectly paired nucleotides. A hereditary defect...
...paired or altered nucleotides can also arise...
...smoke can change nucleotides in ways that...
...repairing incorrectly paired nucleotides use a mechanism...
...filled in with nucleotides, using the undamaged...
...between adjacent thymine nucleotides. This buckles the...