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of a pentose sugar , a nitrogenous base , and a phosphate group(passive) are composednucleotide Nucleotides
RNAcomposedof L - nucleotides
the internal deletion within the rpoS genecomposedof 2,693 nucleotides
of a phosphate group , a sugar ( ribose in RNA , and deoxyribose in DNA ) and a base which marks the specific difference among nucleotides(passive) are composedNucleotides
of a : Sugar : ribose or deoxyribose Phosphate Group Nitrogenous base Adenine ( A ) , Thymine ( T ) Guanine ( G ) , Cytosine ( C ) , Uracil(passive) are composedNucleotides
of a nitrogenous base , a five - carbon sugar , and a phosphate group DNA(passive) are composedNucleotides
of a : Sugar : ribose or deoxyribose Phosphate Group Nitrogenous base Adenine ( A(passive) are composedNucleotides
of a nitrogenous base , a phosphate group , and a sugar ( deoxyribose , in the case of DNA(passive) are composedNucleotides
a moleculecomposedof deoxyribose nucleotides
of phosphate , sugar and one of four bases , adenine , guanine , cytosine and uracil ( RNA ) or thymine ( DNA(passive) are composedNucleotides
of one molecule of sugar ( deoxyribose in DNA and ribose in RNA(passive) are composedNucleotides
of a nitrogen - containing base ( adenine , guanine , cytosine , uracil , or thymine ) , a five - carbon sugar ( ribose or deoxyribose ) , and one or more phosphate groups(passive) are composedNucleotides
of a sugar ( deoxyribose ) , phosphate , and one of 4 nitrogenous bases , adenine ( A ) , cytosine ( C ) , guanine ( G ) , or thymine ( T(passive) are composedThe nucleotides
of a sugar molecule , a phosphate group , and a nitrogenous base(passive) are composedNucleotides
of three subunit molecules : a nitrogenous base , a five - carbon sugar , and at least one phosphate group(passive) are composedNucleotides
of a nitrogenous base , a five - carbon sugar , and a phosphate group(passive) are composedNucleotides
of a five - carbon sugar , a phosphate group and a nitrogenous base(passive) are composed Nucleotides
of a five carbon sugar , phosphate group and a nitrogenous base(passive) are composedNucleotides
of three subunits : Sugar ( deoxyribose ( for DNA ) Phosphate Nitrogenous base--(passive) are composedNucleotides Nucleotides
of three parts : a five - carbon sugar , a phosphate group , and an organic nitrogenous base(passive) are composedNucleotides
of a sugar molecule , nitrogen base , and a phosphate group(passive) are composed Nucleotides
of a sugar molecule , a nitrogen base , and a phosphate group(passive) are composedNucleotides
of a nitrogenous base , a pentose ( deoxyribose or ribose ) and a phosphate group(passive) are composedNucleotides
Interestingly , A3 G decreased the fidelity of RTcausingmisincorporation of nucleotides
of a pentose sugar , a phosphate group , and a nitrogenous base(passive) are composedNucleotides
of a nitrogenous base , a pentose sugar , and a phosphate group(passive) are composedNucleotides
of a pentose sugar , a nitrogenous base , and a phosphate group(passive) are composedNucleotides
all the sgrnasdesignedranging from nucleotides
of sugar , a phosphate group , and a nitrogenous base(passive) are composedNucleotides
of a sugar , a nitrogenous base , and a phosphate group(passive) are composedNucleotides
nucleotides are composed of sugar , phosphate , and nitrogenous baseis composedof nucleotides
of a nitrogenous base , a five - carbon sugar ( ribose or deoxyribose(passive) are composedNucleotides
The catabolism ofresultsadenine nucleotides
of a nitrogenous base , a ribose sugar , and a phosphate(passive) are composedNucleotides
of a phosphate , a deoxyribose sugar , and a nitrogenous base(passive) are composedNucleotides
of a deoxyribose sugar , a phosphate group , and a base(passive) are composednucleotides
of a nitrogen - containing base ( adenine , guanine , cytosine , uracil , or thymine ) , a five - carbon sugar(passive) are composedNucleotides
of a nitrogenous base , a pentose sugar and a phosphate(passive) are composedNucleotides
of 5 carbon sugar attached to the phosphate group and a nitrogen containing base(passive) are composedNucleotides
of sugar group , phosphate group and a nitrogen base(passive) are composedNucleotides
in little loss of activity and three or more in total loss of activityresultingin little loss of activity and three or more in total loss of activity
to frameshiftsleadingto frameshifts
a non - silent mutation from serine to phenylalaninecauseda non - silent mutation from serine to phenylalanine
in the in - frame deletion or insertion of amino acids at random positions in a proteinresultingin the in - frame deletion or insertion of amino acids at random positions in a protein
C : G > TcausesC : G > T
The protein(passive) is composedThe protein
to cell deathleadsto cell death
what percentage of its dna(passive) is composedwhat percentage of its dna
to pulmonary vasodilation caused bycontributeto pulmonary vasodilation caused by
on transcriptsdesignedon transcripts
in the enhanced production of adenosineresultingin the enhanced production of adenosine
to the regulation of GRP94 peptide binding activitycontributeto the regulation of GRP94 peptide binding activity
in a frame shift or large deletions within the protein , or splice site mutationsresultingin a frame shift or large deletions within the protein , or splice site mutations
of sugar moleculescomposedof sugar molecules
amino acid insertion or deletion or reading frame changes ( i.e. , frameshiftcausingamino acid insertion or deletion or reading frame changes ( i.e. , frameshift
changes in RNA structure or the resulting protein product(scan causechanges in RNA structure or the resulting protein product(s
changes in RNA structure or the resulting proteincan causechanges in RNA structure or the resulting protein
of a sugar , phosphate and a nitrogenous base Sugar and phosphate backbone Sugar and phosphate backbone Basesare composedof a sugar , phosphate and a nitrogenous base Sugar and phosphate backbone Sugar and phosphate backbone Bases
1 ) RNA and DNA(passive) is composed1 ) RNA and DNA
to selectively bind to target RNA and regulate gene expressiondesignedto selectively bind to target RNA and regulate gene expression
RNA and DNAcomposingRNA and DNA
to frameshiftleadingto frameshift
to mutations shift of the reading frameledto mutations shift of the reading frame
of a phosphate , deoxyribose sugar , and a nitrogen basecomposedof a phosphate , deoxyribose sugar , and a nitrogen base
the codon reading frame to shiftcausesthe codon reading frame to shift
Both deoxyribonucleic acid ( DNA ) and ribonucleic acid ( RNA(passive) are composedBoth deoxyribonucleic acid ( DNA ) and ribonucleic acid ( RNA
of sugar , phosphate and nitrogen basecomposedof sugar , phosphate and nitrogen base
of a sugar , phosphate and basecomposedof a sugar , phosphate and base
of sugar , phosphate and a basecomposedof sugar , phosphate and a base
of a base , a sugar , and phosphatecomposedof a base , a sugar , and phosphate
of a base , a sugar and a phosphatecomposedof a base , a sugar and a phosphate
of a Sugar ( deoxyribose ) , a phosphate group , and a Nitrogen base composedof a Sugar ( deoxyribose ) , a phosphate group , and a Nitrogen base
of a nitrogenous base , a pentose sugar , and a phosphatecomposedof a nitrogenous base , a pentose sugar , and a phosphate
of a phosphate , a sugar and a nitrogenous basecomposedof a phosphate , a sugar and a nitrogenous base
of a sugar , phosphate , and nitrogenous basecomposedof a sugar , phosphate , and nitrogenous base
to increase the biological stability of the molecules or to increase the physical stability of the binding between the nucleic acid molecule and targetdesignedto increase the biological stability of the molecules or to increase the physical stability of the binding between the nucleic acid molecule and target
a frameshift and premature stop codoncausinga frameshift and premature stop codon
of a phosphate , deoxyribose sugar , and a nitrogen base - purine or pyrimidinecomposedof a phosphate , deoxyribose sugar , and a nitrogen base - purine or pyrimidine
genes on chromosomes DNA(passive) is composedgenes on chromosomes DNA
All DNA molecules(passive) are composedAll DNA molecules