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The salvage pathway requires distinct substrates : Phosphoribosyltransferases add activated ribose-5-phosphate ( Phosphoribosyl pyrophosphate , PRPP ) to basescreatingnucleotide monophosphates
The free energy of the 2 phosphate groups added to the nucleotidescreatingnucleotide triphosphates
1993 C1-inhibitor genecausesnucleotide
the present inventors(passive) now discovered bynucleotide homologies
of a nitrogenous base , sugar and a phosphate group(passive) is composedNucleotide
of sugar , phosphate group and nitrogenous base(passive) is composedNucleotide
of a nitrogenous base , pentose sugar and phosphate(passive) is composedNucleotide
of pentose sugar , nitrogenous base & phosphate group(passive) is composedNucleotide
of a phosphate group and a nitrogenous base , which are attached to a pentose sugar(passive) is composedNucleotide
the thorough download capitalsetnucleotide
DNA polymerase during DNA replication Entertainment Slippage ( short story collection ) , a 1997 collection of short stories by Harlan Ellison Slippage , an album by Slobberbone " Slippage " , a song by Goldfrapp from Black Cherry(passive) created bynucleotide duplications
of : a. One deoxyribose sugar b. One phosphate group One nitrogenous base i. Purine : adenine & guanine ii(passive) is composedNucleotide
Phosphoribosyltransferases add activated ribose-5-phosphate ( called phosphoribosyl pyrophosphate or PRPP ) to basescreatingnucleotide monophosphates
Asp or Glu at C - terminal download american of Lyscausesnucleotide
the consensus sequenceresultingnucleotide
the exact replica of the gene expressed is copiedthus preventingnucleotide misincorporation
digesting the modified pBSSK+ plasmid with EcoRI and HindIII(passive) was created bynucleotide 120,854
more than one mutant diseasecausingnucleotide
digesting the modified pBSSK+ plasmid with EcoRI and Hindlll(passive) was created bynucleotide 120,854
Addition of the large excess of untagged E1 andresultednucleotide cofactor
post - mortem DNA damage , which mostly consist of cytosine to uracil deamination(passive) caused bynucleotide misidentifications
The loss ofleadsnucleotide
components of the sample matrix(passive) caused bynucleotide triphosphates
34 ) INSERTION of 1leadsnucleotide
enoughto createnucleotide triphosphates
Oxygen part of phosphate group related with carbon atom of sugarto createnucleotide
The resulting inserts were treated with T4 polymerase ( NEB , Ipswich , MA ) at room temperature for 30 minto createnucleotide overhangs
lesions in the ancient DNA(passive) caused bynucleotide misincorporation
3a flanking oligo-setnucleotide
of a phosphate , a deoxyribose sugar molecule , and a nitrogen - containing base A , T , C , or G.(passive) is composednucleotide
These differencespreventnucleotide
Assembly Errors(passive) Caused by262796232.Single Nucleotide Polymorphisms
evolutionary processesinfluencenucleotide
The Sustainability Reporting Frameworkcontributesnucleotide
the sequencer alignment error rate increases as the length of the reads decreasescausingnucleotide mismatching
Antibody PCDH19 Antibody dNTPsetNucleotide
of phosphate , sugar ( ribose ) and base(passive) is composedNucleotide
of three units : an organic base , a sugar , and a phosphate(passive) is composednucleotide
of a base , a deoxyribose sugar , and a phosphate(passive) is composednucleotide
in the early 1960 s(passive) was discoverednucleotide 3′-phosphodiesterase（CNPase ）
forth in SEQ IDsetforth in SEQ ID
to amino acid substitutions in the lanosterol demethylase gene ( cyp51Aleadingto amino acid substitutions in the lanosterol demethylase gene ( cyp51A
feline genetic diseasescausingfeline genetic diseases
of : ( 1)Phosphate group ( 2)5C sugar ( deoxyribose ) ( 3)Nitrogenous - base * 5C. Chapter 11 DNA and Genes Section 1 DNA : The Molecule of Hereditycomposedof : ( 1)Phosphate group ( 2)5C sugar ( deoxyribose ) ( 3)Nitrogenous - base * 5C. Chapter 11 DNA and Genes Section 1 DNA : The Molecule of Heredity
from spontaneous mutations , recombination , and fixation of allelesresultingfrom spontaneous mutations , recombination , and fixation of alleles
differential gene expression and single feature polymorphisms ( SFP )(passive) caused bydifferential gene expression and single feature polymorphisms ( SFP )
fillingthe void(passive) created byfillingthe void
disease susceptibilitymay influencedisease susceptibility
Premature termination of synthesis(passive) caused byPremature termination of synthesis
to amino acid changes in the p53 proteinleadingto amino acid changes in the p53 protein
in amino - acid sequence changesresultedin amino - acid sequence changes
to changes in essential amino acidsmay leadto changes in essential amino acids
to conservative amino acid changes onlyledto conservative amino acid changes only
in a non - synonymous amino acid changesresultin a non - synonymous amino acid changes
single amino acid substitutions at Gly54 , Leu98causesingle amino acid substitutions at Gly54 , Leu98
in aa variations occurred within 5 GAS emm types and 7 GCS / GGS emm typesresultingin aa variations occurred within 5 GAS emm types and 7 GCS / GGS emm types
to amino acid substitutions in fabH , fabF , FTT_0807 , FTT_0676 , and FTT_1573leadingto amino acid substitutions in fabH , fabF , FTT_0807 , FTT_0676 , and FTT_1573
in a mean of eight ( range : 2–25 ) amino acid changes per locusresultedin a mean of eight ( range : 2–25 ) amino acid changes per locus
the new bacterium 's enzyme to be composed of a completely novel sequence of amino acids , via the mechanism of frame shiftingcausedthe new bacterium 's enzyme to be composed of a completely novel sequence of amino acids , via the mechanism of frame shifting
of phosphate group , 5-carbon sugarcomposedof phosphate group , 5-carbon sugar
by adding an inorganic phosphate to the sugarcreatedby adding an inorganic phosphate to the sugar
of three unitsis composedof three units
the mismatched oligonucleotidecreatingthe mismatched oligonucleotide
to a transcriptional slow - down ( 29leadsto a transcriptional slow - down ( 29
to non - synonymous changes in proteinsleadto non - synonymous changes in proteins
from point mutationsresultingfrom point mutations
when a pyrophosphate analog is used in a pyrophosphorolysis reactionresultwhen a pyrophosphate analog is used in a pyrophosphorolysis reaction
of sugar , nitrogenous base , and phosphate backbone Nucleoside -- composed of sugar & nitrogenous basecomposedof sugar , nitrogenous base , and phosphate backbone Nucleoside -- composed of sugar & nitrogenous base
in a low mutation ratesresultingin a low mutation rates
from the nucleotide reagent flow by applying an incorporation signal model to the incorporation signal dataresultingfrom the nucleotide reagent flow by applying an incorporation signal model to the incorporation signal data
in the substitution of arginine by glutamine at codon 3500resultsin the substitution of arginine by glutamine at codon 3500
to : Various cofactors ( CoA , FAD , SAM , NAD+/NADP+leadingto : Various cofactors ( CoA , FAD , SAM , NAD+/NADP+
recurrent mutationshas discoveredrecurrent mutations
of 3 parts- nitrogen containing base ( nitrogenuous ) , 5 C sugar ( pentose ) , one or more phosphate groupcomposedof 3 parts- nitrogen containing base ( nitrogenuous ) , 5 C sugar ( pentose ) , one or more phosphate group
of a ribose sugar , a nitrogenous base and three phosphate groupsare composedof a ribose sugar , a nitrogenous base and three phosphate groups
of nitrogenous basescomposedof nitrogenous bases
The insoluble pryidine(passive) is composedThe insoluble pryidine
in notable antigenic changesresultingin notable antigenic changes
differences in Ehd1 expressionmay causedifferences in Ehd1 expression
from the insertional eventsresultingfrom the insertional events