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of a nitrogenous base , five - carbon sugar , and phosphate group(passive) are composedNucleotides
of a nucleoside ( a nitrogenous base and a five - carbon sugar(passive) are composedNucleotides
of a pentose sugar , a phosphate group , and a nitrogenous base(passive) are composedNucleotides
of three chemical subunits – a ribose sugar , a phosphate group , and a nitrogenous base(passive) are composedNucleotides
of a nitrogenous base , a five carbon sugar that is ribose or deoxyribose and at least one phosphate group(passive) are composedNucleotides
of a pentose sugar , a nitrogenous base , and a phosphate group(passive) are composedNucleotides
of a nitrogenous base , a five - carbon sugar , and a … Harvard Medical School ’s(passive) are composedNucleotides
of a nitrogenous base , a pentose sugar , and a phosphate group(passive) are composedNucleotides
of : Sugar , phosphate group , & nitrogenous base DNA and RNA(passive) are composedNucleotides
of a nitrogenous base , a five - carbon sugar and at least one phosphate group(passive) are composedNucleotides
of three functional groups : a sugar , a nitrogenous base and a phosphate group(passive) are composedNucleotides
of a nitrogenous base , a pentose sugar , and a phosphate team(passive) are composedNucleotides
of a nitrogenous base , a five - carbon ring(passive) are composedNucleotides
out of three main parts : nitrogenous base , five carbon sugar ( pentagon ) , and phosphate groups(passive) are composedNucleotides
of a sugar , a phosphate and a nitrogenous base(passive) are composedNucleotides
of three units : base , sugar ( monosaccharide ) and phosphate(passive) are composedNucleotides
of a nitrogenous base , a five - carbon sugar , and a phosphate planning writing technical reports group(passive) are composednucleotides
of nucleobase nitrogenous base , a five - carbon sugar either ribose or 2'- deoxyribose , and one to three phosphate groups(passive) are composedNucleotides
of a nitrogenous base , sugar and phosphate ( s ) base and sugar only(passive) are composednucleotides
of a nitrogenous base , a pentose ( deoxyribose or ribose ) and a phosphate group(passive) are composedNucleotides
of a nitrogenous base , a ribose sugar , and a phosphate(passive) are composedNucleotides
of a phosphate group , a sugar , and a nitrogenous base(passive) are further composedNucleotides
of a nitrogenous base , a pentose monosaccharide , and one , two , or three phosphate groups(passive) are composedNucleotides
of a nitrogenous base , a pentose monosaccharide , and 1 , 2 , or 3 phosphate groups(passive) are composedNucleotides
of three groups : a nitrogenous base , a simple sugar , and a phosphate group(passive) are composedNucleotides
of A. sugar , phosphate group , and a base(passive) are composedNucleotides
of nucleosides ( bases + 2’deoxyribose ) and phosphate groups(passive) are composedNucleotides
three subunitscomposingnucleotides
of three parts : a five - carbon sugar , a phosphate group , and an organic nitrogenous base(passive) are composedNucleotides
of a nitrogenous base , a 5-carbon ( pentose ) sugar , and a phosphate group(passive) are composedNucleotides
of : Deoxyribose sugar Phosphate group (passive) are composedNucleotides
of phosphoric acid , a pentose sugar ( ribose or deoxyribose ) , and a nitrogen - containing base ( adenine , cytosine , guanine , thymine , or uracil). Ribonucleotides(passive) are composedNucleotides
of a five - carbon sugar , one or more phosphate groups , and a nitrogenous base(passive) are composednucleotides
of three molecular components : a phosphate , a sugar and a nitrogenous base(passive) are composedNucleotides
of a nitrogenous base , a phosphate group , and a sugar ( deoxyribose , in the case of DNA(passive) are composedNucleotides
of a nitrogen base , sugar group , and a phosphate group(passive) are composedNucleotides
of one sugar , one phosphate and a nitrogenous base 5(passive) are composedNucleotides
of 5 carbon sugar attached to a nitrogenous base and a phosphate group as well(passive) are composedNucleotides
of 3 parts : a phosphate group , a 5 carbon sugar , and a nitrogenous base(passive) are composedNucleotides
of three different elements : Nitrogenous base ( purine or pyrimidine bases(passive) are composedNucleotides
forth in any of SEQ ID Nos . 11setforth in any of SEQ ID Nos . 11
forth in any of SEQ ID No . 11setforth in any of SEQ ID No . 11
forth in SEQ ID No . 3setforth in SEQ ID No . 3
forth in SEQ ID No . 41setforth in SEQ ID No . 41
forth in SEQ ID No . 63setforth in SEQ ID No . 63
forth in SEQ ID NO:51setforth in SEQ ID NO:51
forth in SEQ ID Nos . 5 and 17setforth in SEQ ID Nos . 5 and 17
forth in SEQ ID NO:1 or 3setforth in SEQ ID NO:1 or 3
forth in any of SEQ ID No . 5 , 7 or 9setforth in any of SEQ ID No . 5 , 7 or 9
forth in SEQ ID NO:9 . 3setforth in SEQ ID NO:9 . 3
forth in any of SEQ ID Nos . 5 , 7 or 9setforth in any of SEQ ID Nos . 5 , 7 or 9
forth in SEQ ID No . 1 of U.S. Patsetforth in SEQ ID No . 1 of U.S. Pat
forth in any one of SEQ ID Nos . 5 , 45 , 47 , 49 , 51 , or 53setforth in any one of SEQ ID Nos . 5 , 45 , 47 , 49 , 51 , or 53
in the coding portion of SEQ ID Nos . 19 or 28set forthin the coding portion of SEQ ID Nos . 19 or 28
forth in SEQ ID No . 5 or SEQ ID No . 22 or degenerates thereofsetforth in SEQ ID No . 5 or SEQ ID No . 22 or degenerates thereof
in SEQ ID Nos . 15 or 17set forthin SEQ ID Nos . 15 or 17
forth in SEQ ID No . 1 or SEQ ID No.5setforth in SEQ ID No . 1 or SEQ ID No.5
in SEQ ID No . 1 or 40set forthin SEQ ID No . 1 or 40
forth in SEQ ID No . 6 or SEQ ID No . 23setforth in SEQ ID No . 6 or SEQ ID No . 23
in SEQ ID NO:43set forthin SEQ ID NO:43
in SEQ ID No.57set forthin SEQ ID No.57
in SEQ ID NO:48set forthin SEQ ID NO:48
forth as nucleotides 106 - 1446 of SEQ IDsetforth as nucleotides 106 - 1446 of SEQ ID
forth in SEQ ID No . 5 or at least one domain thereof or a catalytically active portion of the domainsetforth in SEQ ID No . 5 or at least one domain thereof or a catalytically active portion of the domain
in SEQ ID No . 15 or 17 orset forthin SEQ ID No . 15 or 17 or
in SEQ ID No . 17 or 42set forthin SEQ ID No . 17 or 42
in SEQ ID No . 7 or 9set forthin SEQ ID No . 7 or 9
of a sugar , phosphate , and nitrogenous basecomposedof a sugar , phosphate , and nitrogenous base
forth as position 138 to position 2126 of SEQ IDsetforth as position 138 to position 2126 of SEQ ID
forth in as nucleotides 1 - 690 in SEQ ID No . 5 or set forth in SEQ ID No . 23setforth in as nucleotides 1 - 690 in SEQ ID No . 5 or set forth in SEQ ID No . 23
forth in SEQ ID No . 17 or by a sequence of nucleotides that includes nucleotides that encode amino acids acids 11 - 232 of SEQ ID No . 6setforth in SEQ ID No . 17 or by a sequence of nucleotides that includes nucleotides that encode amino acids acids 11 - 232 of SEQ ID No . 6
the structure of DNA and RNAcomposingthe structure of DNA and RNA
forth as nucleotides 31 - 729 in SEQ ID No . 5 or as SEQ ID No . 17setforth as nucleotides 31 - 729 in SEQ ID No . 5 or as SEQ ID No . 17
forth in SEQ ID NO.1 , or a nucleic acid molecule that hybridizes under moderate or high stringency to the sequence of nucleotides set forth in SEQ IDsetforth in SEQ ID NO.1 , or a nucleic acid molecule that hybridizes under moderate or high stringency to the sequence of nucleotides set forth in SEQ ID
RNA and DNAcomposingRNA and DNA
in a particular referent sequence such as SEQ ID NO:3set forthin a particular referent sequence such as SEQ ID NO:3
forth in any one of SEQ ID No . 5 , 45 , 47 , 49 , 51 , or 53setforth in any one of SEQ ID No . 5 , 45 , 47 , 49 , 51 , or 53
to DNA synthesis as structural units and a therefore a key element in cell replication which allows the body to heal at a much faster rate and assist foals in proper development of their immune system and bone marrowcontributeto DNA synthesis as structural units and a therefore a key element in cell replication which allows the body to heal at a much faster rate and assist foals in proper development of their immune system and bone marrow
of a nitrogenous base , a sugar and a phosphate linkageare composedof a nitrogenous base , a sugar and a phosphate linkage
in changes to the DNA sequenceresultsin changes to the DNA sequence