Paragraph 11 Representation of a nucleotide sequence – Cross-referenced examples Example 3(g)-4: Nucleic Acid Analogues Example 7(a)-1: Branched nucleotide sequence Paragraph 11(a) Double-stranded nucleotide sequence - complementary – Example 11(a)-1: Double-stranded nucleotide sequence same lengths – Paragraph 11(b) Double-stranded nucleotide sequence not fully complementary – – Example 11(b)-1: Double-stranded nucleotide sequence different lengths – Example 11(b)-2: Double-stranded nucleotide sequence no base-pairing segment – Paragraph 13 Representation of nucleotides – Cross-referenced examples Example 3(k)-2: Ambiguity symbol used in both a conventional and nonconventional manner “n” Example 7(a)-1: Branched nucleotide sequence Example 14-1: The symbol represents uracil in RNA “t” Example 91-1: Representation of enumerated variants Paragraph 14 Symbol construed as uracil in RNA – “t” Example 14-1: The symbol represents uracil in RNA “t” Cross-referenced examples Example 55-1: Combined DNA/RNA Molecule Paragraph 15 The most restrictive nucleotide ambiguity symbol should be used – examples Example 3(g)-1: Nucleotide sequence interrupted by a C3 spacer Example 3(g)-2: Nucleotide sequence with residue alternatives, including a C3 spacer Example 3(k)-4: Ambiguity symbols other than are defined” “n” “specifically Example 93(b)-1: Representation of individual variant sequences with multiple interdependent variations Paragraph 16 Representation of a modified amino acid – Cross-referenced examples Example 3(g)-1: Nucleotide sequence interrupted by a C3 spacer Example 3(g)-4: Nucleic Acid Analogues Paragraph 17 Annotation of a modified amino acid – examples Example 3(g)-1: Nucleotide sequence interrupted by a C3 spacer Example 3(g)-3: Abasic site ...
Paragraph 11 – Representation of a nucleotide sequence Cross-referenced examples Example 3(g)-4: Nucleic Acid Analogues Example 7(a)-1: Branched nucleotide sequence Paragraph 11(a) – Double-stranded nucleotide sequence - complementary Example 11(a)-1: Double-stranded nucleotide sequence – same lengths Paragraph 11(b) – Double-stranded nucleotide sequence – not fully complementary Example 11(b)-1: Double-stranded nucleotide sequence – different lengths Example 11(b)-2: Double-stranded nucleotide sequence – no base-pairing segment Paragraph 13 – Representation of nucleotides Cross-referenced examples Example 3(k)-2: Ambiguity symbol “n” used in both a conventional and nonconventional manner Example 7(a)-1: Branched nucleotide sequence Example 14-1: The symbol “t” represents uracil in RNA Example 91-1: Representation of enumerated variants Paragraph 14 – Symbol “t” construed as uracil in RNA Example 14-1: The symbol “t” represents uracil in RNA Cross-referenced examples Example 55-1: Combined DNA/RNA Molecule Paragraph 15 – The most restrictive nucleotide ambiguity symbol should be used examples Example 3(g)-1: Nucleotide sequence interrupted by a C3 spacer Example 3(g)-2: Nucleotide sequence with residue alternatives, including a C3 spacer Example 3(k)-4: Ambiguity symbols other than “n” are “specifically defined” Example 93(b)-1: Representation of individual variant sequences with multiple interdependent variations Paragraph 16 – Representation of a modified amino acid Cross-referenced examples Example 3(g)-1: Nucleotide sequence interrupted by a C3 spacer Example 3(g)-4: Nucleic Acid Analogues Paragraph 17 – Annotation of a modified amino acid examples Example 3(g)-1: Nucleotide sequence interrupted by a C3 spacer Example 3(g)-3: Abasic site ...
cws_6_16-annex6.docx