NM_001106228 // GO:0000720 // pyrimidine dimer repair by nucleotide-excision repair // inferred from electronic annotation  /// NM_001106228 // GO:0000720 // pyrimidine dimer repair by nucleotide-excision repair // not recorded  /// NM_001106228 // GO:0000737 // DNA catabolic process, endonucleolytic // inferred from electronic annotation  /// NM_001106228 // GO:0000737 // DNA catabolic process, endonucleolytic // not recorded  /// NM_001106228 // GO:0001302 // replicative cell aging // inferred from electronic annotation  /// NM_001106228 // GO:0001302 // replicative cell aging // not recorded  /// NM_001106228 // GO:0006281 // DNA repair // not recorded  /// NM_001106228 // GO:0006289 // nucleotide-excision repair // not recorded  /// NM_001106228 // GO:0006295 // nucleotide-excision repair, DNA incision, 3'-to lesion // inferred from electronic annotation  /// NM_001106228 // GO:0006295 // nucleotide-excision repair, DNA incision, 3'-to lesion // not recorded  /// NM_001106228 // GO:0006296 // nucleotide-excision repair, DNA incision, 5'-to lesion // inferred from electronic annotation  /// NM_001106228 // GO:0006296 // nucleotide-excision repair, DNA incision, 5'-to lesion // not recorded  /// NM_001106228 // GO:0006302 // double-strand break repair // inferred from electronic annotation  /// NM_001106228 // GO:0006302 // double-strand break repair // not recorded  /// NM_001106228 // GO:0006310 // DNA recombination // not recorded  /// NM_001106228 // GO:0006312 // mitotic recombination // inferred from electronic annotation  /// NM_001106228 // GO:0006312 // mitotic recombination // not recorded  /// NM_001106228 // GO:0006949 // syncytium formation // inferred from electronic annotation  /// NM_001106228 // GO:0006949 // syncytium formation // not recorded  /// NM_001106228 // GO:0006974 // cellular response to DNA damage stimulus // not recorded  /// NM_001106228 // GO:0006979 // response to oxidative stress // inferred from electronic annotation  /// NM_001106228 // GO:0006979 // response to oxidative stress // not recorded  /// NM_001106228 // GO:0007281 // germ cell development // not recorded  /// NM_001106228 // GO:0007283 // spermatogenesis // inferred from electronic annotation  /// NM_001106228 // GO:0007283 // spermatogenesis // not recorded  /// NM_001106228 // GO:0007584 // response to nutrient // inferred from expression pattern  /// NM_001106228 // GO:0008283 // cell proliferation // inferred from electronic annotation  /// NM_001106228 // GO:0008283 // cell proliferation // not recorded  /// NM_001106228 // GO:0008584 // male gonad development // inferred from electronic annotation  /// NM_001106228 // GO:0008584 // male gonad development // not recorded  /// NM_001106228 // GO:0009650 // UV protection // inferred from electronic annotation  /// NM_001106228 // GO:0009650 // UV protection // not recorded  /// NM_001106228 // GO:0009744 // response to sucrose // inferred from expression pattern  /// NM_001106228 // GO:0010165 // response to X-ray // inferred from electronic annotation  /// NM_001106228 // GO:0010165 // response to X-ray // not recorded  /// NM_001106228 // GO:0010259 // multicellular organismal aging // inferred from electronic annotation  /// NM_001106228 // GO:0010259 // multicellular organismal aging // not recorded  /// NM_001106228 // GO:0032205 // negative regulation of telomere maintenance // inferred from electronic annotation  /// NM_001106228 // GO:0032205 // negative regulation of telomere maintenance // not recorded  /// NM_001106228 // GO:0035166 // post-embryonic hemopoiesis // inferred from electronic annotation  /// NM_001106228 // GO:0035166 // post-embryonic hemopoiesis // not recorded  /// NM_001106228 // GO:0035264 // multicellular organism growth // inferred from electronic annotation  /// NM_001106228 // GO:0035264 // multicellular organism growth // not recorded  /// NM_001106228 // GO:0036297 // interstrand cross-link repair // not recorded  /// NM_001106228 // GO:0045190 // isotype switching // inferred from electronic annotation  /// NM_001106228 // GO:0045190 // isotype switching // not recorded  /// NM_001106228 // GO:0048468 // cell development // not recorded  /// NM_001106228 // GO:0048477 // oogenesis // inferred from electronic annotation  /// NM_001106228 // GO:0048477 // oogenesis // not recorded  /// NM_001106228 // GO:0048568 // embryonic organ development // inferred from expression pattern  /// NM_001106228 // GO:0051276 // chromosome organization // inferred from electronic annotation  /// NM_001106228 // GO:0051276 // chromosome organization // not recorded  /// NM_001106228 // GO:0006281 // DNA repair // inferred from electronic annotation  /// NM_001106228 // GO:0006289 // nucleotide-excision repair // inferred from electronic annotation  /// NM_001106228 // GO:0006310 // DNA recombination // inferred from electronic annotation  /// NM_001106228 // GO:0006974 // cellular response to DNA damage stimulus // inferred from electronic annotation  /// NM_001106228 // GO:0007281 // germ cell development // inferred from electronic annotation  /// NM_001106228 // GO:0048468 // cell development // inferred from electronic annotation  /// XM_006228395 // GO:0000720 // pyrimidine dimer repair by nucleotide-excision repair // inferred from electronic annotation  /// XM_006228395 // GO:0000720 // pyrimidine dimer repair by nucleotide-excision repair // not recorded  /// XM_006228395 // GO:0000737 // DNA catabolic process, endonucleolytic // inferred from electronic annotation  /// XM_006228395 // GO:0000737 // DNA catabolic process, endonucleolytic // not recorded  /// XM_006228395 // GO:0001302 // replicative cell aging // inferred from electronic annotation  /// XM_006228395 // GO:0001302 // replicative cell aging // not recorded  /// XM_006228395 // GO:0006281 // DNA repair // not recorded  /// XM_006228395 // GO:0006289 // nucleotide-excision repair // not recorded  /// XM_006228395 // GO:0006295 // nucleotide-excision repair, DNA incision, 3'-to lesion // inferred from electronic annotation  /// XM_006228395 // GO:0006295 // nucleotide-excision repair, DNA incision, 3'-to lesion // not recorded  /// XM_006228395 // GO:0006296 // nucleotide-excision repair, DNA incision, 5'-to lesion // inferred from electronic annotation  /// XM_006228395 // GO:0006296 // nucleotide-excision repair, DNA incision, 5'-to lesion // not recorded  /// XM_006228395 // GO:0006302 // double-strand break repair // inferred from electronic annotation  /// XM_006228395 // GO:0006302 // double-strand break repair // not recorded  /// XM_006228395 // GO:0006310 // DNA recombination // not recorded  /// XM_006228395 // GO:0006312 // mitotic recombination // inferred from electronic annotation  /// XM_006228395 // GO:0006312 // mitotic recombination // not recorded  /// XM_006228395 // GO:0006949 // syncytium formation // inferred from electronic annotation  /// XM_006228395 // GO:0006949 // syncytium formation // not recorded  /// XM_006228395 // GO:0006974 // cellular response to DNA damage stimulus // not recorded  /// XM_006228395 // GO:0006979 // response to oxidative stress // inferred from electronic annotation  /// XM_006228395 // GO:0006979 // response to oxidative stress // not recorded  /// XM_006228395 // GO:0007281 // germ cell development // not recorded  /// XM_006228395 // GO:0007283 // spermatogenesis // inferred from electronic annotation  /// XM_006228395 // GO:0007283 // spermatogenesis // not recorded  /// XM_006228395 // GO:0007584 // response to nutrient // inferred from expression pattern  /// XM_006228395 // GO:0008283 // cell proliferation // inferred from electronic annotation  /// XM_006228395 // GO:0008283 // cell proliferation // not recorded  /// XM_006228395 // GO:0008584 // male gonad development // inferred from electronic annotation  /// XM_006228395 // GO:0008584 // male gonad development // not recorded  /// XM_006228395 // GO:0009650 // UV protection // inferred from electronic annotation  /// XM_006228395 // GO:0009650 // UV protection // not recorded  /// XM_006228395 // GO:0009744 // response to sucrose // inferred from expression pattern  /// XM_006228395 // GO:0010165 // response to X-ray // inferred from electronic annotation  /// XM_006228395 // GO:0010165 // response to X-ray // not recorded  /// XM_006228395 // GO:0010259 // multicellular organismal aging // inferred from electronic annotation  /// XM_006228395 // GO:0010259 // multicellular organismal aging // not recorded  /// XM_006228395 // GO:0032205 // negative regulation of telomere maintenance // inferred from electronic annotation  /// XM_006228395 // GO:0032205 // negative regulation of telomere maintenance // not recorded  /// XM_006228395 // GO:0035166 // post-embryonic hemopoiesis // inferred from electronic annotation  /// XM_006228395 // GO:0035166 // post-embryonic hemopoiesis // not recorded  /// XM_006228395 // GO:0035264 // multicellular organism growth // inferred from electronic annotation  /// XM_006228395 // GO:0035264 // multicellular organism growth // not recorded  /// XM_006228395 // GO:0036297 // interstrand cross-link repair // not recorded  /// XM_006228395 // GO:0045190 // isotype switching // inferred from electronic annotation  /// XM_006228395 // GO:0045190 // isotype switching // not recorded  /// XM_006228395 // GO:0048468 // cell development // not recorded  /// XM_006228395 // GO:0048477 // oogenesis // inferred from electronic annotation  /// XM_006228395 // GO:0048477 // oogenesis // not recorded  /// XM_006228395 // GO:0048568 // embryonic organ development // inferred from expression pattern  /// XM_006228395 // GO:0051276 // chromosome organization // inferred from electronic annotation  /// XM_006228395 // GO:0051276 // chromosome organization // not recorded  /// XM_006228395 // GO:0006281 // DNA repair // inferred from electronic annotation  /// XM_006228395 // GO:0006289 // nucleotide-excision repair // inferred from electronic annotation  /// XM_006228395 // GO:0006310 // DNA recombination // inferred from electronic annotation  /// XM_006228395 // GO:0006974 // cellular response to DNA damage stimulus // inferred from electronic annotation  /// XM_006228395 // GO:0007281 // germ cell development // inferred from electronic annotation  /// XM_006228395 // GO:0048468 // cell development // inferred from electronic annotation  /// XM_006228396 // GO:0000720 // pyrimidine dimer repair by nucleotide-excision repair // inferred from electronic annotation  /// XM_006228396 // GO:0000720 // pyrimidine dimer repair by nucleotide-excision repair // not recorded  /// XM_006228396 // GO:0000737 // DNA catabolic process, endonucleolytic // inferred from electronic annotation  /// XM_006228396 // GO:0000737 // DNA catabolic process, endonucleolytic // not recorded  /// XM_006228396 // GO:0001302 // replicative cell aging // inferred from electronic annotation  /// XM_006228396 // GO:0001302 // replicative cell aging // not recorded  /// XM_006228396 // GO:0006281 // DNA repair // not recorded  /// XM_006228396 // GO:0006289 // nucleotide-excision repair // not recorded  /// XM_006228396 // GO:0006295 // nucleotide-excision repair, DNA incision, 3'-to lesion // inferred from electronic annotation  /// XM_006228396 // GO:0006295 // nucleotide-excision repair, DNA incision, 3'-to lesion // not recorded  /// XM_006228396 // GO:0006296 // nucleotide-excision repair, DNA incision, 5'-to lesion // inferred from electronic annotation  /// XM_006228396 // GO:0006296 // nucleotide-excision repair, DNA incision, 5'-to lesion // not recorded  /// XM_006228396 // GO:0006302 // double-strand break repair // inferred from electronic annotation  /// XM_006228396 // GO:0006302 // double-strand break repair // not recorded  /// XM_006228396 // GO:0006310 // DNA recombination // not recorded  /// XM_006228396 // GO:0006312 // mitotic recombination // inferred from electronic annotation  /// XM_006228396 // GO:0006312 // mitotic recombination // not recorded  /// XM_006228396 // GO:0006949 // syncytium formation // inferred from electronic annotation  /// XM_006228396 // GO:0006949 // syncytium formation // not recorded  /// XM_006228396 // GO:0006974 // cellular response to DNA damage stimulus // not recorded  /// XM_006228396 // GO:0006979 // response to oxidative stress // inferred from electronic annotation  /// XM_006228396 // GO:0006979 // response to oxidative stress // not recorded  /// XM_006228396 // GO:0007281 // germ cell development // not recorded  /// XM_006228396 // GO:0007283 // spermatogenesis // inferred from electronic annotation  /// XM_006228396 // GO:0007283 // spermatogenesis // not recorded  /// XM_006228396 // GO:0007584 // response to nutrient // inferred from expression pattern  /// XM_006228396 // GO:0008283 // cell proliferation // inferred from electronic annotation  /// XM_006228396 // GO:0008283 // cell proliferation // not recorded  /// XM_006228396 // GO:0008584 // male gonad development // inferred from electronic annotation  /// XM_006228396 // GO:0008584 // male gonad development // not recorded  /// XM_006228396 // GO:0009650 // UV protection // inferred from electronic annotation  /// XM_006228396 // GO:0009650 // UV protection // not recorded  /// XM_006228396 // GO:0009744 // response to sucrose // inferred from expression pattern  /// XM_006228396 // GO:0010165 // response to X-ray // inferred from electronic annotation  /// XM_006228396 // GO:0010165 // response to X-ray // not recorded  /// XM_006228396 // GO:0010259 // multicellular organismal aging // inferred from electronic annotation  /// XM_006228396 // GO:0010259 // multicellular organismal aging // not recorded  /// XM_006228396 // GO:0032205 // negative regulation of telomere maintenance // inferred from electronic annotation  /// XM_006228396 // GO:0032205 // negative regulation of telomere maintenance // not recorded  /// XM_006228396 // GO:0035166 // post-embryonic hemopoiesis // inferred from electronic annotation  /// XM_006228396 // GO:0035166 // post-embryonic hemopoiesis // not recorded  /// XM_006228396 // GO:0035264 // multicellular organism growth // inferred from electronic annotation  /// XM_006228396 // GO:0035264 // multicellular organism growth // not recorded  /// XM_006228396 // GO:0036297 // interstrand cross-link repair // not recorded  /// XM_006228396 // GO:0045190 // isotype switching // inferred from electronic annotation  /// XM_006228396 // GO:0045190 // isotype switching // not recorded  /// XM_006228396 // GO:0048468 // cell development // not recorded  /// XM_006228396 // GO:0048477 // oogenesis // inferred from electronic annotation  /// XM_006228396 // GO:0048477 // oogenesis // not recorded  /// XM_006228396 // GO:0048568 // embryonic organ development // inferred from expression pattern  /// XM_006228396 // GO:0051276 // chromosome organization // inferred from electronic annotation  /// XM_006228396 // GO:0051276 // chromosome organization // not recorded  /// XM_006228396 // GO:0006281 // DNA repair // inferred from electronic annotation  /// XM_006228396 // GO:0006289 // nucleotide-excision repair // inferred from electronic annotation  /// XM_006228396 // GO:0006310 // DNA recombination // inferred from electronic annotation  /// XM_006228396 // GO:0006974 // cellular response to DNA damage stimulus // inferred from electronic annotation  /// XM_006228396 // GO:0007281 // germ cell development // inferred from electronic annotation  /// XM_006228396 // GO:0048468 // cell development // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0000720 // pyrimidine dimer repair by nucleotide-excision repair // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0000720 // pyrimidine dimer repair by nucleotide-excision repair // not recorded  /// ENSRNOT00000024113 // GO:0000737 // DNA catabolic process, endonucleolytic // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0000737 // DNA catabolic process, endonucleolytic // not recorded  /// ENSRNOT00000024113 // GO:0001302 // replicative cell aging // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0001302 // replicative cell aging // not recorded  /// ENSRNOT00000024113 // GO:0006281 // DNA repair // not recorded  /// ENSRNOT00000024113 // GO:0006289 // nucleotide-excision repair // not recorded  /// ENSRNOT00000024113 // GO:0006295 // nucleotide-excision repair, DNA incision, 3'-to lesion // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0006295 // nucleotide-excision repair, DNA incision, 3'-to lesion // not recorded  /// ENSRNOT00000024113 // GO:0006296 // nucleotide-excision repair, DNA incision, 5'-to lesion // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0006296 // nucleotide-excision repair, DNA incision, 5'-to lesion // not recorded  /// ENSRNOT00000024113 // GO:0006302 // double-strand break repair // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0006302 // double-strand break repair // not recorded  /// ENSRNOT00000024113 // GO:0006310 // DNA recombination // not recorded  /// ENSRNOT00000024113 // GO:0006312 // mitotic recombination // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0006312 // mitotic recombination // not recorded  /// ENSRNOT00000024113 // GO:0006949 // syncytium formation // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0006949 // syncytium formation // not recorded  /// ENSRNOT00000024113 // GO:0006974 // cellular response to DNA damage stimulus // not recorded  /// ENSRNOT00000024113 // GO:0006979 // response to oxidative stress // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0006979 // response to oxidative stress // not recorded  /// ENSRNOT00000024113 // GO:0007281 // germ cell development // not recorded  /// ENSRNOT00000024113 // GO:0007283 // spermatogenesis // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0007283 // spermatogenesis // not recorded  /// ENSRNOT00000024113 // GO:0007584 // response to nutrient // inferred from expression pattern  /// ENSRNOT00000024113 // GO:0008283 // cell proliferation // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0008283 // cell proliferation // not recorded  /// ENSRNOT00000024113 // GO:0008584 // male gonad development // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0008584 // male gonad development // not recorded  /// ENSRNOT00000024113 // GO:0009650 // UV protection // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0009650 // UV protection // not recorded  /// ENSRNOT00000024113 // GO:0009744 // response to sucrose // inferred from expression pattern  /// ENSRNOT00000024113 // GO:0010165 // response to X-ray // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0010165 // response to X-ray // not recorded  /// ENSRNOT00000024113 // GO:0010259 // multicellular organismal aging // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0010259 // multicellular organismal aging // not recorded  /// ENSRNOT00000024113 // GO:0032205 // negative regulation of telomere maintenance // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0032205 // negative regulation of telomere maintenance // not recorded  /// ENSRNOT00000024113 // GO:0035166 // post-embryonic hemopoiesis // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0035166 // post-embryonic hemopoiesis // not recorded  /// ENSRNOT00000024113 // GO:0035264 // multicellular organism growth // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0035264 // multicellular organism growth // not recorded  /// ENSRNOT00000024113 // GO:0036297 // interstrand cross-link repair // not recorded  /// ENSRNOT00000024113 // GO:0045190 // isotype switching // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0045190 // isotype switching // not recorded  /// ENSRNOT00000024113 // GO:0048468 // cell development // not recorded  /// ENSRNOT00000024113 // GO:0048477 // oogenesis // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0048477 // oogenesis // not recorded  /// ENSRNOT00000024113 // GO:0048568 // embryonic organ development // inferred from expression pattern  /// ENSRNOT00000024113 // GO:0051276 // chromosome organization // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0051276 // chromosome organization // not recorded  /// ENSRNOT00000024113 // GO:0006281 // DNA repair // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0006289 // nucleotide-excision repair // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0006310 // DNA recombination // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0006974 // cellular response to DNA damage stimulus // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0007281 // germ cell development // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0043066 // negative regulation of apoptotic process // inferred from electronic annotation  /// ENSRNOT00000024113 // GO:0048468 // cell development // inferred from electronic annotation  /// FQ225470 // GO:0000720 // pyrimidine dimer repair by nucleotide-excision repair // inferred from electronic annotation  /// FQ225470 // GO:0000720 // pyrimidine dimer repair by nucleotide-excision repair // not recorded  /// FQ225470 // GO:0000737 // DNA catabolic process, endonucleolytic // inferred from electronic annotation  /// FQ225470 // GO:0000737 // DNA catabolic process, endonucleolytic // not recorded  /// FQ225470 // GO:0001302 // replicative cell aging // inferred from electronic annotation  /// FQ225470 // GO:0001302 // replicative cell aging // not recorded  /// FQ225470 // GO:0006281 // DNA repair // not recorded  /// FQ225470 // GO:0006289 // nucleotide-excision repair // not recorded  /// FQ225470 // GO:0006295 // nucleotide-excision repair, DNA incision, 3'-to lesion // inferred from electronic annotation  /// FQ225470 // GO:0006295 // nucleotide-excision repair, DNA incision, 3'-to lesion // not recorded  /// FQ225470 // GO:0006296 // nucleotide-excision repair, DNA incision, 5'-to lesion // inferred from electronic annotation  /// FQ225470 // GO:0006296 // nucleotide-excision repair, DNA incision, 5'-to lesion // not recorded  /// FQ225470 // GO:0006302 // double-strand break repair // inferred from electronic annotation  /// FQ225470 // GO:0006302 // double-strand break repair // not recorded  /// FQ225470 // GO:0006310 // DNA recombination // not recorded  /// FQ225470 // GO:0006312 // mitotic recombination // inferred from electronic annotation  /// FQ225470 // GO:0006312 // mitotic recombination // not recorded  /// FQ225470 // GO:0006949 // syncytium formation // inferred from electronic annotation  /// FQ225470 // GO:0006949 // syncytium formation // not recorded  /// FQ225470 // GO:0006974 // cellular response to DNA damage stimulus // not recorded  /// FQ225470 // GO:0006979 // response to oxidative stress // inferred from electronic annotation  /// FQ225470 // GO:0006979 // response to oxidative stress // not recorded  /// FQ225470 // GO:0007281 // germ cell development // not recorded  /// FQ225470 // GO:0007283 // spermatogenesis // inferred from electronic annotation  /// FQ225470 // GO:0007283 // spermatogenesis // not recorded  /// FQ225470 // GO:0007584 // response to nutrient // inferred from expression pattern  /// FQ225470 // GO:0008283 // cell proliferation // inferred from electronic annotation  /// FQ225470 // GO:0008283 // cell proliferation // not recorded  /// FQ225470 // GO:0008584 // male gonad development // inferred from electronic annotation  /// FQ225470 // GO:0008584 // male gonad development // not recorded  /// FQ225470 // GO:0009650 // UV protection // inferred from electronic annotation  /// FQ225470 // GO:0009650 // UV protection // not recorded  /// FQ225470 // GO:0009744 // response to sucrose // inferred from expression pattern  /// FQ225470 // GO:0010165 // response to X-ray // inferred from electronic annotation  /// FQ225470 // GO:0010165 // response to X-ray // not recorded  /// FQ225470 // GO:0010259 // multicellular organismal aging // inferred from electronic annotation  /// FQ225470 // GO:0010259 // multicellular organismal aging // not recorded  /// FQ225470 // GO:0032205 // negative regulation of telomere maintenance // inferred from electronic annotation  /// FQ225470 // GO:0032205 // negative regulation of telomere maintenance // not recorded  /// FQ225470 // GO:0035166 // post-embryonic hemopoiesis // inferred from electronic annotation  /// FQ225470 // GO:0035166 // post-embryonic hemopoiesis // not recorded  /// FQ225470 // GO:0035264 // multicellular organism growth // inferred from electronic annotation  /// FQ225470 // GO:0035264 // multicellular organism growth // not recorded  /// FQ225470 // GO:0036297 // interstrand cross-link repair // not recorded  /// FQ225470 // GO:0045190 // isotype switching // inferred from electronic annotation  /// FQ225470 // GO:0045190 // isotype switching // not recorded  /// FQ225470 // GO:0048468 // cell development // not recorded  /// FQ225470 // GO:0048477 // oogenesis // inferred from electronic annotation  /// FQ225470 // GO:0048477 // oogenesis // not recorded  /// FQ225470 // GO:0048568 // embryonic organ development // inferred from expression pattern  /// FQ225470 // GO:0051276 // chromosome organization // inferred from electronic annotation  /// FQ225470 // GO:0051276 // chromosome organization // not recorded  /// FQ225470 // GO:0006281 // DNA repair // inferred from electronic annotation  /// FQ225470 // GO:0006289 // nucleotide-excision repair // inferred from electronic annotation  /// FQ225470 // GO:0006310 // DNA recombination // inferred from electronic annotation  /// FQ225470 // GO:0006974 // cellular response to DNA damage stimulus // inferred from electronic annotation  /// FQ225470 // GO:0007281 // germ cell development // inferred from electronic annotation  /// FQ225470 // GO:0048468 // cell development // inferred from electronic annotation