Protein: Reverse transcriptase Ty1/copia-type domain-containing protein (Q2F946)
Organism: Oryza sativa subsp. japonica (Rice)
Function: Not known
InterPro domains:
- IPR013103: Reverse transcriptase, RNA-dependent DNA polymerase (domain) [11-253]
- IPR043502: DNA/RNA polymerase superfamily (homologous_superfamily) [10-447]
Sequence:
MDEEYGALMRNNTWHLVPATQGRNLIDCKWVYKIKRKADGTIDRYKARLVAKGFKQRYGIDYEETFSPVVKAATIRLILSLAVSNGWSLRQLDVQNAFLHGVLEEDVYMRQPPGYEDKSKLDYVCKLDKALYGLKQAPRAWFSRLSMKLQNLGFQPSKADASLFFYKKGTISIFVLIYVDDIIVASSCEKATSALLQDLKEEFALKDLGALHYFLGIEVNKVHDGIILTQEKYATDLLKRVGMHGCKEINTPLSTTDKLLAKEGEPLGAEDSTRYRSIVGALQYLTLTRPDIAFPVNKVCQYLHAPTSLHWTAVKRILRYLKGSLGLGLRICKSDSTLVSAFSDADWAGCPDDRKSTGGFAVFLGANLISWNAWKQATVSRSSTEAEYKALANATAEIISVQTLLKERGIAQPRAACLWCDNIGATSLSANPVFHARTKHIEVDYHFVRERVSQGLLDIRFVPSGDQVADGFTCNRPRRQYIQGGLHCGG
Predicted GO terms:
Molecular Function (MF): GO:0003674 (molecular function), GO:0003824 (catalytic activity), GO:0140640 (catalytic activity, acting on a nucleic acid), GO:0016740 (transferase activity), GO:0140098 (catalytic activity, acting on RNA), GO:0016772 (transferase activity, transferring phosphorus-containing groups), GO:0097747 (RNA polymerase activity), GO:0016779 (nucleotidyltransferase activity), GO:0034062 (5'-3' RNA polymerase activity), GO:0003899 (DNA-directed 5'-3' RNA polymerase activity)
Biological Process (BP): GO:0008150 (biological process), GO:0008152 (metabolic process), GO:0009987 (cellular process), GO:0009058 (biosynthetic process), GO:0044237 (cellular metabolic process), GO:0044281 (small molecule metabolic process), GO:0006807 (nitrogen compound metabolic process), GO:0071704 (organic substance metabolic process), GO:0044238 (primary metabolic process), GO:1901360 (organic cyclic compound metabolic process), GO:1901564 (organonitrogen compound metabolic process), GO:1901576 (organic substance biosynthetic process), GO:0006139 (nucleobase-containing compound metabolic process), GO:0046483 (heterocycle metabolic process), GO:0055086 (nucleobase-containing small molecule metabolic process), GO:0019637 (organophosphate metabolic process), GO:0044249 (cellular biosynthetic process), GO:0006725 (cellular aromatic compound metabolic process), GO:0034641 (cellular nitrogen compound metabolic process), GO:1901135 (carbohydrate derivative metabolic process), GO:0006793 (phosphorus metabolic process), GO:1901566 (organonitrogen compound biosynthetic process), GO:1901362 (organic cyclic compound biosynthetic process), GO:0006753 (nucleoside phosphate metabolic process), GO:0019438 (aromatic compound biosynthetic process), GO:0019693 (ribose phosphate metabolic process), GO:0018130 (heterocycle biosynthetic process), GO:0090407 (organophosphate biosynthetic process), GO:0044271 (cellular nitrogen compound biosynthetic process), GO:0006796 (phosphate-containing compound metabolic process), GO:0072521 (purine-containing compound metabolic process), GO:1901137 (carbohydrate derivative biosynthetic process), GO:0034654 (nucleobase-containing compound biosynthetic process), GO:0009259 (ribonucleotide metabolic process), GO:0009117 (nucleotide metabolic process), GO:0046390 (ribose phosphate biosynthetic process), GO:0006163 (purine nucleotide metabolic process), GO:0072522 (purine-containing compound biosynthetic process), GO:1901293 (nucleoside phosphate biosynthetic process), GO:0009165 (nucleotide biosynthetic process), GO:0006164 (purine nucleotide biosynthetic process), GO:0009150 (purine ribonucleotide metabolic process), GO:0009260 (ribonucleotide biosynthetic process), GO:0009152 (purine ribonucleotide biosynthetic process), GO:0046058 (cAMP metabolic process), GO:0009190 (cyclic nucleotide biosynthetic process), GO:0006171 (cAMP biosynthetic process)
Cellular Component (CC): GO:0005575 (cellular component), GO:0110165 (cellular anatomical entity), GO:0005622 (intracellular anatomical structure), GO:0043226 (organelle), GO:0005737 (cytoplasm), GO:0043229 (intracellular organelle), GO:0005739 (mitochondrion), GO:0043227 (membrane-bounded organelle), GO:0043231 (intracellular membrane-bounded organelle)