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Id Subject Object Predicate Lexical cue
T1 20-24 uniprot:Q945S5 denotes CAX4
T2 29-40 taxonomy:3702 denotes Arabidopsis
T3 141-152 taxonomy:3702 denotes Arabidopsis
T4 177-181 uniprot:Q39253 denotes CAX1
T5 183-187 uniprot:Q39254 denotes CAX2
T6 193-197 uniprot:Q93Z81 denotes CAX3
T7 199-228 uniprot:Q39253 denotes cation exchangers 1, 2, and 3
T8 199-228 uniprot:Q39254 denotes cation exchangers 1, 2, and 3
T9 199-228 uniprot:Q93Z81 denotes cation exchangers 1, 2, and 3
T10 313-330 go:GO:0005774 denotes vacuolar membrane
T11 464-468 uniprot:Q945S5 denotes CAX4
T12 489-500 taxonomy:3702 denotes Arabidopsis
T13 515-519 uniprot:Q945S5 denotes CAX4
T14 540-544 uniprot:Q39253 denotes CAX1
T15 587-591 uniprot:Q39254 denotes CAX2
T16 614-618 uniprot:Q93Z81 denotes CAX3
T17 620-624 uniprot:Q945S5 denotes CAX4
T18 705-709 uniprot:Q945S5 denotes CAX4
T19 781-785 uniprot:Q945S5 denotes CAX4
T20 781-785 uniprot:P53223 denotes CAX4
T21 836-841 taxonomy:4932 denotes yeast
T22 852-870 go:GO:0005774 denotes vacuolar membranes
T23 890-895 taxonomy:4932 denotes yeast
T24 897-901 uniprot:P53223 denotes CAX4
T25 908-912 uniprot:Q93Z81 denotes CAX3
T26 959-964 taxonomy:4932 denotes yeast
T27 986-994 go:GO:0005773 denotes vacuolar
T28 1038-1042 uniprot:P53223 denotes CAX4
T29 1129-1133 uniprot:P53223 denotes CAX4
T30 1138-1142 uniprot:Q93Z81 denotes CAX3
T31 1199-1204 taxonomy:4932 denotes yeast
T32 1226-1234 go:GO:0005773 denotes vacuolar
R1 T4 T10 localizeTo CAX1,vacuolar membrane
R2 T5 T10 localizeTo CAX2,vacuolar membrane
R3 T6 T10 localizeTo CAX3,vacuolar membrane
R4 T7 T10 localizeTo "cation exchangers 1, 2, and 3",vacuolar membrane
R5 T19 T22 localizeTo CAX4,vacuolar membranes
R6 T24 T27 localizeTo CAX4,vacuolar
R7 T25 T27 localizeTo CAX3,vacuolar
R8 T29 T32 localizeTo CAX4,vacuolar
R9 T30 T32 localizeTo CAX3,vacuolar

PMID_GLOBAL

Id Subject Object Predicate Lexical cue
T1 0-64 Sentence denotes Characterization of CAX4, an Arabidopsis H(+)/cation antiporter.
T2 65-136 Sentence denotes Ion compartmentalization is essential for plant growth and development.
T3 137-331 Sentence denotes The Arabidopsis open reading frames for CAX1, CAX2, and CAX3 (cation exchangers 1, 2, and 3) were previously identified as transporters that may modulate ion fluxes across the vacuolar membrane.
T4 332-514 Sentence denotes To understand the diversity and role of H(+)/cation transporters in controlling plant ion levels, another homolog of the CAX genes, CAX4, was cloned from an Arabidopsis cDNA library.
T5 515-619 Sentence denotes CAX4 is 53% identical to CAX1 at the amino acid level, 42% identical to CAX2, and 54% identical to CAX3.
T6 620-766 Sentence denotes CAX4 transcripts appeared to be expressed at low levels in all tissues and levels of CAX4 RNA increased after Mn(2+), Na(+), and Ni(2+) treatment.
T7 767-871 Sentence denotes An N-terminal CAX4-hemagglutinin fusion appeared to localize to both yeast and plant vacuolar membranes.
T8 872-1012 Sentence denotes When expressed in yeast, CAX4, like CAX3, failed to suppress the Ca(2+) sensitivity of yeast strains deficient in vacuolar Ca(2+) transport.
T9 1013-1083 Sentence denotes Several modifications to CAX4 allowed the protein to transport Ca(2+).
T10 1084-1252 Sentence denotes Addition of amino acids to the N terminus of CAX4 and CAX3 caused both transporters to suppress the sensitivity of yeast strains deficient in vacuolar Ca(2+) transport.
T11 1253-1380 Sentence denotes These findings suggest that CAX transporters may modulate their ion transport properties through alterations at the N terminus.