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LotjaGi3g1v0156200.2

Overview

Field Value
Gene ID LotjaGi3g1v0156200
Transcript ID LotjaGi3g1v0156200.2
Related isoforms 3
Lotus japonicus genome version Gifu v1.2
Description Branched-chain-amino-acid aminotransferase-like protein; TAIR: AT5G57850.1 D-aminoacid aminotransferase-like PLP-dependent enzymes superfamily protein; Swiss-Prot: sp|Q8L493|DAAA_ARATH D-amino-acid transaminase, chloroplastic; TrEMBL-Plants: tr|I3SWY2|I3SWY2_LOTJA Uncharacterized protein; Found in the gene: LotjaGi3g1v0156200
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr3:21320591..21329407) extracted from Lotus japonicus Gifu genome v1.2.

GCTATCCTTTTAAGAGTTGGTGGCAAGAAAGATGATGTAATTTCCCACCAAAGAGATTCTTTCCTCCCAAAGATTTCTTT TTTGTCAGCAAAAATGCTGCTACCAACATTGGGTTCAACTGTTTATACATAGCCCATCAATATTTTATTGACGCAACCGA AGATGGCCGTGGCCAATTGGATAACAAAGCAGACACAGCAAAGAGTTCAATCCGTCCAAAACAAACAATGTACAAAACAA GCAATAATCCAAATTGCCGTCTGTAATGTTCTTGTGTTCATTCCTGTTACAAATTTTTATCTCATCACAATGATTTCATA GCTCTGCTTCCACTATATATATACACATGATTCCTGCATAAACCTTCATCATTTTGGTTTAGACATGGGCAATCCCACTG AGTCCAGTGCGTCCTCTAAAAAATCCACTGGTGAGTTGGGGTTCTGTGTTAATTAGTAATGAAATGATGTGAAGTGATGT TCTTATTGTATCTGTTTTTGGCTGAACTTTTTGTTTTCTTGGGGTGTAGCAGAGGTTGAAAATGATGCTGATTTTAGAGT TCATGTGTTCTCTTCATCATCCGAGGTGAGCTTTTTGTACCATCTTGATTTCTTTAAGTAGCAGCAAAATCAATACACTG TTATGAAGTCAAACGGATCATGCTCTGTCTTTGGTTTTGGTTAGATTATACTTAGTTTGAGAGGAAAGGAAGGAAGAGGA AGGGTTTCACTGTACTTGCATTTATTTTTGTCAAATACTGAAATTGCTTAATCTGGAAGATTTGCATAGTAATTGAACTT GAACTTGAACATGAACATGCATAGGATGCTGATAACTTATTACTTGCAGCAGTTTTGTTTGGACAAAATTCACATTTAAT TTCATATGGTTTTGTATTATGATCCATTAAGATTTTGAAATTTCATTGGGGTTTGCATTGTTCAGTTACTTGAAAAGCTT CATGAAAGATGGAGTTCAGTGGAGAAACTACCATACCCAGCTATGTACTCTAGTATATATGGTGGTATCATACTTGATCC AGCAATGATGGTAATCCCCATTGATGATCACATGGTGCATAGAGGGCATGGGGTCTTTGATACTGCTATTATTTTAAATG GGTAATGCTAACTTATGCTTTTGCTCCATACAAATTAATATCTTTGTATAAAAGTATTCAGATTTTTTGAGTTTGAAACA TTTTTTTCTGATCTTGGTTTATATATTATTTGTTCTCACCAGATACCTCTATGAGTTGGATGTTCACCTTGACCGTTTCC TAAGGTCAGCCTCCAAAGCCAAGATAAGCTCTCCTTTCTCTAAGTCGACGCTTCGCAGCATTCTAATACAACTAACTGCA GCATCCAAATGCAAGAAAGGAACTCTAAGATACTGGCTGAGTGCAGGTCCTGGGGATTTCTTGCTCTCTTCATCAGGATG TCCAACATCTGCATTCTATGCAGTAGTAATTGATCAAGAATTTTCCCAGTGCAAAGAGGGGGTTAAAGCGGTTACTTCCA GCGTACCAATGAAGCCGCCTCTATTTGCCACAATGAAAAATGTGAATTACCTTCCTAATGTCCTTTCAATAATGGAAGCA GAAGAGAAAGGAGCATTTGCTGCTATATGGGTTGATGAGGCTGGTTATATTGCTGAAGGTCCACATGTGAATGTTGCTTT TATTACTCAAGAAAAGGAACTTATCATGCCTTCTTTTGATAACATCCTACGCGGTTGCACTGCGAAAAGGCTTCTTGAGC TTGCACCCAAGTTGGTTGATCAAGGGCTTCTTAAAGGTGTAACAAATAAAAATCTGACTGTGGAGGAAGCTAAAGCTTCT GCTGAAATGATGTTTGTAGGAAGCACACTTCCTGTGTTGCCTATCATTGCGTGGGATGATCAACCTATTGGCGATGGTAA GTAATTTGTTGAGAAGTTTTACATTGACTAGAAATGTAGCAAATTAACTAAACTTGCTTTTGGGGTAGAGTTAAGTATAA CCTGAACTTTTATAATCTGCTATCAGAGTGTATCCTAGATTCATTGATCAGAGAGCACCCATATATAGGCCACATGCAAA TGTCAAGTCGTGCAAATTCCACTCAAGGGTGTGTTGAGAAGTCCTACATTAATTACATATATGACTAAATAAGTATTTAT AAAGGGTAGCGTAACCTGAATTCTAGTATAATTAGCCGCATAAATTCTCTGGTATTGATCTGTCCTTGTTTGGTGTGAAT CCTTACCTTGTATGATTTCTTTCATTCTTTTTTTCTCTATTGATGCACATAAACATTTGTTATACTTTGTTTTGATAGAA TCAATGCTTGGATCATTTTGAGCCATTTACTTTTATCCGTCATAATCAATAGGGTACTAATAATCTACAAAATTAGCAAA ATATTGTTATTATATCTATGTATAATTCTGCTGAGTCTCTCTTTATCCAAGTGTCATTTTTATTTATTCAATTGACTATG TTTTACAGGAAGGGTTGGAGAATTGACAATGAAACTCTCAGATTTGCTATGGGATGATATGGTAGCTGGCCCTGACACAC AGAGAATAGCAGTTCCTTACGTCTAGTGAACCTACAAAAGTCATCAAATTAAAGGCTGGGAACAGCTTTCTTCTGAGGGA TTCTTCTTGTTGCATACATTTGCCAAGAGGTGTCTCCTTGTATTTGGTTTATGTATTTCTAGTGTGATATTTTGTTTATG TATTTCTAGTGTGAACAAGTTCTAGAGTGAATCAGTCATGTTCACTGCTACTCAATTTATAAAGACAATAAGTGGTCCTT GAACTGTTTCACATTGTTGTGATCTAGACTACTGTTCAGAGTGCATAGGGACATTACTTTAAGTTGTAAAACATGCATTT ATTTTGTAATCAGGCCGAGTAAATACTTAAGTTAATAAGATAAGTTTATTTACCAAATAATTTTCTCAAGATTTTGAACG AATAAAATAAGCTATGAGGTTAAATGATTTGTCAACAACAGGCTCAATCAACAGATAACTAAAATAATCAAATGAGATAT TTCAGTGACGGTAACCATTTCACGGATCATGATGATCCTCTGTAACTCACACAAATTGCAGGGATCTCAACCTTTAAATT TAATTTTAGTTAAAAAAAAACCTTTATATTTCATTTTTAAGTATAAAACCATATTAGTAAATAAACAAATAATTGAATTC AAAGGGTGAGTCCCCAAAGAATACATCAAGTGGTAAGAGTTGAAAGACGGTTGAGAGGGGGAGGTCATTCCTAGAGGTGT AATTTCTATTTCCGATGTAAAACAAAAGGGGTGAGATTTATACTTTCCTATGTAACCAAAATAATGGGTGAGATTTAGAA TTGCACACCCTGCGTTTTCAAAACTGCAGGTGATCCTTGTCCGTCGCTCATAGACCATAGCAGCCTAATTGTGCAATCAT AAAGAGATTATATAAAAATGCCAATATAAAATGAAATCATTTTTGTATTAGCTTATTCTCCCACATTTATCTGGACTGAA AAATACAAATCAATATAGTCTTACAATATGGATGTAACTGAAAGTCCCTCTAATTATACAGCTTTGATGTCACTTGCACT ATGAGACAAAAAAATAAAAACCAAAATAAATTAATTTAAAATACTAATAGAAGTAGAAAAACAATTTCTTACAGTGAAAT ATGTACATTTAATAAAAAATGCATAAATAGCCAGACAACACACAAAATGGTAAAACTTCCAACTCTGCTCAAGACTGGTG TAGATCCCGTGAGGTTTGGCTTTGCCATCTGTGAAACAAAGAACACGAAGTTACTCAAATAAGACTGAGGTTATTGAAGT ACCCCTTGTACTTCTTTTCAATATATTCTTTGCTTATCCAAAAAAAAAGAAACATGAAAATGACAACTTCTATAAACCTT GAGAGAAGAAATCTTGCAAGAGGGCTTGAATTGCTATTTGGATGACGTTCCTTGTTCTGTTGTTTCTTCCGATTATCAGC CTCTGCATTTCGGGTTTCTTCTGCTGACATGGTCCTGCTAAATATTTGGCTTGCCAATTCCTTCAGGTCCTTCAATGAAT CTTCCTTTGAACTGCACACACAATAGAATGAGGCCGACACATTAATTTTTTTCCATTTGTTTGTATAAGGAACATTAATA GAAGGCAAACCTTGCCAACCGCTGAAGCAATTTTTTGACAAGAACATCACAGGATCTAGGCATTGAACCCTCCATGTCTA CGAAAGCATTGATGACTGCCCGAACCATGGAACCTTCTGGATCATCAGCAATGGCCTATATAACAAACACAAACATGAGC GGTGGTCCTTGGAAGTTGTATCGAACAAAAGCATGACATAACAAAACCATGAATGAGATAATTTGCTGAAGCTTACACAA ACTTCTATCATTCCAGACACAAATTTTAGGGTTAACTATGTTTTTGGTCCCCGTAAAATAGGCGAGAAACATAATTAACC CCAAATTTTACTAGTTTCTTCTTAATAATCTATTTCTAAAAAATAATGTTTTGTTTTAATAATGCAAGTCTGAGTATAAA AATGCATCACAGGAGATAAATAATATTGATCAATTTTCAGTGGACAGTAGTAGTGTTATAGTGTATCATACACCAACTTC TTTTCCAAATAAACTAATGCCTCACCGTTTAAGAAATTTGTAATAAAAATTTAGAAACGGACCATAATCCACACTAAATA ATGTCTGGAAGGAGCCATTAACACGGTAAGTAGATCAAGAGGGTAGCCCTAACCCACATTCACTCTAACATACTGCTTAG AAAGAGTAAAAGTAAAATATATGCATAGTTTCACCTCTTTTAATGAAGGAATAAGCAAAGCTGATAATGGGACCGAGGTT GATACTATTTTAGTACTTTCCTCATCATCATAGTGTGGTCTTAACACACCCTTTTGTGCATCAATATATTCACGACTTGA TCTGAAAAAAAATGGTTAGTTATTAAAAGTCATGTCTTTATTTCAGAAAAAGAAAAACTGACAGCGTTATCGCTATGCAT GTACCTCAACGAATCAGAGCTGCTACTCAATTGGTCTCGCTTGCTTTCCGGTATTTCGGTGTTGATTTTTGCCAGGGAAA ATCTCTCTCGAGCATTTGCTTTCCTTTGCCCTCCTTGGATAGCAGCCTTTGCCTATAGAGACAAACAAGTAAGAAAAAGC TGTTTATAAGCAAAATCAAATATCAATCTGACTAACTAATCATAAACATGCCAAGTCTCCTAAAATAAAAAGTGAAATAT TATCAATACAAGTGTTTGAAAAGTGGTTCAAGAAGCAAATATACCCTACAAAATGTGTGGGTAACTAAGAAAATCTATGC CATGGGACGATAATAAATGTTCCTGAAATAAATCAAACGTATCATGGAACTAAACCCACACAAGAAATGAGGAGGAAAAA GACTCTCTTGCCCCACATTATTCAACACACTAATAATCACTACTTATATTCCAGAAAAAATGAACCTCGGCAAGGTTTAT AGCGCTATCTTCCAACGATGCATTTGAATTTCTGTCATGAAGTCCTAGACGGGTCCTTGGTGTCTGTGGAGAATCAGAAT CATCATGCTGGCTACGAAAAACAACAGTTCCGCTTGTAGAAGTATCTTCAAAAGAAGCATAGCTGCCGCTAGACTGCACA GCATTGAAGTTCTCATTAGGGGACAGCACAGGTAAAAAATAAGTTTCTTATCAGAGTAACACAACTTGAATATTACCTGG GAGCTTTGGTCACGAAAAACAGGTGGCCTTGATCCTATTGGAGATCGAATAACAACTGTTCCTGATCCATTCCCATACAA TTCATCCTGCAATTTGAAGACTTCAGAAGATCAAAATATTTCTCTTTTCTTTAAAATGAAACTTCATCAAATTCATAGGA AACACATCTTTACTTCAATACTGACAATTTATTCACATAAGATTTGACAAATTAAATTCCGTAAATGATTAAACCACCAT AGGACAGACAGAAAATTCAGTTTCAGCTCAAAGAATCTAAAAGCTGAGCAGGTAAATAATTCAGGAAGCATTAATAGTAT ATCCAATGTTTTATAAAATAACAAAACACCCAAGGTTCCCCTGTATAGATATGGATGCTCTATATATCATGCAGTTAAGT TCAGTTCTGTAATAAAGACAGACACGCATTGTAAGAATCAATTACATCTTCAAGTTGATTATCCAGCTGCACATCATCGT AAGAAACTCTAACATCTTTTCCAAAGGAACTTTCAAGTGACTCATTAAGTGAACTTCTATTGGCAGATCCCTCTTGATAA CCAATCTCGGGAGCTTTTCTTTGGGTAAGCTGATTGTTTGAAACTTCAGTTTTCTTTTCCCTAAACTGCGGCGGTCGTGA GGCACTACGAAAGGTTCCAGTACCCTCTGATCCACCAATGCTGAAGTCCCACCCAGCACTTTTAAGGGTTTTACCCAGAT TGCTGTAAAACAGAAACTGTCTAACAAATCCAACATCTGAAAAATGAAAACCAGTAGCTAACAGTCATAACCTACCTTGC TCGATTAGCTTCTTCACCTTTAAAATCTCTCGCCACCTTCATAGTATCTGATGCCTCCCCTATCCCTCTTGGGCCATTTC TAGGTGTCTCCAGATCTTCCTTTATTTGATACTTTGGACGCTCCCTATCATTAAACCACAAGGCATGGTCTTATCAACCA CAAGCTGGGGAATAATATTTGAAATTCTCAATAATATGATAGAAAAGATGCTACAAATGCACAGCAGAAAGATTTCAGAA GTTACTTAAGCATATAAGCAGTTATTTTTCCATGATATACTAGCTTCAGAAGAAATAAATGGAAGAGCACAAAAACAAAA AACAATATCGAAAAAGAAAAAAAGGGTAGAATTGTGTAAATAAAATATAGAAAGATCTTTATCAGTAATTTGCACCTTAT TCTTTCCAAGAGCTTTGGATTCTTCCTAGCATTCCGTATAAAACGATCTTTGAGAAGTTCTTTAGCACTTGGCCTCTGGA ATTAAAGACATTAGAAGGGGTAAAACTAAAAGACTGATAGAGTGAGAGATCAACTCCACTTCAAGCCTAGTCTAGAAAGC TTTTAATTCGGGAAAACTAAATGATACATCGCAGGAAGTTGACAGTTACAGATTTCAACTGAAAAATCCGAAGAAATAAT TCTATTATTCCTGTTCTTATAAATTTGGATGCAGACTTAAATAAATCCTAAATCAAACAGTTTCAGGGGTTCTCAGTAAG GGGAATTCACTAAAGTTTCCCAGTGATTTTGAAATTGGGAATCTAGATTGCTATATTTTGTATGAGTGATTTAAAAAAAA GTCCATGGAAAATCCCAAGGATTTTTTTTTTTTTAAATTAGGTTCCCACCAAAGCATTTCAACTAGGGGCTGGAAATTCT AGGAAACTTCTTTATTGTGTAAAAATACAATGAACTTCTATTATTGACAATTTCTTTTTTGACGTGGCAGAATACAACTG GTTGTCTATGTAAAGAAAGATTACACTGACGGTGCATAGAAGTTAGATCCATATAGATATGCAAAAAAGAAACATTGATG AATATAAGCGAAGCAGAGACACTTGCCTCAGCAGGAACCTTCTTCAAACATGACGAAACGAAGTCTTTCAGCGGACGAGA AAAATGTTCATCTAGCTGCAGAAAAGGAGATTAGATGTCAACTATTTTATGGTTAAAAAAGACAGGTCTATTTGGTTTGA GAAAAATATATATTTTGTTTTCATTCCTTGGTTTTATTGATAATTAGAAAATTTTCACTTTTTATTCCTATTTCCAAAGA TATGTACAATAAATGGTGAGACCATTTTGTGGTTTTCTCCATTCTATACAAATCTTTGAAAATGTGACATTTTTGTAATT AACAGTGAAAATCAGAAATAAAAAAGAAAATATTTACTCAAATAAAACAAGCCCTAACATCTCCATTTGAAAAACTTTAT TAACTTAAATAGTTCAGAACGTGGAAGATTGATTTGTCTGATATCAGGGAACACAACCTGTGGTGGATTCTCTCGGGGTA TGATGAAAAGCACTCTCATGGGGTGAAGATCAGCAAGTGGAGGCTCCCCCTTTGCCATCTCAATTGCAGTAATCCCAAGG GACCAAATATCTGCCTATGTAAACAGAATACAACAGTGATGATTCTAAGGGCCTAAAAAACAATAGGGAACCTGGACTGT AAATGAAGAAGGAAGAACAGAACTAAAGAAAAACAATGCAAAACAAAAGACATGTAGAACTATATTACAACCTTCTCATT ATACCCTTCTGTATTCTGAATAACCTCAGGTGCCATCCAGAATGGTGTTCCTACAAATGTCTGTCGATATCGAACATGTT AGTATAACAAGCCAAAGAAAAAGAGTACTAATTTTGATCCAAGTGATATTTTAATTGCAGAACGTATAAGATGCATTAAT AAAAGTAATGACACAAAAATACAGATATATGCATGAAAAAACAGCAATTGGAAATTCAATTTCCAATTGAAAAGGCCTCC ATTTTGTCCTCTTGAAAGGAGGTTAAGATTCAGATGATAAATTACAAAATAACATGAGCTTCAAAATAAATGTAATGAAA AAAATATTATCTCAACAACCTAACCATGTTAAATTGATGAAGGTAACCTTAGTGAAAGATATTTACCTTTCTCCTTGATA TAGTCCTTGTTAATTGAGCAGAAACACCAAAATCTGCCACCTAGTGAAATTTATGCATGTAAGTCCACATCTCAAGTTAT CATTGTTAAGAGCTAAT
Download Genomic Sequence

CDS sequence (LotjaGi3g1v0156200.2) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGGGCAATCCCACTGAGTCCAGTGCGTCCTCTAAAAAATCCACTGAGGTTGAAAATGATGCTGATTTTAGAGTTCATGT GTTCTCTTCATCATCCGAGTTACTTGAAAAGCTTCATGAAAGATGGAGTTCAGTGGAGAAACTACCATACCCAGCTATGT ACTCTAGTATATATGGTGGTATCATACTTGATCCAGCAATGATGGTAATCCCCATTGATGATCACATGGTGCATAGAGGG CATGGGGTCTTTGATACTGCTATTATTTTAAATGGATACCTCTATGAGTTGGATGTTCACCTTGACCGTTTCCTAAGGTC AGCCTCCAAAGCCAAGATAAGCTCTCCTTTCTCTAAGTCGACGCTTCGCAGCATTCTAATACAACTAACTGCAGCATCCA AATGCAAGAAAGGAACTCTAAGATACTGGCTGAGTGCAGGTCCTGGGGATTTCTTGCTCTCTTCATCAGGATGTCCAACA TCTGCATTCTATGCAGTAGTAATTGATCAAGAATTTTCCCAGTGCAAAGAGGGGGTTAAAGCGGTTACTTCCAGCGTACC AATGAAGCCGCCTCTATTTGCCACAATGAAAAATGTGAATTACCTTCCTAATGTCCTTTCAATAATGGAAGCAGAAGAGA AAGGAGCATTTGCTGCTATATGGGTTGATGAGGCTGGTTATATTGCTGAAGGTCCACATGTGAATGTTGCTTTTATTACT CAAGAAAAGGAACTTATCATGCCTTCTTTTGATAACATCCTACGCGGTTGCACTGCGAAAAGGCTTCTTGAGCTTGCACC CAAGTTGGTTGATCAAGGGCTTCTTAAAGGTGTAACAAATAAAAATCTGACTGTGGAGGAAGCTAAAGCTTCTGCTGAAA TGATGTTTGTAGGAAGCACACTTCCTGTGTTGCCTATCATTGCGTGGGATGATCAACCTATTGGCGATGGAAGGGTTGGA GAATTGACAATGAAACTCTCAGATTTGCTATGGGATGATATGGTAGCTGGCCCTGACACACAGAGAATAGCAGTTCCTTA CGTCTAG
Download CDS Sequence

Protein sequence (LotjaGi3g1v0156200.2) extracted from Lotus japonicus Gifu v1.2 Proteins.

MGNPTESSASSKKSTEVENDADFRVHVFSSSSELLEKLHERWSSVEKLPYPAMYSSIYGGIILDPAMMVIPIDDHMVHRG HGVFDTAIILNGYLYELDVHLDRFLRSASKAKISSPFSKSTLRSILIQLTAASKCKKGTLRYWLSAGPGDFLLSSSGCPT SAFYAVVIDQEFSQCKEGVKAVTSSVPMKPPLFATMKNVNYLPNVLSIMEAEEKGAFAAIWVDEAGYIAEGPHVNVAFIT QEKELIMPSFDNILRGCTAKRLLELAPKLVDQGLLKGVTNKNLTVEEAKASAEMMFVGSTLPVLPIIAWDDQPIGDGRVG ELTMKLSDLLWDDMVAGPDTQRIAVPYV
Download Protein Sequence

Domain prediction

Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.

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Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
PANTHER
PTHR42743
17 348 332 2.8E-191 –
PANTHER
PTHR42743:SF8
17 348 332 2.8E-191 –
Gene3D
G3DSA:3.30.470.10
24 167 144 9.1E-32
IPR043131
SUPERFAMILY
SSF56752
58 334 277 1.57E-58
IPR036038
CDD
cd01559
74 330 257 2.96183E-78
IPR017824
Pfam
PF01063
82 308 227 1.3E-40
IPR001544
Gene3D
G3DSA:3.20.10.10
168 344 177 6.0E-39
IPR043132

Gene function (GO predictions)

GO predictions are based solely on the InterPro-to-GO mappings published by EMBL-EBI, which are in turn based on the mapping of predicted domains to the InterPro dataset. The InterPro-to-GO mapping was last updated on , while the GO metadata was last updated on .

GO term Namespace Name Definition Relationships
GO:0003824
Molecular function Catalytic activity Catalysis of a biochemical reaction at physiological temperatures. In biologically catalyzed reactions, the reactants are known as substrates, and the catalysts are naturally occurring macromolecular substances known as enzymes. Enzymes possess specific binding sites for substrates, and are usually composed wholly or largely of protein, but RNA that has catalytic activity (ribozyme) is often also regarded as enzymatic.
Subterm of
GO:0008696
Molecular function 4-amino-4-deoxychorismate lyase activity Catalysis of the reaction: 4-amino-4-deoxychorismate = 4-aminobenzoate + H(+) + pyruvate.
Subterm of
GO:0030170
Molecular function Pyridoxal phosphate binding Interacting selectively and non-covalently with pyridoxal 5' phosphate, 3-hydroxy-5-(hydroxymethyl)-2-methyl4-pyridine carboxaldehyde 5' phosphate, the biologically active form of vitamin B6.
Subterm of
GO:0046656
Biological process Folic acid biosynthetic process The chemical reactions and pathways resulting in the formation of folic acid, pteroylglutamic acid.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi3g1v0156200.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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