Name: LOC729317 | Sequence: fasta or formatted (293aa) | NCBI GI: 169163967 | |
Description: PREDICTED: similar to voltage-dependent anion channel 2
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Referenced in:
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Other entries for this name:
alt prot [293aa] PREDICTED: similar to voltage-dependent anion channel 2 alt prot [293aa] PREDICTED: similar to voltage-dependent anion channel 2 | |||
Composition:
Amino acid Percentage Count Longest homopolymer A alanine 7.2 21 2 C cysteine 3.1 9 1 D aspartate 5.8 17 1 E glutamate 4.1 12 1 F phenylalanine 4.8 14 1 G glycine 11.6 34 2 H histidine 1.4 4 1 I isoleucine 4.8 14 1 K lysine 7.8 23 2 L leucine 7.5 22 1 M methionine 1.0 3 1 N asparagine 5.1 15 2 P proline 2.4 7 2 Q glutamine 2.7 8 1 R arginine 2.4 7 1 S serine 7.8 23 2 T threonine 10.6 31 2 V valine 5.1 15 1 W tryptophan 1.4 4 1 Y tyrosine 3.4 10 1 |
Comparative genomics:
Search single species RefSeq proteins at NCBI
Search summary
Figure data | ||
Related human proteins:Protein Relative score Description Self-match 1.000 PREDICTED: similar to voltage-dependent anion chann... LOC729317 0.997 PREDICTED: similar to voltage-dependent anion chann... LOC729317 0.995 PREDICTED: similar to voltage-dependent anion chann... VDAC2 0.986 voltage-dependent anion channel 2 VDAC1 0.735 voltage-dependent anion channel 1 VDAC3 0.713 voltage-dependent anion channel 3 isoform b VDAC3 0.704 voltage-dependent anion channel 3 isoform a CHST1 0.009 carbohydrate (keratan sulfate Gal-6) sulfotransferase... ARHGEF12 0.007 Rho guanine nucleotide exchange factor (GEF) 12 [Homo... COL6A3 0.007 alpha 3 type VI collagen isoform 1 precursorHuman BLASTP results (used to prepare the table) |
Gene descriptions are from NCBI RefSeq. Search results were obtained with NCBI BLAST and RefSeq entries. When identical proteins are present, the self-match may not be listed first in BLASTP output. In such cases, the table above has been reordered to place it first.
See About the Figures for the scoring system used in the figure above right. The same scoring system was used in the table of BLASTP results.
Guide to the Human Genome
Copyright © 2010 by Stewart Scherer. All rights reserved.