Spo20163 (gene) | SpinachBase

Overview


Name	Spo20163
Type	gene
Organism	Spinacia oleracea (Spinach)
Description	Unknown protein
Location	SpoScf_01184 : 165554 .. 176815 (-)

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideCDSexonthree_prime_UTR

Hold the cursor over a type above to highlight its positions in the sequence below.

ATGATTATTGAGGAAAAGCAACGAAGATCGGCGTTGCTGAAGATTGAAATTGTGGTGGATGTAAGAGAAGCATGATAATTGAGAGATTGTTGCTGACATTTTCGCGACCTTGAATCGATGAATTTGGTCGAAAATTTTAGGATTGAATTGTGAAATTTGAGTTTTTGGTTTGTGGGAATAGAAATGAGTTTGACCAATGCAATGAAACGGTATTAAATAATTGCTCAACTACTGTTAGGACGTAAAATTTGGATTGTTGCGTCAAGCATTGCGGAATCCAATCCGCATAGCTTGTGCAACCTGTGTTTTAGAGTCAAAATGGGAGATTCTATGTTTAGTGGGTGGTTTCCGAATAAAGTCGTTGTTTAGTTGAAAACGGAAAGTAGGATTATTTTACGGTGAATTTGTTAAAAATGATATTTTATACGGATATTTCATGAAATGCCCCCGAGTTTTGCCATAATTCACCAAACGCCCATCAAGTTTCAATAATTCATAAAATACCCCTCACAATTCGTACAAATACCCAACATACCCTTACTAATAACGGACCGTTAGTCTGCCGTTAGCCAAGTTTCCAATTCACCCAAATGCCCCTATTCTGAAACTTATTTCACCAAATGCCCCTATTGTGAAACTTATTTCACCAAATGCCCCAAACTTAAATATAACTATTTTGATGTTTCAGCGACTAGTTTTTGTGTTTGAAAGGTAGATGTTGGTCACGGTTGACTATAAAAGCCCCTTTGCTGAATGGTTCTTGTAAGTTAGATGTTATTTTGATTTGCTTTGCTAATTTCATAAGATTTTTGTCATGAGTTTTCTTTCAAAATCATCATCCACACCCAATGATCGAGTCCACATATATTAGAGTACCTACCAAATTTTGTTATTGTGGTAGGAAATTTGTCATTCGAAGCTCTGATACAACACTCAATCCACAAAGGTTGTACTACAAGTGTGATCCTTGAAACAATCTGAGATGGTGCAAGGGAGTAGTTGAGCAAGAAAACAAGGGGCAACAACACGAAGGAAAATGCGGGGTAAGCTTAGACGAAGGAGAAAGTATTGAAAACAGGCGAAACAGTAAGATGCAAGAAGAATTGAAGTAAATGAAGAAGAAGCTAAAACAACAACAAAAAGTAGTCAAAGTTGTAATACAAATGGGGATATTGATGTTTGTAATTTTACTGTTTGTAATCATGAAGTAAACACAAGTAATGAGAAACAAATTCACATTTCATAAATAATTGATGTTGCATAATCTGCACAAAATACCAAACTGTGAAGCATTTCTGTTTTTAGCTTCACTTACAAAACATCGTTGCACCAACTACATTTAATGTTATTTTCTACTCAATGAATATGTGCAAGATCAAAACAAATGTTCAAAAAACTACCCCAAAAAGCATTAGCAGCTATCCAAAAGAGCTTGTGGAACACCACTTCAACCTCCATTCCTACCACAATAACAAATTTTGTTAGGTACCCTAATATATGTGGACTCATTGGGTGTGGAAGATGATTTTAAAAGAAAACTCATGACACAAATCTTATGAAATTAGCAAAGTAAAGTAAAATAACATCTAAAATACAAGAACCATTCAGCAAAGGGGTTTTATAGCCAACCATGACCAAGAACCAGTTTTCAAACACAAAAACTAGCCGTCGGAACATCAGAATAGCTATATTTAAATTTGGGGCATTTGGTGAAATAAGTTTCATAATAGGGGCATTTGGTGAAATAAGTTTCAGAATAGGGGCATTTGGGTGAATTGGAAACTTGGCTAACGGCGGACTAACGGCCCGTTATTAGAAAGGGTATGTTGAGTATTTGTACGAATTGTGAGGGGTATTTTAGGAATTATTGAAACTTGATGGGCGTTTGGTGAATTATGGCAAAACTCGAGGGCATTTCATGAAATTTCCGTATTTTATAATCTAAACTAGTATAATACCCATGCGATGCACGGTTTAGATTAATTTCGAATGCAAATTAAATTATAGTTATTGACAACTGTCATCAATAGTGTTTATAGATGCTCTTCTAACTAAAATTATTATTGGATAGATATGTTATGGCTCCGTCCAATCTCTTATTTTATTTAAGAAAAAAAAAACACAAACGGTACGTATATAAAATTATTTTCACCATGTTCATCACCCGTGTCAAAAATTAAAGTCATTTACATCCATCATTTACTTAGATAATCATATCCACCTAATACTCAACAAACCATGTATCTTTATACACGATCACTTAACACCCACCTATACAATCTAGTTTATTTAGCTACATATGACTTCAACGCGGGGCGAGTGCGGAGGATTGGTCACTCCATAACTGTACTTGCTTATCTTGTTCCTATCCTTTCCACCCACGATAAATATGATATTCATCCTCATCGCAAACACAATCTCGATCCCACCCTCGCGGGGCACAAAATAAAACTCATCCCGCTCCTTCACCCACCCTAAAATCTACACCTGCCTCAAGCTCACCCTTGGTCCGACAATTTTTTTTTGGTATGAATGTTTTGAATTTTAAAACATTGTTCTAGAGTGTTTGGCAACTTAGTTATCTGATTAGGTGATTGAGTAAATGTGCAAAATTATAATATGTAGGTTAGTATTAAAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTAGAATATTAACTTGTCTATTTTTTCTATTTTCTATTTTTACTTAGTATTTTTAGGATGTTTATTATCAACAGAATCTTTAAGATTTATATTGGAAAACAATAATATTTTCTTTAGTTCATATTTTTCCTTAAATAAGATAACTTAAAATAACCAACTTCTCTTTGAACCTTGTTCGGTTGTTCCTCGTGTTTTTTAATCTATTTAGATACGACAAACTATTTGCACAATAGCTTAGATAGTTCAAATTTACTTGAACGTAAATATTTAGTATGCAATACTTTTTGTTGTTTGATTCTATTAAACAAATTCTATTAAAAAGAAATAGTGTCTTAGTTGTTTGATTATATCAAACAGGCGTTATGCCGCTATTAATAAAAATAACAAACTTTTCTTTCAACCTTGTTCGGTTGTTACTCGTGTTGTTTAATGTTGAACAATGAAGCTCTTTTATGGATTATTGACATTGTTGGTATTGAATTACTTTTTTTGTTTTTTATGTTATAGATCGGTTTGCATTGGTTTGGGTGGTGGACTGGTGGTCTTACATTGGGAAGAGTTTGGGAATTGTTTCTTTAAATTGTAGAGAAAAATTTCATAAACCGTACTTTGAAAACATACTTCGTAATATGATATTGAACTATAAGCTAAAACATATTTCGAAATATGATAATGAACTGAAATATATATTCCGTATAATTGATTTGTTTGCCGGAAAATATTTTTAGAATGTATATTATAAACAGAATCTTTAGGATTTGTAATCAAAATAAATAATACACTTCCTTAAATAAAATATTCTAATTCCCTCAAAAAAAAATTATTTTTTTTAATTAAAAAGAGAGGCGAATCAATGAGTGACACTTGTCATCACCACATTGATTTCCTCTCTTTTAGTATATTATATAGATTTTGTGAGAATTTTTTTTTTGGTGTTAGCACCTAGTTCATCCTTAGGGCTAATCTGGATTCGGGGCGAATTTTGGGTCGATAGGTTTCAGTCCCCACCCAATTGTTGTTGCGGGGGATCGAACACGAGTTCTCCCTACCAAGTTCAGCCCCAGTCACAACTGAACCAACAAAATGATATTATATAATTATTATTTTTGTGAAATCACAGCTTAATGTAAATCTTTTTTGCGAAAGGCATCCTAAGGGAAGTTTCCGACATTGACTTGCACGCGAGCAGCACGTGTAGCTTCATTTTGCTGCATTTTCAACAAAACGCATTGTTAAAGTGATGCTTATTGTGGTAGTGCTCGATTTTGATATATTGTGTCGTGTTTAAGGAAAGCTGTTTCGTTTCCTCTAAACATGCTCGTTTTCACAAATATGTAAAATGAAGTCACACGTGCTGCTCACGTGCAACTGTGCAAGTCAATGGCCGGAAAATCTTAGTCAATGCCGAAAACTTTCCTTTGGCTGTCTTTCGCAAAAACTATTACATTAAGGTGTTATTTTACAAAATAAGTTATTTAAGGTTATTTCTCGCAAAATTTGGGCAATAAAAGGTCATTTTTTGCAAATTTGCCTTATTTTATTAAAAACTATTCCATAGTATATGCCCGTGTTGATGCACGGGATGTATAAGATTAAAGAACTATGTATTTTCTTTAAAAAAAATTAAAACTAATCATAAAGATAAATTGGATTATCTTGGTGTAAAATAAAAGAAATACAGTAGTAAGATAACGAACGAAAGTTGCATGATTATGAGTATTACGGAGTAATTAGGAGTACACCAAAGTGTAGAATTTCATACAAATCAATACCTACAAAATAAGAAAGTAGATTGAAACTCAAAACCAAGTGTTGCTATTTTCTAAAGATTTATAAACAAAATGATTATGATTGTCCACGACTGCAAGTATGCAACTCCTCTACTCCCTAGTGAATAGCCTAATGAGGAATTCATCATTATCACGGATTAGTTTTAACTAACACACATATGTATCAGTAATTCAGTAGTCTTTGACAAATTCCCTATAACTGAGGAAATAGACCAAGAAATTTTAACAATAGCACACGCGTTAATATAAATTTATTTTGCTAATTATAGAAAGATTAGTATGATTTTCTTTTGTTAATCGTAAAAAGATTAATTGTTATAACAAAAGTAATTTTTTTTTTAAATAACGTAAATAAAGAACACGGAGATTTAACATGGTTTAATAACAATGTATTAGCTACGTACACATACAGAGGAGAGAGAATTTTCATTGATTTGAGGAGTACAAATTATAGAATACAACTAGGTTATGACCTAAAGAGTTTATATAGTATTCTCTAAACAAATGTGGAAAAACCTAGAAAATAGACACAAACAGATAACTCTAGTGTAGAATAACAGATACCGTAAACCTCCATTAGGGACCATGTTGCGTCCCCGAACCCCTAAACCAGAATGCGTCACCCCTGGACCCCTTCTCGTTGAGAGGGCAGCGAGATCCCCGTGTTGGGGTGTTGCAGTAAGGGGCTTGATCGATTCAAGACATTGTTATAACAAATCTCCACCTTGACTTGAATCCTCTCACAAATAATAGATTTATCAGATGCACCATAATAATGCCAGATGTACCATAAACTCCCCTGCCTCGGATTTTGGCCTCAAAAGGGCAATCAACAACTCCTAACATTTAGTAAGTCCAAACAATATTGAAACTTGTTATGCGGCATCGGCTTGGTGAATATATCAGTTGAGTTATCAGCAGTACCCACTTTGTTCACTTTAATTCTCTCCTCACTCCTTAGAAAATGATACCTTACATCTATGTGCTTAGTCCTCTCGTGATGGACTTGATCCTTAGCTAAACAAATTGCACTGAGACTGTCACAATACAGTATGGCCTGATCATGATGTAAACCCAAATCACTGACCAATCCTTTCAACCAAATTACCTCCTTTGTTGCTTCTATCAATATATGTCATGTACTTTGTTTCTGTAGTAGACACAGTCAATGTGTGTTAAAAAGTAGCTTTCCAACTGACAACTGAACCACCAAGAGTGAAAGCATAATTAGTCATAGATCTTCTATTGTCAATGTCTCTAGCTAGTATAACTAGAGTCTGAAAACCCTGTCACCAAACACTTTGTATCACCTCCATAAATGAGATCAGCATCAGATGTACCCTTTAGGTACTAAAATATCAGGTACTTCTCAATGTACTCAACACAAACCTTAAGTGTTCAGCATGATCTTCTTCACTCTTTGAATACACAAAGATATCATCTATGAAAACCACTATAAACATGTTCAAGAATGCATGGAATACTCGGTTCATTAGGTCCATAAAGATAGCAGGTGCATTGGTTAACCCAAAAGGCATAACAGTGAACTCATAATGATCGTATCTAGTCCTAAATGCAGTCTTTGATATATCGTGATCCGCGATTCTCAATTGATGATAACCCGATCTCAAATTGATCATGGAAAAGATTTCCGCTCCTTTCAACTGGTCAAACAGATCATCTATCCTAGGCAAATGACACTTATTCTTGATTGTGACCTTATCGAGCTCCCTGTAGTCTATACAGAGTCTCATACTTCCGTCCTTCTTCTTCACAAACAAGACTGGCGCTCCCTAAGGCGATGCACTTGGTCTGATATAACCTTTCTCTAACAAATCTTCTACTGACCTTTCAACTCACTCATTTCTGCTGGAGCCATGCGGTATGGAACTTTCGAAATAGGTGCGGTTCCAGGTACTAAGTCTATGGTAAATTCAATAGGTCGATTAGGCGACATTCCCTGTATCGCTTCCGGAAACACGTCCAGAAATTCATTCACTACCGCAATATCCTCAGGTTGATCCTTAATAATATGCTCGAGGTTTCTCACATTGCACAAGAAAATGGGGCTTCCTTTACTGACTAGCTTCACGAGTTCCATTGTCGTGATGATCCCTACACTTCTAGGCTTTCCAAAACGACGATAGGACACTACTTTTCCTAAGCTAGACCTCAAATGAATCTTCTACTTCTCACAATCGATCTTGGCTTTGAATATTGCCAACCAGTCCATACCTAAAATCACGTATAGTTCTCCCAATTCAAACTCAATTAGGCTAGAGAAGAATATGGTTTTGGCTATGGTCAAAGGCACATCTCTATGGATCTTGGTACACTTTACTATCCTACCAGTTGGTATAACTATGGGTACTTCAATCGCTTCAGGTTCTTTGAAGCCTAGTTTCTCCAAAATACCCACTAATATAAACGAATAAGTTGCACCAGAATCAAATAGTACTTTAACTAAAATGGAGTTAATAGAAAAAGTACCGGCTATGACGTCGGACAAAGTTTCTGCTTCTTACTAGTGATTACATTCAGCTTTCCTTGGGCAACTCCTTTGTTATAGCCACCTCCATTGGCATTTCCATTGGTGTTTCGGTTCCCATTTTGCTGATAGTTTCCCCCAGACTTTCCATTATTCTGGCCATTGTTGTTGTTGTTACCGCCTTGGTAACCTCTCTGGTTTCCACGTATTATTACTTCCATTATTCCCTCCATTTCGGTTTTGGTTATTCCGGTTGTTGTTCTGGCGGTTGTTCTGGTTAGGCCTTCCATTCTTAGCCCAACATTCAAATTCTCTATGGCCTGGCTTCTCACAGAACCTACAGATTACTGGATTACCATCACAATCATTTCCAGGGTGATTTCTATGGCAACGTCTGCACTCATAAACCCTTCACTACTACAAAAACTAGCTAAGAAACCATTAATAAGAAAACATGTAAGACACTTTATAGGTTTCTTATATATAGAAACCATACAATTTTGAAATATGGTTTCTTAGAAAATTAAAAAGATAACAAACAATAAAGAAATGTGGTTTCTTAGATAAATATAGTATTTTTTGAATAATTGAGTAAGGCATGGAGAACAAAGAAACCACATCTAAATAAAAGGTGGTATCCCTTTTATTATCTAACTTTTGTGACTTTTTTTGTTGAAAAGAAAAAAAGAAAAAAAAAACTGTTGTGAATTTTTATAACTGGACTTCGTATAAAGGCAAATTTGCCAAAAAGGACCTTTTATAACTCAAATTTTGCGAGAAAGGACCTTATATAATTTTTTTTGTGAAAACACACCTTAAAGTAATTTTTTTTGCGAGAAAGGACCTAAGGAATGTTTCCGGCATTGACTGAGCTTTTCCGGCCATTAACTTGCACGTGAGCAGCACGTGTGGCTTACGTTGGCTAAAGACAATGATTTTCCTGACTCTTGAATTTTCAAACTTGATTTTATTTCGGTTTTTCTTTTCAACTTTAGGTTTTAAAGCTTAGAATTTTGGAGGAAAATTGGGTGTGATTAGCAAAATAATGCCATACGTGCTTCTCACGTGCAAGTCAATGGCCGGAAAAAACTCAGTCAATGCCGGAAATTTACTCTTGGTTGTCTTTCGCAAAAAAAATTACATTAATGTGTGATTTCACAAAAAAAAATTTATATAAGGTCCTTTCTCGCAAAAAAATTTACATTAAGGTGTTATTTCACAAAAAAAAATATATAAGGTCCTTTCTCGCAAAATTTGGATTATAAAAGGTCCTTTTTAACAAATTTGCCTCGTATAAATGACAAAATACAAATAAAAAGAACATAAAATTTAAAAATAACAAAAAACGAAAAATTGTTTATTTTAAAACCTAGGGTTTCTGCGCTATTCTTCATCTTTCTCTCACTCTCTCCTCCTCGGGTCCTGGCGGCCGAAGCTCTGTTTCTTCTTGCAAATCTTATCTTGCAACCACTCAACAATGGCAGGACAGGTACTCCTTCAACCTTAAATTATTTCTTCCATTTTTATACTTATTTATTTTCGATCTCAATTCATCCTTAAGTTTTCATTACTTTTCTTTTGGCGGTACAAGGTGAGGTCGATCATCAGCCATAGCGGAAGCCGCACAAAAGCTAGAGCAAGCTATGGGGAATGTTAGAGAAGATGGTCTTTCTCAGGTTCATTATATCTTTCAGATCTGTCTAATTGACTTGAATCTATGCTTTCTGAGTTTAAACCATCAAGTAGTTAGTAGTTAGTAGTTAGTAGTTAGTAGTTAGTAGTTCTTGATTTGGATTGAGAGAATTATTTTTTCATCAAGTAGTTAGTATTTCTTGATTTGGATTGATGTAGCAAAAATAAAATAAAGATAATTTATCTCCCGCGACCTGCAACAAGAGAGAGAAAACCATACACAACTTGCAATTTCCCAAGCTTTTCAGGTAATTTTCAGCTTTCTTCCCCTTTCGCCGATTAGATTACCCAGAACCCTAATTTATTGGCGTAATTAATTTTCCTTTTTCTATCACATTTTTTTGTGGTAATTCAATAAGGGTATTAGCTTTAATTGAGGAATTCTCCTTAATTGATCTTGTTAGTATTAATTCAAAAAGGTAATAGCTTTATCTTTTTTGAGGTGATTTTTGTTTTTATTGTTTGTTTTCCCGCTAGAATTATCTGATTCAGGGTTGATTTTTGTGGGGCTTTTTTCTATTTGGGGGAGGAGGGGGTGTTTGGTTGTTGGTCAACTTTGAGGAGTGAGAAATATTGGTGATGGAAGTTCTGTTAGTATTCTGAAAGATCTTATTGATTTGTATCTGAGTTATCAATTTGTTGATAATTCTGTTTTAAGATGTAACTGGTGGTTTTGATCTCCTTTTTTATGCAATACTTTTTGAAAAATTTGAAGCTTTGAGGTGTAAAAATTGATGTAGGGTTAAAGAAATAGCAACGATACCATGATTTCTAGCTGAATTCAGCTTAAAACATTTTATATATGGAGAAATTGTTGATGTCCCCATGTGGGATTGTTATTGTTCTGAAAGCTTAATTGGTGTTTGTAGCTGGATGTTTTCTTGCTCTAGAGGTGGGGAATGAACATGCTTTCTGACGTTTAGGCTTATTTTGTTGGCTCCTTTATTATGAATTCCTACATTTGTTATATCTGATGGATTTGCTGGTTTATCTTTGTTTTAACTTCATACAGGTCGGAGGGAGATTACAGACACAAGGGGCAATGTTATGGTGCAAGCACCTACCCAAATGTCACATCCTCTAGAGGAGAGAGAAAACCTAAGACACATGATGAGAAAATAGTTTATGTTTAGTAGAGAATTAGTGAAATTTAGTGGCTCATTTAAGAACATATTGAGTATTATTCAAATTCAGATAGTCGTATACTTCTGTATTTTTGAGATGAATATATAATTTGTAATTGTATTAATTTGTACTCGCTAGTTTTGTAGATTGAAAACTTTAGATTAAATAAAGTTTTTTTGGAATTTATTTTTACTATACGCTTTGGCATTTTGTTAGAATTAGTTTTCTACGACATTTTAAGCATAGATCATGGGCA

mRNA sequence

ATGATTATTGAGGAAAAGCAACGAAGATCGGCGTTGCTGAAGATTGAAATTGTGGTGGATATCGGTTTGCATTGGTTTGGGTGGTGGACTGGTGGTCTTACATTGGGAAGAGGTTTCTGCGCTATTCTTCATCTTTCTCTCACTCTCTCCTCCTCGGGTCCTGGCGGCCGAAGCTCTGTTTCTTCTTGCAAATCTTATCTTGCAACCACTCAACAATGGCAGGACAGGTCGGAGGGAGATTACAGACACAAGGGGCAATGTTATGGTGCAAGCACCTACCCAAATGTCACATCCTCTAGAGGAGAGAGAAAACCTAAGACACATGATGAGAAAATAGTTTATGTTTAGTAGAGAATTAGTGAAATTTAGTGGCTCATTTAAGAACATATTGAGTATTATTCAAATTCAGATAGTCGTATACTTCTGTATTTTTGAGATGAATATATAATTTGTAATTGTATTAATTTGTACTCGCTAGTTTTGTAGATTGAAAACTTTAGATTAAATAAAGTTTTTTTGGAATTTATTTTTACTATACGCTTTGGCATTTTGTTAGAATTAGTTTTCTACGACATTTTAAGCATAGATCATGGGCA

Coding sequence (CDS)

ATGATTATTGAGGAAAAGCAACGAAGATCGGCGTTGCTGAAGATTGAAATTGTGGTGGATATCGGTTTGCATTGGTTTGGGTGGTGGACTGGTGGTCTTACATTGGGAAGAGGTTTCTGCGCTATTCTTCATCTTTCTCTCACTCTCTCCTCCTCGGGTCCTGGCGGCCGAAGCTCTGTTTCTTCTTGCAAATCTTATCTTGCAACCACTCAACAATGGCAGGACAGGTCGGAGGGAGATTACAGACACAAGGGGCAATGTTATGGTGCAAGCACCTACCCAAATGTCACATCCTCTAGAGGAGAGAGAAAACCTAAGACACATGATGAGAAAATAGTTTATGTTTAG

Protein sequence

MIIEEKQRRSALLKIEIVVDIGLHWFGWWTGGLTLGRGFCAILHLSLTLSSSGPGGRSSVSSCKSYLATTQQWQDRSEGDYRHKGQCYGASTYPNVTSSRGERKPKTHDEKIVYV

Relationships

The following mRNA feature(s) are a part of this gene:


Feature Name	Unique Name	Type
Spo20163.1	Spo20163.1	mRNA

Homology

The following BLAST results are available for this feature:

BLAST of Spo20163.1 vs. NCBI nr
BLAST of Spo20163.1 vs. UniProtKB/TrEMBL
BLAST of Spo20163.1 vs. ExPASy Swiss-Prot
BLAST of Spo20163.1 vs. TAIR (Arabidopsis)

BLAST of Spo20163.1 vs. NCBI nr
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. NCBI nr)
Total hits: 0

Position :

Zoom :

x 1


Match Name	E-value	Identity	Description

BLAST of Spo20163.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 0

Position :

Zoom :

x 1


Match Name	E-value	Identity	Description

BLAST of Spo20163.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 0

Position :

Zoom :

x 1


Match Name	E-value	Identity	Description

BLAST of Spo20163.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 0

Position :

Zoom :

x 1


Match Name	E-value	Identity	Description

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0042254	ribosome biogenesis
biological_process	GO:0030243	cellulose metabolic process
biological_process	GO:0016126	sterol biosynthetic process
biological_process	GO:0010431	seed maturation
biological_process	GO:0006144	purine nucleobase metabolic process
biological_process	GO:0009832	plant-type cell wall biogenesis
biological_process	GO:0016310	phosphorylation
biological_process	GO:0006412	translation
biological_process	GO:0006094	gluconeogenesis
biological_process	GO:0006096	glycolytic process
biological_process	GO:0016049	cell growth
biological_process	GO:0015976	carbon utilization
biological_process	GO:0006508	proteolysis
cellular_component	GO:0005759	mitochondrial matrix
cellular_component	GO:0005840	ribosome
cellular_component	GO:0009570	chloroplast stroma
molecular_function	GO:0004252	serine-type endopeptidase activity
molecular_function	GO:0005515	protein binding
molecular_function	GO:0019843	rRNA binding
molecular_function	GO:0003735	structural constituent of ribosome
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0000287	magnesium ion binding
molecular_function	GO:0030955	potassium ion binding
molecular_function	GO:0004743	pyruvate kinase activity
molecular_function	GO:0003676	nucleic acid binding
molecular_function	GO:0000166	nucleotide binding

RNA-Seq Expression

Co-expression


Gene	r value	Expression
Spo24414	0.71	Barchart \| Table
Spo05833	0.67	Barchart \| Table
Spo28098	0.67	Barchart \| Table
Spo12054	0.67	Barchart \| Table
Spo17110	0.67	Barchart \| Table
Spo01970	0.66	Barchart \| Table
Spo08589	0.66	Barchart \| Table
Spo21531	0.65	Barchart \| Table
Spo21768	0.65	Barchart \| Table
Spo02278	0.65	Barchart \| Table