PIKUR2

Information

Name(s)
PYRICULARIA ORYZAE RESISTANCE KUR2
Type
gene
Species
Oryza sativa
Synonyms
Magnaporthe grisea resistance-kur2
Magnaporthe grisea resistance-se1
Magnaporthe grisea resistance-t
Pikur2
Pikur2*
Pise1
Pit
Rb1
RMg10
RMg11
RMg15
Database
Gramene Genes, GR_gene:0060621
Associated
No associations to GO
Sequence
No peptide sequence available

Back to top

Term Annotations

Filter annotations displayed help!
Filter Annotations

Qualifier Term Ontology Evidence Reference Assigned by
inflorescence [view annotations] plant anatomy GR ref:6230 Gramene
(via Gramene Genes)
stem node [view annotations] plant anatomy GR ref:1181 Gramene
(via Gramene Genes)
stem [view annotations] plant anatomy GR ref:6230 Gramene
(via Gramene Genes)
vascular leaf [view annotations] plant anatomy GR ref:1176 Gramene
(via Gramene Genes)
2 formation of axillary shoot stage [view annotations] plant structure development stage GR ref:1181 Gramene
(via Gramene Genes)
booting stage [view annotations] plant structure development stage GR ref:1181 Gramene
(via Gramene Genes)
inflorescence emergence stage [view annotations] plant structure development stage GR ref:1181 Gramene
(via Gramene Genes)
leaf production stage [view annotations] plant structure development stage GR ref:1181 Gramene
(via Gramene Genes)
LP.05 five leaves visible stage [view annotations] plant structure development stage GR ref:1181 Gramene
(via Gramene Genes)
LP.06 six leaves visible stage [view annotations] plant structure development stage GR ref:1181 Gramene
(via Gramene Genes)
stem elongation stage [view annotations] plant structure development stage GR ref:1181 Gramene
(via Gramene Genes)
whole plant fruit formation stage [view annotations] plant structure development stage GR ref:1181 Gramene
(via Gramene Genes)
whole plant fruit ripening complete stage [view annotations] plant structure development stage GR ref:1181 Gramene
(via Gramene Genes)
whole plant fruit ripening stage [view annotations] plant structure development stage GR ref:1181 Gramene
(via Gramene Genes)

Back to top