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OryzaGP_2021

Id	Subject	Object	Predicate	Lexical cue
M_0	28-32	hunflair:NA:Species	denotes	rice
M_1	878-882	hunflair:NA:Species	denotes	rice

OryzaGP_2021_FLAIR

Id	Subject	Object	Predicate	Lexical cue
M_0	28-32	hunflair:NA:Species	denotes	rice
M_1	878-882	hunflair:NA:Species	denotes	rice

Oryza_sentences

Id	Subject	Object	Predicate	Lexical cue
T1	0-99	Sentence	denotes	Molecular analysis of early rice stamen development using organ-specific gene expression profiling.
T2	100-273	Sentence	denotes	Elucidating the regulatory mechanisms of plant organ formation is an important component of plant developmental biology and will be useful for crop improvement applications.
T3	274-474	Sentence	denotes	Plant organ formation, or organogenesis, occurs when a group of primordial cells differentiates into an organ, through a well-orchestrated series of events, with a given shape, structure and function.
T4	475-606	Sentence	denotes	Research over the past two decades has elucidated the molecular mechanisms of organ identity and dorsalventral axis determinations.
T5	607-699	Sentence	denotes	However, little is known about the molecular mechanisms underlying the successive processes.
T6	700-890	Sentence	denotes	To develop an effective approach for studying organ formation at the molecular level, we generated organ-specific gene expression profiles (GEPs) reflecting early development in rice stamen.
T7	891-1074	Sentence	denotes	In this study, we demonstrated that the GEPs are highly correlated with early stamen development, suggesting that this analysis is useful for dissecting stamen development regulation.
T8	1075-1278	Sentence	denotes	Based on the molecular and morphological correlation, we found that over 26 genes, that were preferentially up-regulated during early stamen development, may participate in stamen development regulation.
T9	1279-1521	Sentence	denotes	In addition, we found that differentially expressed genes during early stamen development are clustered into two clades, suggesting that stamen development may comprise of two distinct phases of pattern formation and cellular differentiation.
T10	1522-1660	Sentence	denotes	Moreover, the organ-specific quantitative changes in gene expression levels may play a critical role for regulating plant organ formation.

Oryza_sentences

Id	Subject	Object	Predicate	Lexical cue
T1	0-99	Sentence	denotes	Molecular analysis of early rice stamen development using organ-specific gene expression profiling.
T2	100-273	Sentence	denotes	Elucidating the regulatory mechanisms of plant organ formation is an important component of plant developmental biology and will be useful for crop improvement applications.
T3	274-474	Sentence	denotes	Plant organ formation, or organogenesis, occurs when a group of primordial cells differentiates into an organ, through a well-orchestrated series of events, with a given shape, structure and function.
T4	475-606	Sentence	denotes	Research over the past two decades has elucidated the molecular mechanisms of organ identity and dorsalventral axis determinations.
T5	607-699	Sentence	denotes	However, little is known about the molecular mechanisms underlying the successive processes.
T6	700-890	Sentence	denotes	To develop an effective approach for studying organ formation at the molecular level, we generated organ-specific gene expression profiles (GEPs) reflecting early development in rice stamen.
T7	891-1074	Sentence	denotes	In this study, we demonstrated that the GEPs are highly correlated with early stamen development, suggesting that this analysis is useful for dissecting stamen development regulation.
T8	1075-1278	Sentence	denotes	Based on the molecular and morphological correlation, we found that over 26 genes, that were preferentially up-regulated during early stamen development, may participate in stamen development regulation.
T9	1279-1521	Sentence	denotes	In addition, we found that differentially expressed genes during early stamen development are clustered into two clades, suggesting that stamen development may comprise of two distinct phases of pattern formation and cellular differentiation.
T10	1522-1660	Sentence	denotes	Moreover, the organ-specific quantitative changes in gene expression levels may play a critical role for regulating plant organ formation.

Oryza_sentences

Id	Subject	Object	Predicate	Lexical cue
T1	0-99	Sentence	denotes	Molecular analysis of early rice stamen development using organ-specific gene expression profiling.
T2	100-273	Sentence	denotes	Elucidating the regulatory mechanisms of plant organ formation is an important component of plant developmental biology and will be useful for crop improvement applications.
T3	274-474	Sentence	denotes	Plant organ formation, or organogenesis, occurs when a group of primordial cells differentiates into an organ, through a well-orchestrated series of events, with a given shape, structure and function.
T4	475-606	Sentence	denotes	Research over the past two decades has elucidated the molecular mechanisms of organ identity and dorsalventral axis determinations.
T5	607-699	Sentence	denotes	However, little is known about the molecular mechanisms underlying the successive processes.
T6	700-890	Sentence	denotes	To develop an effective approach for studying organ formation at the molecular level, we generated organ-specific gene expression profiles (GEPs) reflecting early development in rice stamen.
T7	891-1074	Sentence	denotes	In this study, we demonstrated that the GEPs are highly correlated with early stamen development, suggesting that this analysis is useful for dissecting stamen development regulation.
T8	1075-1278	Sentence	denotes	Based on the molecular and morphological correlation, we found that over 26 genes, that were preferentially up-regulated during early stamen development, may participate in stamen development regulation.
T9	1279-1521	Sentence	denotes	In addition, we found that differentially expressed genes during early stamen development are clustered into two clades, suggesting that stamen development may comprise of two distinct phases of pattern formation and cellular differentiation.
T10	1522-1660	Sentence	denotes	Moreover, the organ-specific quantitative changes in gene expression levels may play a critical role for regulating plant organ formation.

Oryza_sentences

Id	Subject	Object	Predicate	Lexical cue
T1	0-99	Sentence	denotes	Molecular analysis of early rice stamen development using organ-specific gene expression profiling.
T2	100-273	Sentence	denotes	Elucidating the regulatory mechanisms of plant organ formation is an important component of plant developmental biology and will be useful for crop improvement applications.
T3	274-474	Sentence	denotes	Plant organ formation, or organogenesis, occurs when a group of primordial cells differentiates into an organ, through a well-orchestrated series of events, with a given shape, structure and function.
T4	475-606	Sentence	denotes	Research over the past two decades has elucidated the molecular mechanisms of organ identity and dorsalventral axis determinations.
T5	607-699	Sentence	denotes	However, little is known about the molecular mechanisms underlying the successive processes.
T6	700-890	Sentence	denotes	To develop an effective approach for studying organ formation at the molecular level, we generated organ-specific gene expression profiles (GEPs) reflecting early development in rice stamen.
T7	891-1074	Sentence	denotes	In this study, we demonstrated that the GEPs are highly correlated with early stamen development, suggesting that this analysis is useful for dissecting stamen development regulation.
T8	1075-1278	Sentence	denotes	Based on the molecular and morphological correlation, we found that over 26 genes, that were preferentially up-regulated during early stamen development, may participate in stamen development regulation.
T9	1279-1521	Sentence	denotes	In addition, we found that differentially expressed genes during early stamen development are clustered into two clades, suggesting that stamen development may comprise of two distinct phases of pattern formation and cellular differentiation.
T10	1522-1660	Sentence	denotes	Moreover, the organ-specific quantitative changes in gene expression levels may play a critical role for regulating plant organ formation.