Sub1a

The rice SUB1A gene Making adaptation to submergence and post

Model of SUB1A Mediated Response to the Natural Progression of Abiotic

Result showing 3D structure of Sub1A protein predicted by ITASSER The

Sub1A is an ethyleneresponsefactorlike gene that confers submergence

SUB1A Increases ABA Responsiveness at the mRNA Accumulation Level

Figure 1 from The Submergence Tolerance Gene SUB1A Delays Leaf

SUB1A restricts leaf senescence and maintains photosynthesis capability

Role of SUB1A in quiescence during flooding conditions in rice

SUB1A Further Increases mRNA Accumulation of Genes Involved in

Figure 2 from Expression of rice SUB1A and SUB1C transcription factors

Sub1A dampens GA response during submergence A and B Relative

SUB1A Enhances Tolerance to Oxidative Stress Download Scientific Diagram

The Submergence Tolerance Regulator Sub1A Mediates StressResponsive

Sub1A restricts GAdependent processes and GA response A Germination

PDF Rice SUB1A constrains remodelling of the transcriptome and

SUB1A Increases ABA Responsiveness Download Scientific Diagram

Differential expression of Sub1A and Sub1C influencing elongation

Rice SUB1A constrains remodelling of the transcriptome and metabolome

SUB1A Enhances mRNA Accumulation of Genes Associated with Acclimation

SUB1A restricts leaf senescence and maintains photosynthesis capability

Comparing expression of Sub1A and Sub1C and elongation and survival in

SUB1A Confers Drought Tolerance to Rice Download Scientific Diagram

Submergence Gene Sub1A Transfer into DroughtTolerant japonica Rice DT3

Rice SUB1A constrains remodelling of the transcriptome and metabolome

Temporal and spatial expression analyses of SUB1A and SUB1C Gene

Kmer coverage in the three assemblies across the Sub1A gene In each

Rice Science FR13A and SUB1A in rice International Rice Research

The submergence tolerance regulator SUB1A differentially coordinates

Submergence Gene Sub1A Transfer into DroughtTolerant japonica Rice DT3

SUB1A Enhances mRNA Accumulation of Genes Associated with Acclimation

PDF Expression of rice SUB1A and SUB1C transcription factors in

Assay of reducing sugar content in Swarna Sub1A under Normal control

The submergence tolerance regulator SUB1A differentially coordinates

Differential expression of Sub1A and Sub1C influencing elongation

Revisiting FR13A for submergence tolerance beyond the SUB1A gene PMC

The submergence tolerance regulator SUB1A differentially coordinates

The effect of SUB1A on changes in the levels of nitrate ammonium and

The Submergence Tolerance Regulator Sub1A Mediates StressResponsive

Result showing interaction between 3D structure of Sub1A protein

SUB1A and SUB1C expression in submerged seedling leaves Expression of

Submergence Gene Sub1A Transfer into DroughtTolerant japonica Rice DT3

The submergence tolerance regulator SUB1A differentially coordinates

Figure 2 from The Submergence Tolerance Gene SUB1A Delays Leaf

The Submergence Tolerance Regulator Sub1A Mediates StressResponsive

SUB1A Increases ABA Responsiveness Download Scientific Diagram

La protena SUB1A tiene como factores corriente abajo a miembros de la

Role of SUB1A in quiescence during flooding conditions in rice

Differential Metabolic Regulation Governed by the Rice SUB1A Gene

Rice SUB1A constrains remodelling of the transcriptome and metabolome

Temporal and spatial expression analyses of SUB1A and SUB1C Gene

The Submergence Tolerance Regulator Sub1A Mediates StressResponsive

Size and frequency of different variants of Sub1A and Sub1C alleles

Assay of total carbohydrate content in Swarna Sub1A under Normal

The submergence tolerance regulator SUB1A differentially coordinates

SUB1A Moderates Dehydration Stress That Is Induced upon Desubmergence

The rice SUB1A gene Making adaptation to submergence and post

The effect of SUB1A on changes in the levels of nitrate ammonium and

Assay of α-amylase activity in Swarna Sub1A under Normal (control ...

Assay of amylase activity in Swarna Sub1A under Normal control

PDF Expression of rice SUB1A and SUB1C transcription factors in

Model for Sub1Adependent hormonal regulation of submergence responses

Sub1 haplotypes of O sativa The Sub1 locus encodes two or three

Sub1Amediated regulation of submergence in rice It modulates the

Amino acid alignment of representative Sub1A Sub1B and Sub1C alleles

Model for Ethyleneand GAMediated Regulation of Gene Transcripts

Amino acid alignment of representative Sub1A Sub1B and Sub1C alleles

Sub1Amediated regulation of submergence in rice It modulates the

Results of genomic PCR analysis of the SUB1A SUB1B and SUB1C genes in

Frontiers Beyond the genome the role of functional markers in

Regulatory cascade involving transcriptional and Nend rule pathways in

Figure 1 from Submergence tolerance in rice requires Sub1A an ethylene

Expression of the SUB1A1 ERF66 and ERF67 genes in submerged

RTPCR detection of SUB1A SUB1C and Actin1 transcription in hybrids

Increase in starch concentration by using rice SUB1A1 transcription

Figure 3 from Development and Characterization of Rice Lines Carrying

Full article Growth responses of seedlings under complete submergence

SUB1A1 anchors a regulatory cascade for epigenetic and transcriptional

Summary of Sub1A1medi ated submergence tolerance responses revealed

PCR analysis of the SUB1A1 SK1 and SK2 genes in the deepwater rice

Regulatory cascade involving transcriptional and Nend rule pathways in

SUB1A1 anchors a regulatory cascade for epigenetic and transcriptional

Full article Growth responses of seedlings under complete submergence

In the early 2000s IRRI and its partners discovered SUB1A a gene that

Sub1 QTL 通过硝基氧化调节和植物激素信号传导赋予水稻耐淹性,Plant Physiology and Biochemistry - X-MOL

Sub1 QTL Plant Physiology and Biochemistry XMOL

submergence tolerance in rice sub 1 PPTX

Regulatory cascade involving transcriptional and Nend rule pathways in

Graphical genotypes of the IR64Sub1BC and BR11Sub1A recombinant

PDF SUB1A1 anchors a regulatory cascade for epigenetic and

Molecular marker survey and expression analyses of the rice submergence

Introgression breeding for rice submergence tolerancegeetanjali PPT

SUB1A1 promoterGUS expression analysis Nipponbare plants were

SUB1Amediated submergence tolerance response in rice involves

SUB1A1 promoterGUS expression analysis Nipponbare plants were

ML phylogenetic tree of Sub1A Sub1B and Sub1C genes based on their

Regulatory cascade involving transcriptional and Nend rule pathways in

Genetics of Submergence Tolerance in Rice PPTX Genetics Science

Summary of Sub1A1medi ated submergence tolerance responses revealed

Comparison between the SUB1A1 and SUB1A2 upstream region The SUB1A1

QTL Sub1

PCR detection of Sub1A1 on individual plants of PTGMS line Sub1BS M

SUB1Amediated submergence tolerance response in rice involves

Agarose gel electrophoresis profile of parents A The presence of

Relative transcript levels of SUB1 genes following MeJA or SA

Figure 2 from Development and Characterization of Rice Lines Carrying

PCR detection of Sub1A1 on individual plants of PTGMS line Sub1BS F

Functional assignment of three AP2ERF groups for Sub1A1 function with

The key regulator of submergence tolerance SUB1A promotes

Functional assignment of three AP2ERF groups for Sub1A1 function with

PCR detection of Sub1A1 on individual plants of submergence tolerant

Results of genomic PCR analysis of the SUB1A SUB1B and SUB1C genes in

ML phylogenetic tree of Sub1A Sub1B and Sub1C genes based on their

Haplotype networks for Sub1A Sub1B and Sub1C genes Size of the

Plant Genetics Future of Food by Pamela Ronald

Figure 1 from Development and Characterization of Rice Lines Carrying

ML phylogenetic tree of Sub1A Sub1B and Sub1C genes based on their

PCR detection of Sub1A1 on individual plants of PTGMS line Sub1BS M

The key regulator of submergence tolerance SUB1A promotes

ML phylogenetic tree of Sub1A Sub1B and Sub1C genes based on their

Results of genomic PCR analysis of the SUB1A SUB1B and SUB1C genes in

Allelic sequence variation in the Sub1A Sub1B and Sub1C genes among

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