#floraldevelopment search results

#SeedBio FQM explains floral organ identity via ABCDE genes; rice spikelet non-reproductive organs need more study. @PlantSciRes @AbioticStress #FloralDevelopment #ABCDEGenes Details: maxapress.com/article/doi/10…

MaximumAcademic's tweet image. #SeedBio
FQM explains floral organ identity via ABCDE genes; rice spikelet non-reproductive organs need more study.
@PlantSciRes @AbioticStress #FloralDevelopment #ABCDEGenes
Details: maxapress.com/article/doi/10…

#OPR Study defines 6 floral bud stages in Fritillaria, identifying 44 key genes regulating development via circadian, hormone & metabolic pathways. @MaximumAcademic @NewPhyt #FloralDevelopment #Fritillaria Details: maxapress.com/article/doi/10…

HortiPlant's tweet image. #OPR
Study defines 6 floral bud stages in Fritillaria, identifying 44 key genes regulating development via circadian, hormone & metabolic pathways. 
@MaximumAcademic @NewPhyt #FloralDevelopment #Fritillaria
Details: maxapress.com/article/doi/10…

#OPR Study defines 6 floral bud stages in Fritillaria, identifying 44 key genes regulating development via circadian, hormone & metabolic pathways. @HortiPlant @NewPhyt #FloralDevelopment #Fritillaria Details: maxapress.com/article/doi/10…

MaximumAcademic's tweet image. #OPR
Study defines 6 floral bud stages in Fritillaria, identifying 44 key genes regulating development via circadian, hormone & metabolic pathways. 
@HortiPlant @NewPhyt #FloralDevelopment #Fritillaria
Details: maxapress.com/article/doi/10…

🚅Advance Access💐🎋 Novel insights into #FloralDevelopment... Using the #rice "asura" mutant with increased #stigma numbers, Shimada et al. suggest that SCP5 regulates the number of stigmas through the proteins involved in floral morphology. doi.org/10.1093/pcp/pc… #Plantsci

PCP_EIC's tweet image. 🚅Advance Access💐🎋

Novel insights into #FloralDevelopment...

Using the #rice "asura" mutant with increased #stigma numbers,  Shimada et al. suggest that SCP5 regulates the number of stigmas through the proteins involved in floral morphology.

doi.org/10.1093/pcp/pc…
#Plantsci
PCP_EIC's tweet image. 🚅Advance Access💐🎋

Novel insights into #FloralDevelopment...

Using the #rice "asura" mutant with increased #stigma numbers,  Shimada et al. suggest that SCP5 regulates the number of stigmas through the proteins involved in floral morphology.

doi.org/10.1093/pcp/pc…
#Plantsci

Comparative floral development reveals novel aspects of structure and diversity of flowers in #Cannabaceae. #FloralDevelopment #Cannabis #Celtis #Trema #EvoDevo. Leme et al. doi.org/10.1093/botlin…

BotJLinnSoc's tweet image. Comparative floral development reveals novel aspects of structure and diversity of flowers in #Cannabaceae. #FloralDevelopment #Cannabis #Celtis #Trema #EvoDevo.
Leme et al.  doi.org/10.1093/botlin…

Single-cell atlas reveals cell-specific gene expression driving floral volatile synthesis in Prunus mume petals. #PlantScent #CellTypeSpecificity #FloralDevelopment @OxfordJournals Details:doi.org/10.1093/hr/uha…

Hortres's tweet image. Single-cell atlas reveals cell-specific gene expression driving floral volatile synthesis in Prunus mume petals. #PlantScent #CellTypeSpecificity #FloralDevelopment @OxfordJournals 
Details:doi.org/10.1093/hr/uha…

#OPR New insight: male sweet osmanthus pistil sterility explained! New study unveils structural and molecular differences, unraveling this mystery.#PlantScience #FloralDevelopment @MaximumAcademic Details: maxapress.com/article/doi/10…

HortiPlant's tweet image. #OPR
 New insight: male sweet osmanthus pistil sterility explained! New study unveils structural and molecular differences, unraveling this mystery.#PlantScience #FloralDevelopment
@MaximumAcademic

Details:  maxapress.com/article/doi/10…

In sweet osmanthus, pistil abortion in male plants is linked to lower expression of carpel development genes CRC, AG, and AGL11. @MaximumAcademic @Stressed_plants @AbioticStress @PlantCellEnvir #OPR #PlantBiology #FloralDevelopment Details: maxapress.com/article/doi/10…

HortiPlant's tweet image. In sweet osmanthus, pistil abortion in male plants is linked to lower expression of carpel development genes CRC, AG, and AGL11. 

@MaximumAcademic @Stressed_plants @AbioticStress @PlantCellEnvir #OPR #PlantBiology #FloralDevelopment 

Details: maxapress.com/article/doi/10…

Carnation SEP genes show varied expression and interaction patterns, influencing floral development and potentially sub-functionalized. @MaximumAcademic @Stressed_plants @AbioticStress @PlantCellEnvir #OPR #PlantGenetics #FloralDevelopment Details: maxapress.com/article/doi/10…

HortiPlant's tweet image. Carnation SEP genes show varied expression and interaction patterns, influencing floral development and potentially sub-functionalized. 

@MaximumAcademic @Stressed_plants @AbioticStress @PlantCellEnvir #OPR #PlantGenetics #FloralDevelopment

Details: maxapress.com/article/doi/10…

#OPR In sweet osmanthus, pistil abortion in male plants is linked to lower expression of carpel development genes CRC, AG, and AGL11. @HortiPlant #PlantBiology #FloralDevelopment Details: maxapress.com/article/doi/10…

MaximumAcademic's tweet image. #OPR 

In sweet osmanthus, pistil abortion in male plants is linked to lower expression of carpel development genes CRC, AG, and AGL11.

@HortiPlant #PlantBiology #FloralDevelopment   

Details: maxapress.com/article/doi/10…

#OPR #PlantScience #FloralDevelopment New insight: male sweet osmanthus pistil sterility explained! New study unveils structural and molecular differences, unraveling this mystery. @HortiPlant Details: maxapress.com/article/doi/10…

MaximumAcademic's tweet image. #OPR #PlantScience #FloralDevelopment 

New insight: male sweet osmanthus pistil sterility explained! New study unveils structural and molecular differences, unraveling this mystery.

@HortiPlant 

Details:  maxapress.com/article/doi/10…

#OPR Carnation SEP genes show varied expression and interaction patterns, influencing floral development and potentially sub-functionalized. @HortiPlant #PlantGenetics #FloralDevelopment Details: maxapress.com/article/doi/10…

MaximumAcademic's tweet image. #OPR 

Carnation SEP genes show varied expression and interaction patterns, influencing floral development and potentially sub-functionalized.

@HortiPlant #PlantGenetics #FloralDevelopment 

Details: maxapress.com/article/doi/10…

#SeedBio FQM explains floral organ identity via ABCDE genes; rice spikelet non-reproductive organs need more study. @MaximumAcademic #FloralDevelopment #ABCDEGenes @AbioticStress Details: maxapress.com/article/doi/10…

PlantSciRes's tweet image. #SeedBio

FQM explains floral organ identity via ABCDE genes; rice spikelet non-reproductive organs need more study.

@MaximumAcademic #FloralDevelopment #ABCDEGenes @AbioticStress

Details: maxapress.com/article/doi/10…

Presence of intercalary meristems in early #floraldevelopment stages responsible for plasticity in #Melastomataceae amjbot.org/content/early/…


The next Melastome seminar is about to happen! Come and see!!! João Paulo Basso-Alves will talk on floral development on November 10th, 9am (Eastern time - US and Canada). Registration link at: melastomeseminars.weebly.com/upcoming-semin… #Melastomataceae #flowers #floraldevelopment

viniduartina's tweet image. The next Melastome seminar is about to happen! Come and see!!! João Paulo Basso-Alves will talk on floral development on November 10th, 9am (Eastern time - US and Canada). Registration link at: melastomeseminars.weebly.com/upcoming-semin… #Melastomataceae #flowers #floraldevelopment
viniduartina's tweet image. The next Melastome seminar is about to happen! Come and see!!! João Paulo Basso-Alves will talk on floral development on November 10th, 9am (Eastern time - US and Canada). Registration link at: melastomeseminars.weebly.com/upcoming-semin… #Melastomataceae #flowers #floraldevelopment

Inflorescence and floral development of Dipteronia sinensis (#Sapindaceae): Demonstration of developmental constraints in the shaping of the flower - out now: doi.org/10.1016/j.flor… #plantdevelopment #floraldevelopment


Excited to share our latest research on using phylogenomic analysis to explore gene evolution of crucial transcription factors and their impact on floral development in Asteraceae family species. #EvolutionaryBiology #DandelionSequencing #FloralDevelopment #Phylogenomics

New Research: Phylogenomic analysis provides insights into MADS-box and TCP gene diversification and floral development of the Asteraceae, supported by de novo genome and transcriptome sequences from dandelion (Taraxacum officinale) #PlantScience #PlantSci frontiersin.org/articles/10.33…



#SeedBio FQM explains floral organ identity via ABCDE genes; rice spikelet non-reproductive organs need more study. @PlantSciRes @AbioticStress #FloralDevelopment #ABCDEGenes Details: maxapress.com/article/doi/10…

MaximumAcademic's tweet image. #SeedBio
FQM explains floral organ identity via ABCDE genes; rice spikelet non-reproductive organs need more study.
@PlantSciRes @AbioticStress #FloralDevelopment #ABCDEGenes
Details: maxapress.com/article/doi/10…

#OPR Study defines 6 floral bud stages in Fritillaria, identifying 44 key genes regulating development via circadian, hormone & metabolic pathways. @HortiPlant @NewPhyt #FloralDevelopment #Fritillaria Details: maxapress.com/article/doi/10…

MaximumAcademic's tweet image. #OPR
Study defines 6 floral bud stages in Fritillaria, identifying 44 key genes regulating development via circadian, hormone & metabolic pathways. 
@HortiPlant @NewPhyt #FloralDevelopment #Fritillaria
Details: maxapress.com/article/doi/10…

#OPR Study defines 6 floral bud stages in Fritillaria, identifying 44 key genes regulating development via circadian, hormone & metabolic pathways. @MaximumAcademic @NewPhyt #FloralDevelopment #Fritillaria Details: maxapress.com/article/doi/10…

HortiPlant's tweet image. #OPR
Study defines 6 floral bud stages in Fritillaria, identifying 44 key genes regulating development via circadian, hormone & metabolic pathways. 
@MaximumAcademic @NewPhyt #FloralDevelopment #Fritillaria
Details: maxapress.com/article/doi/10…

#SeedBio FQM explains floral organ identity via ABCDE genes; rice spikelet non-reproductive organs need more study. @MaximumAcademic #FloralDevelopment #ABCDEGenes @AbioticStress Details: maxapress.com/article/doi/10…

PlantSciRes's tweet image. #SeedBio

FQM explains floral organ identity via ABCDE genes; rice spikelet non-reproductive organs need more study.

@MaximumAcademic #FloralDevelopment #ABCDEGenes @AbioticStress

Details: maxapress.com/article/doi/10…

🚅Advance Access💐🎋 Novel insights into #FloralDevelopment... Using the #rice "asura" mutant with increased #stigma numbers, Shimada et al. suggest that SCP5 regulates the number of stigmas through the proteins involved in floral morphology. doi.org/10.1093/pcp/pc… #Plantsci

PCP_EIC's tweet image. 🚅Advance Access💐🎋

Novel insights into #FloralDevelopment...

Using the #rice "asura" mutant with increased #stigma numbers,  Shimada et al. suggest that SCP5 regulates the number of stigmas through the proteins involved in floral morphology.

doi.org/10.1093/pcp/pc…
#Plantsci
PCP_EIC's tweet image. 🚅Advance Access💐🎋

Novel insights into #FloralDevelopment...

Using the #rice "asura" mutant with increased #stigma numbers,  Shimada et al. suggest that SCP5 regulates the number of stigmas through the proteins involved in floral morphology.

doi.org/10.1093/pcp/pc…
#Plantsci

#OPR In sweet osmanthus, pistil abortion in male plants is linked to lower expression of carpel development genes CRC, AG, and AGL11. @HortiPlant #PlantBiology #FloralDevelopment Details: maxapress.com/article/doi/10…

MaximumAcademic's tweet image. #OPR 

In sweet osmanthus, pistil abortion in male plants is linked to lower expression of carpel development genes CRC, AG, and AGL11.

@HortiPlant #PlantBiology #FloralDevelopment   

Details: maxapress.com/article/doi/10…

#OPR Carnation SEP genes show varied expression and interaction patterns, influencing floral development and potentially sub-functionalized. @HortiPlant #PlantGenetics #FloralDevelopment Details: maxapress.com/article/doi/10…

MaximumAcademic's tweet image. #OPR 

Carnation SEP genes show varied expression and interaction patterns, influencing floral development and potentially sub-functionalized.

@HortiPlant #PlantGenetics #FloralDevelopment 

Details: maxapress.com/article/doi/10…

In sweet osmanthus, pistil abortion in male plants is linked to lower expression of carpel development genes CRC, AG, and AGL11. @MaximumAcademic @Stressed_plants @AbioticStress @PlantCellEnvir #OPR #PlantBiology #FloralDevelopment Details: maxapress.com/article/doi/10…

HortiPlant's tweet image. In sweet osmanthus, pistil abortion in male plants is linked to lower expression of carpel development genes CRC, AG, and AGL11. 

@MaximumAcademic @Stressed_plants @AbioticStress @PlantCellEnvir #OPR #PlantBiology #FloralDevelopment 

Details: maxapress.com/article/doi/10…

Carnation SEP genes show varied expression and interaction patterns, influencing floral development and potentially sub-functionalized. @MaximumAcademic @Stressed_plants @AbioticStress @PlantCellEnvir #OPR #PlantGenetics #FloralDevelopment Details: maxapress.com/article/doi/10…

HortiPlant's tweet image. Carnation SEP genes show varied expression and interaction patterns, influencing floral development and potentially sub-functionalized. 

@MaximumAcademic @Stressed_plants @AbioticStress @PlantCellEnvir #OPR #PlantGenetics #FloralDevelopment

Details: maxapress.com/article/doi/10…

Single-cell atlas reveals cell-specific gene expression driving floral volatile synthesis in Prunus mume petals. #PlantScent #CellTypeSpecificity #FloralDevelopment @OxfordJournals Details:doi.org/10.1093/hr/uha…

Hortres's tweet image. Single-cell atlas reveals cell-specific gene expression driving floral volatile synthesis in Prunus mume petals. #PlantScent #CellTypeSpecificity #FloralDevelopment @OxfordJournals 
Details:doi.org/10.1093/hr/uha…

#OPR #PlantScience #FloralDevelopment New insight: male sweet osmanthus pistil sterility explained! New study unveils structural and molecular differences, unraveling this mystery. @HortiPlant Details: maxapress.com/article/doi/10…

MaximumAcademic's tweet image. #OPR #PlantScience #FloralDevelopment 

New insight: male sweet osmanthus pistil sterility explained! New study unveils structural and molecular differences, unraveling this mystery.

@HortiPlant 

Details:  maxapress.com/article/doi/10…

#OPR New insight: male sweet osmanthus pistil sterility explained! New study unveils structural and molecular differences, unraveling this mystery.#PlantScience #FloralDevelopment @MaximumAcademic Details: maxapress.com/article/doi/10…

HortiPlant's tweet image. #OPR
 New insight: male sweet osmanthus pistil sterility explained! New study unveils structural and molecular differences, unraveling this mystery.#PlantScience #FloralDevelopment
@MaximumAcademic

Details:  maxapress.com/article/doi/10…

Excited to share our latest research on using phylogenomic analysis to explore gene evolution of crucial transcription factors and their impact on floral development in Asteraceae family species. #EvolutionaryBiology #DandelionSequencing #FloralDevelopment #Phylogenomics

New Research: Phylogenomic analysis provides insights into MADS-box and TCP gene diversification and floral development of the Asteraceae, supported by de novo genome and transcriptome sequences from dandelion (Taraxacum officinale) #PlantScience #PlantSci frontiersin.org/articles/10.33…



The next Melastome seminar is about to happen! Come and see!!! João Paulo Basso-Alves will talk on floral development on November 10th, 9am (Eastern time - US and Canada). Registration link at: melastomeseminars.weebly.com/upcoming-semin… #Melastomataceae #flowers #floraldevelopment

viniduartina's tweet image. The next Melastome seminar is about to happen! Come and see!!! João Paulo Basso-Alves will talk on floral development on November 10th, 9am (Eastern time - US and Canada). Registration link at: melastomeseminars.weebly.com/upcoming-semin… #Melastomataceae #flowers #floraldevelopment
viniduartina's tweet image. The next Melastome seminar is about to happen! Come and see!!! João Paulo Basso-Alves will talk on floral development on November 10th, 9am (Eastern time - US and Canada). Registration link at: melastomeseminars.weebly.com/upcoming-semin… #Melastomataceae #flowers #floraldevelopment

Inflorescence and floral development of Dipteronia sinensis (#Sapindaceae): Demonstration of developmental constraints in the shaping of the flower - out now: doi.org/10.1016/j.flor… #plantdevelopment #floraldevelopment


Comparative floral development reveals novel aspects of structure and diversity of flowers in #Cannabaceae. #FloralDevelopment #Cannabis #Celtis #Trema #EvoDevo. Leme et al. doi.org/10.1093/botlin…

BotJLinnSoc's tweet image. Comparative floral development reveals novel aspects of structure and diversity of flowers in #Cannabaceae. #FloralDevelopment #Cannabis #Celtis #Trema #EvoDevo.
Leme et al.  doi.org/10.1093/botlin…

No results for "#floraldevelopment"

Comparative floral development reveals novel aspects of structure and diversity of flowers in #Cannabaceae. #FloralDevelopment #Cannabis #Celtis #Trema #EvoDevo. Leme et al. doi.org/10.1093/botlin…

BotJLinnSoc's tweet image. Comparative floral development reveals novel aspects of structure and diversity of flowers in #Cannabaceae. #FloralDevelopment #Cannabis #Celtis #Trema #EvoDevo.
Leme et al.  doi.org/10.1093/botlin…

#SeedBio FQM explains floral organ identity via ABCDE genes; rice spikelet non-reproductive organs need more study. @PlantSciRes @AbioticStress #FloralDevelopment #ABCDEGenes Details: maxapress.com/article/doi/10…

MaximumAcademic's tweet image. #SeedBio
FQM explains floral organ identity via ABCDE genes; rice spikelet non-reproductive organs need more study.
@PlantSciRes @AbioticStress #FloralDevelopment #ABCDEGenes
Details: maxapress.com/article/doi/10…

Single-cell atlas reveals cell-specific gene expression driving floral volatile synthesis in Prunus mume petals. #PlantScent #CellTypeSpecificity #FloralDevelopment @OxfordJournals Details:doi.org/10.1093/hr/uha…

Hortres's tweet image. Single-cell atlas reveals cell-specific gene expression driving floral volatile synthesis in Prunus mume petals. #PlantScent #CellTypeSpecificity #FloralDevelopment @OxfordJournals 
Details:doi.org/10.1093/hr/uha…

🚅Advance Access💐🎋 Novel insights into #FloralDevelopment... Using the #rice "asura" mutant with increased #stigma numbers, Shimada et al. suggest that SCP5 regulates the number of stigmas through the proteins involved in floral morphology. doi.org/10.1093/pcp/pc… #Plantsci

PCP_EIC's tweet image. 🚅Advance Access💐🎋

Novel insights into #FloralDevelopment...

Using the #rice "asura" mutant with increased #stigma numbers,  Shimada et al. suggest that SCP5 regulates the number of stigmas through the proteins involved in floral morphology.

doi.org/10.1093/pcp/pc…
#Plantsci
PCP_EIC's tweet image. 🚅Advance Access💐🎋

Novel insights into #FloralDevelopment...

Using the #rice "asura" mutant with increased #stigma numbers,  Shimada et al. suggest that SCP5 regulates the number of stigmas through the proteins involved in floral morphology.

doi.org/10.1093/pcp/pc…
#Plantsci

Carnation SEP genes show varied expression and interaction patterns, influencing floral development and potentially sub-functionalized. @MaximumAcademic @Stressed_plants @AbioticStress @PlantCellEnvir #OPR #PlantGenetics #FloralDevelopment Details: maxapress.com/article/doi/10…

HortiPlant's tweet image. Carnation SEP genes show varied expression and interaction patterns, influencing floral development and potentially sub-functionalized. 

@MaximumAcademic @Stressed_plants @AbioticStress @PlantCellEnvir #OPR #PlantGenetics #FloralDevelopment

Details: maxapress.com/article/doi/10…

In sweet osmanthus, pistil abortion in male plants is linked to lower expression of carpel development genes CRC, AG, and AGL11. @MaximumAcademic @Stressed_plants @AbioticStress @PlantCellEnvir #OPR #PlantBiology #FloralDevelopment Details: maxapress.com/article/doi/10…

HortiPlant's tweet image. In sweet osmanthus, pistil abortion in male plants is linked to lower expression of carpel development genes CRC, AG, and AGL11. 

@MaximumAcademic @Stressed_plants @AbioticStress @PlantCellEnvir #OPR #PlantBiology #FloralDevelopment 

Details: maxapress.com/article/doi/10…

#OPR Study defines 6 floral bud stages in Fritillaria, identifying 44 key genes regulating development via circadian, hormone & metabolic pathways. @MaximumAcademic @NewPhyt #FloralDevelopment #Fritillaria Details: maxapress.com/article/doi/10…

HortiPlant's tweet image. #OPR
Study defines 6 floral bud stages in Fritillaria, identifying 44 key genes regulating development via circadian, hormone & metabolic pathways. 
@MaximumAcademic @NewPhyt #FloralDevelopment #Fritillaria
Details: maxapress.com/article/doi/10…

#OPR New insight: male sweet osmanthus pistil sterility explained! New study unveils structural and molecular differences, unraveling this mystery.#PlantScience #FloralDevelopment @MaximumAcademic Details: maxapress.com/article/doi/10…

HortiPlant's tweet image. #OPR
 New insight: male sweet osmanthus pistil sterility explained! New study unveils structural and molecular differences, unraveling this mystery.#PlantScience #FloralDevelopment
@MaximumAcademic

Details:  maxapress.com/article/doi/10…

#OPR Study defines 6 floral bud stages in Fritillaria, identifying 44 key genes regulating development via circadian, hormone & metabolic pathways. @HortiPlant @NewPhyt #FloralDevelopment #Fritillaria Details: maxapress.com/article/doi/10…

MaximumAcademic's tweet image. #OPR
Study defines 6 floral bud stages in Fritillaria, identifying 44 key genes regulating development via circadian, hormone & metabolic pathways. 
@HortiPlant @NewPhyt #FloralDevelopment #Fritillaria
Details: maxapress.com/article/doi/10…

#SeedBio FQM explains floral organ identity via ABCDE genes; rice spikelet non-reproductive organs need more study. @MaximumAcademic #FloralDevelopment #ABCDEGenes @AbioticStress Details: maxapress.com/article/doi/10…

PlantSciRes's tweet image. #SeedBio

FQM explains floral organ identity via ABCDE genes; rice spikelet non-reproductive organs need more study.

@MaximumAcademic #FloralDevelopment #ABCDEGenes @AbioticStress

Details: maxapress.com/article/doi/10…

#OPR In sweet osmanthus, pistil abortion in male plants is linked to lower expression of carpel development genes CRC, AG, and AGL11. @HortiPlant #PlantBiology #FloralDevelopment Details: maxapress.com/article/doi/10…

MaximumAcademic's tweet image. #OPR 

In sweet osmanthus, pistil abortion in male plants is linked to lower expression of carpel development genes CRC, AG, and AGL11.

@HortiPlant #PlantBiology #FloralDevelopment   

Details: maxapress.com/article/doi/10…

The next Melastome seminar is about to happen! Come and see!!! João Paulo Basso-Alves will talk on floral development on November 10th, 9am (Eastern time - US and Canada). Registration link at: melastomeseminars.weebly.com/upcoming-semin… #Melastomataceae #flowers #floraldevelopment

viniduartina's tweet image. The next Melastome seminar is about to happen! Come and see!!! João Paulo Basso-Alves will talk on floral development on November 10th, 9am (Eastern time - US and Canada). Registration link at: melastomeseminars.weebly.com/upcoming-semin… #Melastomataceae #flowers #floraldevelopment
viniduartina's tweet image. The next Melastome seminar is about to happen! Come and see!!! João Paulo Basso-Alves will talk on floral development on November 10th, 9am (Eastern time - US and Canada). Registration link at: melastomeseminars.weebly.com/upcoming-semin… #Melastomataceae #flowers #floraldevelopment

#OPR Carnation SEP genes show varied expression and interaction patterns, influencing floral development and potentially sub-functionalized. @HortiPlant #PlantGenetics #FloralDevelopment Details: maxapress.com/article/doi/10…

MaximumAcademic's tweet image. #OPR 

Carnation SEP genes show varied expression and interaction patterns, influencing floral development and potentially sub-functionalized.

@HortiPlant #PlantGenetics #FloralDevelopment 

Details: maxapress.com/article/doi/10…

#OPR #PlantScience #FloralDevelopment New insight: male sweet osmanthus pistil sterility explained! New study unveils structural and molecular differences, unraveling this mystery. @HortiPlant Details: maxapress.com/article/doi/10…

MaximumAcademic's tweet image. #OPR #PlantScience #FloralDevelopment 

New insight: male sweet osmanthus pistil sterility explained! New study unveils structural and molecular differences, unraveling this mystery.

@HortiPlant 

Details:  maxapress.com/article/doi/10…

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