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[HTML][HTML] Reduced fertility caused by meiotic defects and micronuclei formation during microsporogenesis in xBrassicoraphanus

H Shin, HR Park, JE Park, SH Yu, G Yi, JH Kim… - Genes & Genomics, 2021 - Springer
Background Hybridization and polyploidization events are important driving forces in plant
evolution. Allopolyploids formed between different species can be naturally or artificially …
被引用次数：11 相关文章

Reduced fertility caused by meiotic defects and micronuclei formation during microsporogenesis in xBrassicoraphanus

HS Shin, HR Park, JE Park, SH Yu, GB Yi… - Genes and …, 2021 - oldkmbase.medric.or.kr
Background: Hybridization and polyploidization events are important driving forces in plant
evolution. Allopolyploids formed between different species can be naturally or artificially …

Reduced fertility caused by meiotic defects and micronuclei formation during microsporogenesis in xBrassicoraphanus.

H Shin, HR Park, JE Park, SH Yu, G Yi, JH Kim, W Koh… - 2021 - cabidigitallibrary.org
Background: Hybridization and polyploidization events are important driving forces in plant
evolution. Allopolyploids formed between different species can be naturally or artificially …
[HTML] nih.gov

[HTML][HTML] Reduced fertility caused by meiotic defects and micronuclei formation during microsporogenesis in xBrassicoraphanus

H Shin, HR Park, JE Park, SH Yu, G Yi, JH Kim… - Genes & …, 2021 - ncbi.nlm.nih.gov
Background Hybridization and polyploidization events are important driving forces in plant
evolution. Allopolyploids formed between different species can be naturally or artificially …

Reduced fertility caused by meiotic defects and micronuclei formation during microsporogenesis in xBrassicoraphanus.

H Shin, HR Park, JE Park, SH Yu, G Yi, JH Kim… - Genes & …, 2021 - europepmc.org
Background Hybridization and polyploidization events are important driving forces in plant
evolution. Allopolyploids formed between different species can be naturally or artificially …
[PDF] academia.edu

[PDF][PDF] Reduced fertility caused by meiotic defects and micronuclei formation during microsporogenesis in xBrassicoraphanus

H Shin, HR Park, JE Park, SH Yu, G Yi, JH Kim, W Koh… - 2021 - academia.edu
Background Hybridization and polyploidization events are important driving forces in plant
evolution. Allopolyploids formed between different species can be naturally or artificially …

Reduced fertility caused by meiotic defects and micronuclei formation during microsporogenesis in xBrassicoraphanus

H Shin, HR Park, JE Park, SH Yu, G Yi… - Genes & …, 2021 - pubmed.ncbi.nlm.nih.gov
Background Hybridization and polyploidization events are important driving forces in plant
evolution. Allopolyploids formed between different species can be naturally or artificially …

Reduced fertility caused by meiotic defects and micronuclei formation during microsporogenesis in xBrassicoraphanus

H Shin, HR Park, JE Park, SH Yu, G Yi, JH Kim… - Genes & …, 2021 - dbpia.co.kr
Background Hybridization and polyploidization events are important driving forces in plant
evolution. Allopolyploids formed between different species can be naturally or artificially …
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[HTML][HTML] Reduced fertility caused by meiotic defects and micronuclei formation during microsporogenesis in x< em> Brassicoraphanus</em

H Shin, HR Park, JE Park, SH Yu, G Yi, JH Kim, W Koh… - pillintrip.com
Background Hybridization and polyploidization events are important driving forces in plant
evolution. Allopolyploids formed between different species can be naturally or artificially …

[引用][C] Reduced fertility caused by meiotic defects and micronuclei formation during microsporogenesis in xBrassicoraphanus

H Shin, HR Park, JE Park, SH Yu, G Yi, JH Kim, W Koh… - 2021