<p>(A) Foxtail millet upper lemma produces papillae. (B) Common millet upper lemma does not produce papillae.</p
<p>(A) The rate of full silique in GmPG031<sup>289H</sup> plants was higher than that in GmPG031<sup...
Silicon (Si) accumulation in organs and cells is one of the most prominent characteristics of plants...
Silica is ubiquitous in plants and can constitute up to 10% of plant dry mass, varying with phylogen...
<p>(A) Heavy silicon surface ridgy line sculpture in different Ω-types from Foxtail millet. (B) Surf...
<p>(A) Weak papillae formed on surfaces of the upper lemma are peculiar to some <i>S. italica</i>. (...
<p>Papillae distribution on surfaces of the upper lemmas from foxtail millet and green foxtail.</p
<p>Comparison of the characteristics of phytoliths in inflorescences bracts for the Foxtail millet a...
<p>Comparison of undulated patterns of silicified epidermal long cells in different parts of the upp...
<p>(A) Transection of lemma and palea of <i>P. miliaceum</i> showing the following: es: extracellula...
<p>(A) Transection of lemma and palea of <i>S. italica</i> showing the following: es: extracellular ...
Foxtail millet (Setaria italica) is one of the oldest domesticated cereal crops in Eurasia, but iden...
Foxtail millet (Setaria italica) and Common millet (Panicum miliaceum) are the oldest domesticated d...
<p>Data are mean ± s.e., n = 4. Different letters indicate a significant difference between Si treat...
<p>(A), (B), and (C) showing the different designs of phytoliths at center, base, and side of lemma ...
Variations of agro-morphological traits in the pearl millet inbred panel used in this study.</p
<p>(A) The rate of full silique in GmPG031<sup>289H</sup> plants was higher than that in GmPG031<sup...
Silicon (Si) accumulation in organs and cells is one of the most prominent characteristics of plants...
Silica is ubiquitous in plants and can constitute up to 10% of plant dry mass, varying with phylogen...
<p>(A) Heavy silicon surface ridgy line sculpture in different Ω-types from Foxtail millet. (B) Surf...
<p>(A) Weak papillae formed on surfaces of the upper lemma are peculiar to some <i>S. italica</i>. (...
<p>Papillae distribution on surfaces of the upper lemmas from foxtail millet and green foxtail.</p
<p>Comparison of the characteristics of phytoliths in inflorescences bracts for the Foxtail millet a...
<p>Comparison of undulated patterns of silicified epidermal long cells in different parts of the upp...
<p>(A) Transection of lemma and palea of <i>P. miliaceum</i> showing the following: es: extracellula...
<p>(A) Transection of lemma and palea of <i>S. italica</i> showing the following: es: extracellular ...
Foxtail millet (Setaria italica) is one of the oldest domesticated cereal crops in Eurasia, but iden...
Foxtail millet (Setaria italica) and Common millet (Panicum miliaceum) are the oldest domesticated d...
<p>Data are mean ± s.e., n = 4. Different letters indicate a significant difference between Si treat...
<p>(A), (B), and (C) showing the different designs of phytoliths at center, base, and side of lemma ...
Variations of agro-morphological traits in the pearl millet inbred panel used in this study.</p
<p>(A) The rate of full silique in GmPG031<sup>289H</sup> plants was higher than that in GmPG031<sup...
Silicon (Si) accumulation in organs and cells is one of the most prominent characteristics of plants...
Silica is ubiquitous in plants and can constitute up to 10% of plant dry mass, varying with phylogen...
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