<p>(A) Lateral view of wild type (WT) and <i>35S::BraLTP1</i> (<i>BraLTP1-22</i>) primary inflorescences. (B) Top view of WT and <i>35S::BraLTP1</i> (<i>BraLTP1-22</i>) inflorescences. (C and D) elongated carpel, outward bending stamen (arrow indicated), and disorganized sepals of open (D) and budded (C) flowers of <i>35S::BraLTP1</i>(<i>BraLTP1-22</i>) vs normal development of WT plants. (E) Silique epidermis of <i>35S::BraLTP1</i> (<i>BraLTP1-22</i>) and WT plants; arrow indicates the longitudinal ridges that all disturbed in different places.</p
FIGURE 3. Rafflesia banaoana. A1. Dissected male flower bud. A2. Flower bud. B. Lateral view of the ...
Information from phylogenetic trees implies zygomorphic flowers have evolved independently from thei...
<p>Abaxial sepals start to grow out first (middle and right image). (B) Growth patterns and gene exp...
<p>(A–C) Bright-field micrographs of dissected flowers shown of (A) wild-type, (B) <i>mug1 mug2</i>,...
<p>(A) Lateral view of L<i>er</i> and P14 6.3 inflorescences. (B, C) Details of abnormal structures ...
<p>The stronger phenotypic lines are shown (A) Comparison of <i>35S::RcMADS1</i> (right) with WT (le...
<p>A, an irregular tetramerous flower bud, arrow highlighting a poorly developed tepal of the inner ...
<p>(A) Phenotypes of <i>brm-3</i>, <i>bp-9</i> and <i>brm-3 bp-9</i> double mutants in pedicel orien...
Morphology is deeply rooted in organismal biology, which in recent years has gone through a steady d...
<p>(A) Representative confocal images of conical cells at flower developmental stages 8–14 of wild t...
<p>A, apical view of a dimerous flower of <i>P</i>. <i>chartacea</i>, bar = 500 μm; B, lateral view ...
<p>Upper graph shows height of plants at 10 weeks. Phenotype of <i>pxy erf109 erf018</i>, <i>pxy erf...
<p>(A) Wild-type and (B) peloric mutant flower. Bar = 1 cm. (C) Scanning electron microscopy of peta...
<p>(A–D) Rosettes of the (A) Landsberg <i>erecta</i> (L<i>er</i>) wild type and the (B) <i>exi1-2</i...
<p>(A) Developmental series of petal size for the indicated genotypes. Flower 1 represents the young...
FIGURE 3. Rafflesia banaoana. A1. Dissected male flower bud. A2. Flower bud. B. Lateral view of the ...
Information from phylogenetic trees implies zygomorphic flowers have evolved independently from thei...
<p>Abaxial sepals start to grow out first (middle and right image). (B) Growth patterns and gene exp...
<p>(A–C) Bright-field micrographs of dissected flowers shown of (A) wild-type, (B) <i>mug1 mug2</i>,...
<p>(A) Lateral view of L<i>er</i> and P14 6.3 inflorescences. (B, C) Details of abnormal structures ...
<p>The stronger phenotypic lines are shown (A) Comparison of <i>35S::RcMADS1</i> (right) with WT (le...
<p>A, an irregular tetramerous flower bud, arrow highlighting a poorly developed tepal of the inner ...
<p>(A) Phenotypes of <i>brm-3</i>, <i>bp-9</i> and <i>brm-3 bp-9</i> double mutants in pedicel orien...
Morphology is deeply rooted in organismal biology, which in recent years has gone through a steady d...
<p>(A) Representative confocal images of conical cells at flower developmental stages 8–14 of wild t...
<p>A, apical view of a dimerous flower of <i>P</i>. <i>chartacea</i>, bar = 500 μm; B, lateral view ...
<p>Upper graph shows height of plants at 10 weeks. Phenotype of <i>pxy erf109 erf018</i>, <i>pxy erf...
<p>(A) Wild-type and (B) peloric mutant flower. Bar = 1 cm. (C) Scanning electron microscopy of peta...
<p>(A–D) Rosettes of the (A) Landsberg <i>erecta</i> (L<i>er</i>) wild type and the (B) <i>exi1-2</i...
<p>(A) Developmental series of petal size for the indicated genotypes. Flower 1 represents the young...
FIGURE 3. Rafflesia banaoana. A1. Dissected male flower bud. A2. Flower bud. B. Lateral view of the ...
Information from phylogenetic trees implies zygomorphic flowers have evolved independently from thei...
<p>Abaxial sepals start to grow out first (middle and right image). (B) Growth patterns and gene exp...