A to E) Apices of non-transgenic plants. F to J) Apices of UBIpro:ZmCCT10 plants. K to N) Apices of BSVpro:ZmCCT10 plants. A, F, K) Shoot apical meristem (SAM) at the vegetative stage. B, G) Inflorescence meristem (IM). C, H) Branch meristem (BM) initiation. D, I, L) Developing tassel (DT), the stage when all BM are initiated and branches continue to initiate spikelet pair (SPM) and spikelet meristems (SM). E, J, M) Immature tassel (IT), the stage of tassel growth when all spikelets are initiated and meristems are consumed. (N) The apex with combination of the tassel spike (arrowhead) and emerging plantlets (stars). Scale bars (A, B, C, F, G, H, K, N) = 500 mm, (D, E, I, J, L, M) = 1 mm.</p
<p>In images (A) to (C) and (E) to (K) Col-0 wild type is shown on the left side while amiR-SSU1-B l...
All Arabidopsis plants were planted in the same environment, and the inflorescence stems were obtain...
<p>A. Time course of establishment of transgenic T<sub>0</sub> plants from cotyledonary node explant...
Panel images are arranged in the following horizontal order—Row 1: Total view of apex of plant, Row ...
A) Image of a non-transgenic (NTG) Gaspé Flint line used for transformation. B) UBIpro:ZmCCT10 trans...
A) DLF1 and B) ZmSOC1, floral transition genes. C) ZCN2, maize homolog of Arabidopsis TFL1, a repres...
<p>(A) Propidium iodide stained transverse section of transgenic and control plants showing well in...
A) Internode length by node position, B) leaf length by leaf position, C) leaf width by leaf positio...
<p>Abaxial sepals start to grow out first (middle and right image). (B) Growth patterns and gene exp...
<p>A-C: Morphology of wild-type (A), <i>35S</i>::<i>MIR394a</i> (B) and <i>35S</i>::<i>m5LCR</i> (C)...
Figure S1. Histochemical localization of GUS activity in anthers of pP5CS1:GUS and pP5CS2:GUS transg...
Figure S3. Histochemical localization of GUS activity in anthers of p35S:GUS, pLtp12:GUS and p17340:...
<p><b>A–F</b> Median longitudinal histological sections of juvenile (14-day-old) wild-type B73 (<b>A...
(A-D) Flowers at anthesis of (A) L-er, (B) shp1-1 shp2-1, (C) ag-10, and (D) ag-10 shp1-1 shp2-1. So...
<p>(A, B) Cotyledon and leaf phenotypes of seven-day-old seedlings. (C) Flowering stage. (D) Plant h...
<p>In images (A) to (C) and (E) to (K) Col-0 wild type is shown on the left side while amiR-SSU1-B l...
All Arabidopsis plants were planted in the same environment, and the inflorescence stems were obtain...
<p>A. Time course of establishment of transgenic T<sub>0</sub> plants from cotyledonary node explant...
Panel images are arranged in the following horizontal order—Row 1: Total view of apex of plant, Row ...
A) Image of a non-transgenic (NTG) Gaspé Flint line used for transformation. B) UBIpro:ZmCCT10 trans...
A) DLF1 and B) ZmSOC1, floral transition genes. C) ZCN2, maize homolog of Arabidopsis TFL1, a repres...
<p>(A) Propidium iodide stained transverse section of transgenic and control plants showing well in...
A) Internode length by node position, B) leaf length by leaf position, C) leaf width by leaf positio...
<p>Abaxial sepals start to grow out first (middle and right image). (B) Growth patterns and gene exp...
<p>A-C: Morphology of wild-type (A), <i>35S</i>::<i>MIR394a</i> (B) and <i>35S</i>::<i>m5LCR</i> (C)...
Figure S1. Histochemical localization of GUS activity in anthers of pP5CS1:GUS and pP5CS2:GUS transg...
Figure S3. Histochemical localization of GUS activity in anthers of p35S:GUS, pLtp12:GUS and p17340:...
<p><b>A–F</b> Median longitudinal histological sections of juvenile (14-day-old) wild-type B73 (<b>A...
(A-D) Flowers at anthesis of (A) L-er, (B) shp1-1 shp2-1, (C) ag-10, and (D) ag-10 shp1-1 shp2-1. So...
<p>(A, B) Cotyledon and leaf phenotypes of seven-day-old seedlings. (C) Flowering stage. (D) Plant h...
<p>In images (A) to (C) and (E) to (K) Col-0 wild type is shown on the left side while amiR-SSU1-B l...
All Arabidopsis plants were planted in the same environment, and the inflorescence stems were obtain...
<p>A. Time course of establishment of transgenic T<sub>0</sub> plants from cotyledonary node explant...