<p>(a) Pollen tube loaded with fluo-4/AM without La<sup>3+</sup> (control). Pollen tubes after loading with fluo-4/AM followed by the addition of 10 μM La<sup>3+</sup> (b), 100 μM La<sup>3+</sup> (c), and 1 mM La<sup>3+</sup> (d). (e) Pollen tube after loading with fluo-4/AM in the presence of 1 mM La<sup>3+</sup>. Scale bars: 100 μm (a), 90 μm (b and c), 60 μm (d) and 70 μm (e).</p
<p>Calcium Green-1 Dextran microinjection was carried out to further elucidate changes in calcium gr...
(A) A control pollen tube cultured for 2 h, showing the kinked, coiled shape. The arrows indicate th...
<p>(A) Control pollen tubes. (B) Pollen tubes treated with 0.5 mM PBA. (C) PBA treated abnormal poll...
<p>(a, b) Results obtained using a loading time of 15 min and the cell lysis solution (control). (c,...
Pollen tubes grow by spatially and temporally regulated expansion of new material secreted into the ...
Fluorescence ratiometric imaging of Lilium pollen tubes loaded with the Ca2+ indicator Fura-2 dextra...
<p>(a, b) Control pollen tube that was not loaded with fluo-4/AM. (c-h) Pollen tubes loaded with flu...
AbstractStudies have been conducted on the dynamics of Ca2+entry in pollen tubes using ratiometric i...
Fluorescent ratiometric imaging of Lilium longiflorum pollen tubes loaded with the Ca$\sp{2+}$ indic...
<p>(A) Fluo-3/AM staining of pollen tubes cultured in standard medium for 24 h. (B) Fluo-3/AM staini...
<p>Scale bars = 25μm. (A) Fluorescence of calcofluor white showed that cellulose distributed along t...
Controls (A, B, D–G) and IAA-treated (C, H, I) tubes were labelled with calcofluor white. (A–D, F, H...
Calcium ions (Ca2+), protons (H+), and borate (B(OH)4 ±) are essential ions in the control of tip gr...
It is shown that callose synthesis in the Oenothera biennis pollen tube is regulated by the endogeno...
Abstract Ions play a crucial role in the control of pollen tube growth. In this review we focus on f...
<p>Calcium Green-1 Dextran microinjection was carried out to further elucidate changes in calcium gr...
(A) A control pollen tube cultured for 2 h, showing the kinked, coiled shape. The arrows indicate th...
<p>(A) Control pollen tubes. (B) Pollen tubes treated with 0.5 mM PBA. (C) PBA treated abnormal poll...
<p>(a, b) Results obtained using a loading time of 15 min and the cell lysis solution (control). (c,...
Pollen tubes grow by spatially and temporally regulated expansion of new material secreted into the ...
Fluorescence ratiometric imaging of Lilium pollen tubes loaded with the Ca2+ indicator Fura-2 dextra...
<p>(a, b) Control pollen tube that was not loaded with fluo-4/AM. (c-h) Pollen tubes loaded with flu...
AbstractStudies have been conducted on the dynamics of Ca2+entry in pollen tubes using ratiometric i...
Fluorescent ratiometric imaging of Lilium longiflorum pollen tubes loaded with the Ca$\sp{2+}$ indic...
<p>(A) Fluo-3/AM staining of pollen tubes cultured in standard medium for 24 h. (B) Fluo-3/AM staini...
<p>Scale bars = 25μm. (A) Fluorescence of calcofluor white showed that cellulose distributed along t...
Controls (A, B, D–G) and IAA-treated (C, H, I) tubes were labelled with calcofluor white. (A–D, F, H...
Calcium ions (Ca2+), protons (H+), and borate (B(OH)4 ±) are essential ions in the control of tip gr...
It is shown that callose synthesis in the Oenothera biennis pollen tube is regulated by the endogeno...
Abstract Ions play a crucial role in the control of pollen tube growth. In this review we focus on f...
<p>Calcium Green-1 Dextran microinjection was carried out to further elucidate changes in calcium gr...
(A) A control pollen tube cultured for 2 h, showing the kinked, coiled shape. The arrows indicate th...
<p>(A) Control pollen tubes. (B) Pollen tubes treated with 0.5 mM PBA. (C) PBA treated abnormal poll...