Intersectional crosses between species of sections Aigeiros (Populus deltoides, P. x euramericana or P. nigra) and Leuce (P. alba or P. tremuloides) are known to be reciprocally incompatible. The site of pollen tube arrest is on the stigma surface in pollinations between pistils of section Leuce and pollen of section Aigeiros; tubes failed to penetrate the stigma surface. In reciprocal matings, pollen of section Leuce germinated and tubes penetrated the stigma and style, where arrest occurred. Rejection may be accompanied by swelling of the tube tips, and callose plug formation. In the cross between P. deltoides and P. alba a callose response was detected jn the cell walls of the transmitting tissue, adjacent to the rejected pollen tubes
Abstract: We investigate sites of incompatibility for five Turnera L. species and for Piriqueta caro...
The results of crosses, using L. Henryi as female plant and L. maculatum, auratum, speciosum, longif...
The compatibility between gynoecia of different penicillarian millets (Pennisetum glaucum and P. pur...
The structural events in the stigma and transmitting tissue of Petunia hybrida pistils that accompan...
The structural events in the stigma and transmitting tissue of Petunia hybrida pistils that accompan...
The structural events in the stigma and transmitting tissue of Petunia hybrida pistils that accompan...
The observation that both compatible and incompatible pollen tubes grow at identical speeds on the s...
The mechanisms of compatible pollination are less studied than those of incompatible pollination and...
The pollen grain germination and the growth of pollen tubes after intra- and interspecific reciproca...
Pollen tubes formed following compatible and incompatible intraspecific matings in Petunia have been...
In incompatible (intramorph) pollinations of the heterostylous Primula vulgaris, pollen germination ...
Pollen tube dynamics following different competition regimes were studied in sweet cherry (Prunus av...
For pollination to succeed, pollen must carry sperm through a variety of different floral tissues to...
Structural and cytochemical details of the pistil and the interaction of pollen and pistil were stud...
Contains fulltext : mmubn000001_350102848.pdf (publisher's version ) (Closed acces...
Abstract: We investigate sites of incompatibility for five Turnera L. species and for Piriqueta caro...
The results of crosses, using L. Henryi as female plant and L. maculatum, auratum, speciosum, longif...
The compatibility between gynoecia of different penicillarian millets (Pennisetum glaucum and P. pur...
The structural events in the stigma and transmitting tissue of Petunia hybrida pistils that accompan...
The structural events in the stigma and transmitting tissue of Petunia hybrida pistils that accompan...
The structural events in the stigma and transmitting tissue of Petunia hybrida pistils that accompan...
The observation that both compatible and incompatible pollen tubes grow at identical speeds on the s...
The mechanisms of compatible pollination are less studied than those of incompatible pollination and...
The pollen grain germination and the growth of pollen tubes after intra- and interspecific reciproca...
Pollen tubes formed following compatible and incompatible intraspecific matings in Petunia have been...
In incompatible (intramorph) pollinations of the heterostylous Primula vulgaris, pollen germination ...
Pollen tube dynamics following different competition regimes were studied in sweet cherry (Prunus av...
For pollination to succeed, pollen must carry sperm through a variety of different floral tissues to...
Structural and cytochemical details of the pistil and the interaction of pollen and pistil were stud...
Contains fulltext : mmubn000001_350102848.pdf (publisher's version ) (Closed acces...
Abstract: We investigate sites of incompatibility for five Turnera L. species and for Piriqueta caro...
The results of crosses, using L. Henryi as female plant and L. maculatum, auratum, speciosum, longif...
The compatibility between gynoecia of different penicillarian millets (Pennisetum glaucum and P. pur...