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1 g initiation of lateral primordia (leaves or sporangia).
2 e-living zoospore and the substrate-embedded sporangia.
3 es to be transcriptionally less complex than sporangia.
4 enes are mainly expressed in mega- and micro-sporangia.
5 structural organization of Bacillus subtilis sporangia.
6                  Whether either zoospores or sporangia also use intracellular pressure regulation in
7 bination raises the possibility of resistant sporangia and a mechanism for rapid spread as well as pe
8 ved by homogenisation of stress in spherical sporangia and by torquing force in Tortilicaulis-like sp
9 l microparasite, including diatom-associated sporangia and free-swimming zoospores, derived ~100% of
10 ns were harvested shortly after release from sporangia and incubated under various conditions, and do
11  show C3HDZ expression in lycophyte and fern sporangia and show that C3HDZs have conserved expression
12 s controls the ability of the fungus to form sporangia and spores.
13 om infected frogs containing multiple cysts (sporangia) and endospores.
14 rangia of those three mutants, spoIIB mutant sporangia are able to complete engulfment; indeed, by ti
15                              In contrast, Bd sporangia assemble perinuclear actin shells and actin pa
16 ctor results in development of supernumerary sporangia attached to a single seta, suggesting that it
17 ese primitive plants had branched stems with sporangia but no leaves.
18 nts of extracts prepared from postdivisional sporangia confirmed that pro-sigmaE was chiefly present
19         Lenticulatheca encompasses discoidal sporangia containing monads formed from dyads with ultra
20 xes with rare stomata terminating in valvate sporangia containing permanent cryptospores, but their a
21 sexual derivatives from single multinucleate sporangia demonstrates a high incidence of heterokaryosi
22 on was detected in mature pollen retained in sporangia, discharged pollen, and elongating pollen tube
23             We have found that spoIIB mutant sporangia display a transient engulfment defect in which
24         A significant proportion of disporic sporangia exhibited sigmaE activity in their central com
25 ule inhibitors to show that B. dendrobatidis sporangia generate and maintain turgor pressure, whereas
26   We explored the morphological diversity of sporangia in relation to their mechanical properties usi
27  in Lessonia) and fully developed unilocular sporangia in the sporophylls.
28                                     However, sporangia lacking SpoIIB ultimately localize DMP and com
29        Our approach highlights the impact of sporangia morphology on spore dispersal and adaptation.
30                          However, unlike the sporangia of those three mutants, spoIIB mutant sporangi
31  cubensis appears to be limited primarily by sporangia production in source fields and availability o
32 nces in hyphal growth or morphology, mating, sporangia production or zoospore release.
33    Genes with higher levels of expression in sporangia provide new hypotheses about the molecular pat
34 est spores developed in large numbers within sporangia, providing strong evidence that they are the f
35                                While chytrid sporangia rely on polarized cell-wall growth to control
36 cted in development as they produced smaller sporangia, shorter germ tubes, and fewer appressoria.
37 vailability of susceptible hosts and less by sporangia survival during transport.
38  Hornwort stomata are large and scattered on sporangia that grow from their bases and release spores
39 erse within aquatic environments and sessile sporangia that grow within the mucus-coated skin of amph
40 t, using an assay that unambiguously detects sporangia that have completed engulfment, we found that
41 ron micrographs showed that in spoIIB mutant sporangia the dissolution of septal peptidoglycan is del
42 tion theory) or through the sterilization of sporangia (the sterilization hypothesis).
43 correlated with the accumulation of disporic sporangia, thus reducing sporulation efficiency in a man
44 ngulfment; indeed, by time-lapse microscopy, sporangia with prominent bulges were found to complete e