Results 151 to 160 of about 154,279 (339)
A poda verde é uma prática cultural utilizada para melhorar as condições do dossel vegetativo dos vinhedos, visando a favorecer a qualidade da uva e do vinho.
Alberto Miele, Francisco Mandelli
doaj
RELATIONSHIP OF YIELD AND TOTAL NITROGEN UPTAKE OF BRUSSELS SPROUTS PLANTS GROWN IN THE GREENHOUSE TO AVAILABLE SOIL NITROGEN [PDF]
D. C. Munro
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Mechanical Forces Guide Axon Growth through the Nigrostriatal Pathway in an Organotypic Model
Nano‐pulling is a magnetic nanoparticle‐based technology for guiding and promoting the axon growth of induced pluripotent stem cell‐derived dopaminergic neurospheres in vitro or neural progenitors transplanted in the brain tissue. Fine control of axon guidance is essential for reconstructing neural networks and restoring functional connectivity in the ...
Sara De Vincentiis+7 more
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The Occurrence of Gibberellin A1 in Water Sprouts of Citrus
Akira Kawarada, Yusuke Sumiki
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Sprouting behaviour of the ‘dormant apices’ ofPotamogeton crispus linn [PDF]
R. Sahai, A. B. Sinha
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Drought is a major cause of crop losses across agricultural regions. Rhizosheath formation enhances plant resistance to drought. Polyploids may tolerate stress more effectively through increased interactions with bacteria. However, the contributions of tetraploid rice associated microbiota to rhizosheath formation under soil drying remain unclear ...
Feiyun Xu+23 more
wiley +1 more source
Y332D, a bispecific antibody that simultaneously blockades VEGF and TGF‐β, counteracted negative RT effects that are attributed to the upregulation of TGF‐β and VEGF, as well as further enhanced the immunostimulatory effects of RT, thereby reprograming the TME from immune “cold” to inflamed state and forming an effective in‐situ vaccine that eradicate ...
Lijuan Lyu+13 more
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On the Constituents of the Extract of Bamboo Sprouts
Teizo Takahashi, Yoshinao YOKOYAMA
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The continental‐scale study reveals that soil phosphorus strongly predicts the richness of soil pathogenic oomycetes in Chinese grasslands, while precipitation and plant species richness drive their absolute abundance; modeling predicts ≈42% of grassland areas may face elevated oomycete disease risk under future climate scenarios, especially in typical
Junsheng Ke+10 more
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