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Gametophytic self-incompatibility in Rosaceae fruit trees

100%
Ma C., Qu H.
Acta Scientiarum Polonorum. Hortorum Cultus
|
2019
|
tom 18
|
nr 4
Rosaceae fruit trees are characterized by gametophytic self-incompatibility, with their production typically requiring artificial pollination or pollination tree is required in production. Both of these solutions cause reductions in production efficiency, and self-incompatibility has become a major issue in agricultural biology, and as such, has been extensively studied. In this review, we discuss the relationship between S-RNase content in the style and self-incompatibility, and the role of the SLF gene in stamen-determining factor. Considering mutations in self-compatibility-related genes and self-compatibility in polyploid fruit trees, we discuss the potential mechanisms of self-incompatibility. Based on a preliminary study of the role of pollen tube Ca2+ gradients in self-incompatibility in Pyrus, we propose a new mechanistic model of self-incompatibility taking into account the effect of Ca2+. We also discuss the potential for hormone regulation to be used to control selfincompatibility in Rosaceae fruit trees.
2

EDS1-mediated activation of autophagy regulates Pst DC3000 (AvrRps4)-induced programmed cell death in Arabidopsis

81%
Gao Y., Wang X., Ma C., Chen W.
Acta Physiologiae Plantarum
|
2016
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tom 38
|
nr 06
3

Description of two new species of Parvicapsula Shulman, 1953 [Myxosporea: Parvicapsulidae] parasitic in the urinary bladder of marine fishes, Paralichthys olivaceus and Kareius bicoloratus, from the coast of the Yellow Sea, China

80%
Zhao Y., Ma C., Song W.
Acta Protozoologica
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2000
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tom 39
|
nr 2
4

Synthesis of novel core-shell magnetic Fe3O4@C nanoparticles with carboxyl function for use as an immobilisation agent to remediate lead-contaminated soils

71%
Ma C., Liu F.-Y., Wei M.-B., Zhao J.-H., Zhang H.-Z.
Polish Journal of Environmental Studies
|
2020
|
tom 29
|
nr 3
5

ATG5 is required to limit cell death induced by Pseudomonas syringae in Arabidopsis and may be mediated by the salicylic acid pathway

71%
Wang J., Ma C., Zhang M., Yang L., Chen W.
Acta Physiologiae Plantarum
|
2015
|
tom 37
|
nr 01
Autophagy can be regarded as a protection mechanism to restrict programmed cell death (PCD) induced by pathogen infection during plant innate immunity in the early stages. Autophagy related 5 (ATG5) plays an important role in autophagy in Arabidopsis. We investigated the function of ATG5 in Arabidopsis in the hypersensitive response (HR)-PCD elicited by both virulent and avirulent strains of Pseudomonas syringae pv. tomato bacteria DC3000. Results show that ATG5 plays a vital role in limiting HR induced by P. syringae strains and colocalizes with autophagic bodies during the early phase of bacterial infection. In addition, the P. syringae-induced response is mediated by the salicylic acid (SA) signaling pathway. In summary, ATG5 is required for limiting HRPCD induced in Arabidopsis by P. syringae strains and may be mediated by SA signaling.
6

Evaluation of genetic diversity and population structure of polygonati rhizoma germplasms: implications for better crop development and conservation of a traditional Chinese medicine

61%
Jiao J., Bai Z., Huang W., Xia P., Liu F., Ma C., Liang Z.
Acta Physiologiae Plantarum
|
2018
|
tom 40
|
nr 10
7

A comparison of Su and Lu modeling of hydro-thermal coupling model using field temperature records

61%
Ren J., Zhang W., Chen B., Men L., Ma C., Gan L.
Polish Journal of Environmental Studies
|
2021
|
tom 30
|
nr 1
8

Performance of an intelligent biomass fuel burner as an alternative to coal-fired heating for tobacco curing

61%
He F., Wei F., Ma C., Zhao H., Fan Y., Wang L., Wang J.-A.
Polish Journal of Environmental Studies
|
2021
|
tom 30
|
nr 1
9

Molecular survey and genetic diversity of Babesia spp. and Theileria spp. in Cattle in Gansu province, China

51%
Sun M., Guan G., Liu Z., Wang J., Wang D., Wang S., Ma C., Cheng S., Yin H., Luo J.
Acta Parasitologica
|
2020
|
tom 65
|
nr 2
10

TaPT2, a high-affinity phosphate transporter gene in wheat (Triticum aestivum L.), is crucial in Pi uptake under phosphorus deprivation

51%
Guo C., Guo L., Li X., Gu J., Zhao M., Duan W., Ma C., Lu W., Xiao K.
Acta Physiologiae Plantarum
|
2014
|
tom 36
|
nr 06
Acquisition of inorganic phosphate (Pi) by plant roots is performed by phosphate transporters (PTs) located at the cytoplasmic membranes of epidermal cells and root hairs. A Triticum aestivum PT gene denoted as TaPT2 was functionally characterized in this study. TaPT2 is highly similar to TtPT2 and HvPT2, two PHT1 family genes in T. aestivum/Thinopyrum intermedium and barley, respectively. TaPT2 is 1,802 bp long at the cDNA level; it encodes a 525-amino acid polypeptide with a molecular weight of 57.5 kDa and an isoelectric point of 8.65. TaPT2 contains 12 conserved membrane-spanning domains and is transported to the cytosolic membrane after endoplasmic reticulum sorting. Functional complement analysis revealed that TaPT2 endowed Pi transporter activities in a yeast mutant that is defective in Pi uptake, with highaffinity Pi acquisition. TaPT2 transcripts were specifically detected in the roots. The transcripts were upregulated under Pi deprivation and downregulated under Pi sufficiency. These results suggest that TaPT2 expression is associated with external Pi concentration. Transgene analysis revealed that TaPT2 overexpression or knockdown did not regulate plant dry mass production, Pi acquisition, and photosynthetic capacity under Pi sufficiency. Under Pi deprivation, TaPT2 overexpression increased plant dry mass accumulation, total P content per plant, and photosynthetic efficiencies, whereas TaPT2 downregulation reduced plant dry mass, accumulative P amount, and photosynthetic parameters. These results collectively suggest that TaPT2 is a high-affinity PHT1 member that has important functions in mediating plant Pi uptake under Pi deprivation. TaPT2 can serve as a useful gene resource for the improvement of phosphorus use efficiency in cereals under Pi deprivation.
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