期刊： PLANT MOLECULAR BIOLOGY, 2023; 111 (4-5)
Tocopherols are potent membrane-bound antioxidant molecules that are paramount for plant physiology and also important for human health. In the past y......
期刊： PLANT MOLECULAR BIOLOGY, 2023; 111 (4-5)
Plants have developed strategies to deal with the great variety of challenges they are exposed to. Among them, common targets are the regulation of tr......
期刊： PLANT MOLECULAR BIOLOGY, 2023; 111 (1-2)
Key message We summarise recent advancements to achieve higher homologous recombination based gene targeting efficiency in different animals and plant......
期刊： PLANT MOLECULAR BIOLOGY, 2023; 111 (6)
Seed dormancy is an important agronomic trait under the control of complex genetic and environmental interactions, which have not been yet comprehensi......
期刊： PLANT MOLECULAR BIOLOGY, 2023; 112 (3)
Soil salinity stress is one of the major bottlenecks for crop production. Although, allantoin is known to be involved in nitrogen metabolism in plants......
期刊： PLANT MOLECULAR BIOLOGY, 2023; 113 (6)
Plant cell wall-derived oligosaccharides, i.e., damage-associated molecular patterns (DAMPs), could be generated after pathogen attack or during norma......
期刊： PLANT MOLECULAR BIOLOGY, 2023; 111 (1-2)
Key message The article presents an optimization of the key parameters for the identification of SNPs in sugarcane using a GBS protocol based on two I......
期刊： PLANT MOLECULAR BIOLOGY, 2023; 111 (6)
Key messageThe review explores the developmental similarities and pecularities in chickpea and its close relatives pea and Medicago. Key features in c......
期刊： PLANT MOLECULAR BIOLOGY, 2023; 112 (3)
Cell wall is a strong and complex net whose function is to provide turgor, pathogens attack protection and to give structural support to the cell. In ......
期刊： PLANT MOLECULAR BIOLOGY, 2023; 112 (1-2)
Key messageTRB proteins bind short/long telomeric repeats and attract telomerase, PRC2 or PEAT complexes. Here we show the unique features of novel me......
期刊： PLANT MOLECULAR BIOLOGY, 2023; 113 (6)
Plant cell walls are complex structures mainly made up of carbohydrate and phenolic polymers. In addition to their structural roles, cell walls functi......
期刊： PLANT MOLECULAR BIOLOGY, 2023; 113 (4-5)
A wide variety of functional regulatory non-coding RNAs (ncRNAs) have been identified as essential regulators of plant growth and development. Dependi......
期刊： PLANT MOLECULAR BIOLOGY, 2023; 113 (6)
Plant cell walls are dynamic structures that play crucial roles in growth, development, and stress responses. Despite our growing understanding of cel......
期刊： PLANT MOLECULAR BIOLOGY, 2023; 113 (6)
Key messageImmunolocalization reveals that spatiotemporal changes of cell wall components of the graft union tissue, such as homogalacturonan, xyloglu......
期刊： PLANT MOLECULAR BIOLOGY, 2023; 113 (1-3)
Helicases are the motor proteins not only involved in the process of mRNA metabolism but also played a significant role in providing abiotic stresses ......
