Annotation of the first few complete plant genomes has revealed that plants have many genes. For Arabidopsis, over 26 500 gene loci have been predicted, whereas for rice, the number adds up to 41 000. Recent analysis of the poplar genome suggests more than 45 000 genes, and partial sequence...
In addition to the Zinnia cell culture, Arabidopsis cells can also be induced to differentiate into tracheary elements, albeit with much lower efficiency (up to 30%) [58]. Experiments with Arabidopsis cells transdifferentiated into tracheary elements revealed that genes encoding some microtubule-impli...
and conciseness, this review is mostly limited to work from the model plant Arabidopsis thaliana, in which much of the research in root growth regulation at the molecular level has been conducted. Conclusions While forward genetic approaches have identified key regulators and genetic pathways, systems...
Computational Analysis of Neighboring Genes on Arabidopsis thaliana Chromosomes 4 and 5: Their Genomic Association as Functional Subunits The genes related to specific events or pathways in bacteria are frequently localized proximate to the genome of their neighbors, as with the structures kn... SH Go...
The ability to sense touch under diethyl ether anaesthesia was recently found also inArabidopsis thaliana. Under anaesthesia, the leaves can still increase local [Ca2+]cytin response to touch and activate the expression of touch-responsive JA-independent genes (TCH3,TCH4, CML23) and JA-dependent...
GENES & CELLS: How anglerfish survive parasitic sex 来自 掌桥科研 喜欢 0 阅读量: 6 作者: EGD Jesus 摘要: For deep-sea anglerfish, sex resembles an organ transplant. A male fuses its tissues to a larger female during mating, allowing the two to share not only sperm but also blood and...
Protein coding features can emerge de novo in non coding transcripts, resulting in emergence of new protein coding genes. Studies across many species show that a large fraction of evolutionarily novel non-coding RNAs have an antisense overlap with protei
Achieving high editing efficiency remains a key objective in CRISPR system applications. Continuous optimization of genetic transformation and regeneration systems is essential for successful implementation in fruit trees. The citrus genome is highly heterozygous, with many genes containing more than two vari...
neither genes nor mutants involved in the TI pathway have been identified to date. Interestingly, some bacteria have auxin synthesis pathways that are similar to those in plants, indicating conserved biosynthetic mechanisms. Over the past few years, genetic, biochemical and molecular studies have great...
Accordingly, it was recently argued that the evolution of mutation rate modifiers reduced the average mutation rate in Arabidopsis thaliana in essential genes, which constitute ∼30% of the plant’s genome according to the authors (Monroe et al. 2022). However, because modifier theory requires ...