Sentence examples for extensive modification in from inspiring English sources

This study documents that temperature is a key signal able to trigger extensive modification in the GBS transcriptome.

The loss of the majority of the plastid tRNA genes in Sciaphila may indicate extensive modification in the functioning of its plastome translation apparatus.

The gel-forming mucins are giant filamentous glycoproteins that are synthesized in the Endoplasmic Reticulum (ER) and exported to the Golgi complex where they undergo extensive modification in their oligosaccharide chains.

In particular, the analyses of synthetic allopolyploids have revealed extensive modifications in gene expression.

However, these extensive modifications in drug therapy apparently do not have an effect on overall prescribing safety (Table  2).

Plants show a high level of plasticity and adapt to changing environmental conditions by extensive modifications in developmental programmes.

Cancers in general exhibit extensive modifications in genome composition, ranging from subtle point mutations to dramatic gains and loss of genetic material (aneuploidy) [ 27].

Furthermore, it has been described that obesity is associated with extensive modifications in adipose tissue involving adipogenesis, angiogenesis and proteolysis [ 14].

Comparison of gene expression between control (time 0) and 2 h or 6 h post-infection conditions revealed extensive modifications in bacterial gene regulation.

The extensive modifications in cell wall architecture (i.e., thickening, ingrowth, disassembly, and dissolution) that occur in cyst nematode and RKN feeding cells are likely mediated by the activity of both cell wall-biosynthetic and cell wall-degrading enzymes.

Prompted by these unusual properties of UlaG, which suggested that the ancestral RNase fold of this protein had been subjected to extensive modifications in order to acquire new catalytic activity and regulatory mechanisms in a completely different ecological scenario [ 15], we set out an in-depth study to characterize the protein family founded by UlaG.