Sentence examples for extensively transformed from inspiring English sources

Their restoration should be implemented also with the objective of increasing the landscape diversity of zones extensively transformed and homogenized by agricultural practices.

A variety of oils, especially cost-effective oils such as waste cooking oils and microalgae oils, are extensively transformed to biodiesel via various lipase preparations, including liquid form, immobilized form, and whole cell form.

Polyphenols that reach the colon are extensively transformed by the microbiota; and their main products, phenolic acids, are themselves absorbed and found in the systemic circulation.

Biological limitations involve the unstable nature of metabolites that may be extensively transformed during transition from the cancer site to the biospecimen collected or even after collection.

Page A10 National CHICAGO TO SPEND BILLIONS TO IMPROVE INFRASTRUCTURE Chicago is embarking on a $7 billion plan to extensively transform the city's infrastructure.

Although English is becoming the dominant language around the world, few outside Japan may be aware of how extensively it has transformed Japanese.

The vulnerable Rand Highveld Grassland vegetation unit in the Tlokwe Municipal area, South Africa, has been extensively affected and transformed by urbanisation, agriculture, and mining.

The effect of passage number, culture conditions and cellular differentiation on fatty acid composition has been extensively studied in transformed and primary cell lines (Murphy and Horrocks, 1993; Murphy et al., 1993, 1997; Cheng et al., 2008).

Three dimensional (3D) similarity datum transformation is extensively applied to transform coordinates from GNSS-based datum to a local coordinate system.

Among various soluble molecules inducing the production of type I collagen, the most extensively studied is transforming growth factor-beta (TGF-β) [ 5, 6].

However, the research group of Dr. Suh-Moon Park has published extensively on Fourier transform electrochemical impedance spectroscopy (FTEIS) for a wide variety of electroanalytical applications, including electrocatalysis and corrosion.