Sentence examples for modification under mild from inspiring English sources

Agricultural waste sorbents such as empty fruit oil palm bunch (Elaeis guineensis) and cocoa pods are abundantly available in different parts of Nigeria, and no studies have been done yet on their modification under mild condition and their ability to sorb oil.

Recently, Davis has described the elegant use of 1,4-bishaloalkanes for the β-elimination of cysteine to effect protein modification under mild conditions.

In the case of the extruded nanofibers, prepared as described, the aminolysis reaction using either propargylamine or hexamethylene diamine showed minimal surface modification under mild reaction conditions.

These data suggest that either cysteine 243 or 274 undergoes oxidative modification under mild oxidative stress, and this functions as a signal to recruit Hsp90.

Identification at the molecular level of the substrates to which the label is attached may not be required, and the ease of surface modification under mild and physiological conditions compares favorably with methods that employ radioisotopes or those requiring reaction conditions that ensure reactivity of chemical tags with primary amines or thiols at the cell surface.

Modification with disulfide (under mild oxidative condition) and maleimide (Michael addition) reagents produces disulfide and thiosuccinimide bond linkages that are not stable in the presence of free thiols, such as reduced glutathione (GSH) abundant in the cytoplasm of cells [213].

To radiolabel proteins with 99mTc, the tricarbonyl method developed by Waibel et al. [1] offers a convenient solution enabling labelling without prior modification with bifunctional chelators, under mild conditions in as little as 60 min, and has recently supported the development of new radiopharmaceuticals [12, 27].

The use of ultrasound allows significant levels of surface modification to be achieved using these oxidizing agents under mild conditions.

Their efficient reactions under mild conditions enable hydrogel formation and modification in the presence of proteins and cells, which is especially useful for designing materials that mimic native tissue environments in vitro for cell culture.

Hence, the promoting mechanism of Mg2NiH4 on the dehydrogenation of AB is attributed to its promoting effect on phase transition of normal AB to AB* under mild conditions and in particular its chemical modification of AB with Mg and Ni.

The method of surface modification could be further simplified by click reaction with the introduction of thiol groups under mild condition.