Sentence examples for substitute forms from inspiring English sources

2. But demand has fallen for many reasons: Ticket prices have become too high for many, programming has not met the interests of a new generation, arts education has been neglected for most, and new, inexpensive substitute forms of entertainment are available with the touch of a button, or mouse.

The hostile takeover was thought to act as a substitute form of pressure.

If you do file with a substitute form and your actual W-2 shows up, you should amend your return.

A saline-wet gauze was used to further compact the granules and accelerate the hardening of the graft in situ so that after a few minutes the alloplastic bone substitute formed a stable, solid, porous scaffold for the host osseous regeneration (Fig. 1c).

The original purpose was to create a substitute form of serfdom (slavery) by legislatively tying workers to the master's land.

Membership in a hostile, violent terrorist group engaged in an ongoing campaign to harm Americans arguably creates a substitute form of imminence.

We also report heat capacities from temperatures of (2 to 300) K on this GeAl12 selenate and its other heterometal substituted forms, Na[AlO4Al12(OH)24(H2O)12](SeO4 4·12H2O cr) (AlAl12) and Na[GaO4Al12(OH)24(H2O)12](SeO4 4·12H2O cr) (GaAl12), measured using a Quantum Design Physical Property Measurement System (PPMS).

In the present study CBMs engineered for such natural substrates were included but were unable or inefficient in their ability to discriminate between differentially substituted forms of cellulose.

Neurospora apometallothionein is also capable of binding in vivo group IIB metal ions [Zn II), Cd II), and Hg II)] as well as paramagnetic Co II) ions with an overall metal-to-protein stoichiometry of 3. The spectroscopic properties of the fully substituted forms are indicative of a distorted tetrahedral coordination.

Labeeuw et al. present a genomic survey of the genes coding the enzymes known to be involved in the biosynthesis of lignins, as well as a phylogenetic analysis of three enzymes catalyzing the conversion of p-coumaric acid into H monolignol. H monolignol and its substituted forms (G and S) are substrates for the synthesis of lignin in Viridiplantae.

In addition, while there are fewer enzymes to digest cellulose, xylan, xyloglucan, and highly substituted forms of pectin, as well as proteins that could protect the fungus from oxidative stress, the repertoire of predicted cell wall modifying enzymes and those that could manipulate host development has expanded (see model in Fig. 5).