Sentence examples for therapy material from inspiring English sources

Quantum-well (QW) active semiconductor lasers enjoy widespread commercial use in optoelectronic applications ranging from high-power sources for medical therapy, material processing, laser printing, and pumps for solid-state lasers to lower output power single-mode, single-frequency sources for telecommunications.

Therapy was applied with high therapy frequency and constraints instantiated by therapy materials, shaping, explicit rules, and reinforcement contingencies were applied (see earlier).

Primary care therapists and nursing home therapists were questioned in separate focus groups, because critical innovation determinants such as finances, available time and appropriate therapy materials might differ between those groups.

It involves various disciplines, which are focused on different aspects of the regeneration process such as cell biology, gene therapy, bioengineering, material science and pharmacology.

Given the growing availability of nanomaterials for cancer therapy, a material that responds to each patient's needs and, hence, reacts in a graded manner based on disease cues, would pave the way to precision materials for cancer therapy.

We discuss some examples of what in our opinion constitute the latest advances in the use of plant viruses, bacteriophages and virus-like particles (VLPs) as nano-scaffolds for enzyme selection, enzyme confinement and patterning, phage therapy, raw material processing, and single molecule enzyme kinetics studies.

Risk differences during therapy (supplementary material) were consistent with the end of therapy findings.

Increases in riboflavin, flavin adenine dinucleotide and flavin mononucleotide levels (or increases in flavin adenine dinucleotide levels alone, when measured in isolation) were observed in 9 of 10 patients with measurements performed (in whole blood or plasma) before and after the initiation of riboflavin therapy (Supplementary material).

Students using the physical therapy multimedia materials acquired knowledge of the techniques through simultaneous visual and auditory modes, increasing the likelihood that the students would successfully apply the techniques in the lab and clinic setting.

Depending on their melting points, encapsulated PCM can be used in many different areas, including food and pharmaceutical preservation, blood transport, solar power plants, electronic devices, space equipment's, textile, sportswear, hot and cold therapies, building materials, etc. [24, 25].

In this review, we aim to emphasize the advantages of acellular injectable biomaterial-based therapies, specifically material-alone approaches or delivery of acellular biologics, in regard to manufacturability and the capacity of these biomaterials to regenerate or repair diseased tissue.