Sentence examples for described visible from inspiring English sources

Witnesses described visible distress and abnormal bodily reactions from all three men: Wood "gasped and snorted more than 600 times", "gulped like a fish" and his stomach became strangely distended; McGuire "made snorting and choking sounds … heaved and clenched his fist"; and Lockett "struggled violently, writhing and groaning".

Reports are factual, describing visible actions and poorly reflecting the context and any hesitation by GPs.

Data were analysed using manifest qualitative content analysis, a method that describes visible, obvious content, but also allows interpretation of a text [ 22, 23].

Indeed, most of the early gene names and symbols describing visible phenotypes provided by the earliest evidence for the existence of a gene might not have the same effect or worse more genes that lead to a certain phenotype would end up with related name while being completely different.

Dr. Sulston described the visible steps in the cellular death process and demonstrated the first mutations of genes participating in programmed cell death, including a gene known as nuc-1.

The design and fabrication of a micro polarizer array (MPA) for polarization imaging is described for visible-IR region.

This paper describes a visible light concept for TPF developed by the Ball Aerospace led TPF study team.

It is easy enough to describe the visible manifestation of the events of the last week: the high street lit giddily by flames; the line of police made visible only by blue lights flashing on riot shields in the distance.

In sum, while typical descriptions of the interstitium suggest spaces between cells, we describe macroscopically visible spaces within tissues – dynamically compressible and distensible sinuses through which interstitial fluid flows around the body.

The biggest chunk comes as a wavelength we describe as "visible" light.

In 1885, Johann Balmer had come up with his Balmer series to describe the visible spectral lines of a hydrogen atoms: :\frac{1}{\lambda} = R_\mathrm{H}\left(\frac{1}{2^2} - \frac{1}{n^2}\quadt) \mathrm{for~m{for~} n=3,4,5,... where λ is the wavelength of the absorbed or emitted light and RH is the Rydberg constant.