Sentence examples for type are well known from inspiring English sources

Many inequalities of this type are well known in the literature, such as (L< L A,G)), (I(A,G)< I), and (T A,Q)< T); see, for instance, [13, 30].

Tyrosine recombinases of this type are well known to be involved in chromosomal segregation, as with E. coli XerC and XerD [ 64] or the resolution of recombinational dimers, as with the Cre protein of coliphage P1 [ 65].

In addition to keto-enol tautomerism, several other types are well known, including those of aliphatic nitro compounds and those involving ring and chain structures, especially of molecules of sugars.

Intersection types are well known to type theorists mainly for two reasons.

These primary hepatic cell types are well known to exhibit a dramatic loss in their phenotypic characteristics when removed from the organ [1].

Although the general effects of electrical stimulation on various cell types are well known, the exact cascades translating exogenous and endogenous electrical signals into a variety of intracellular responses are still poorly understood.

Ovarian cancers of different histological types are well known to have very different clinical and molecular characteristics, yet they are often erroneously grouped together in analyses of marker performance, presumably for the sake of greater sample size.

However, near an oscillatory instability due to a supercritical Hopf bifurcation the spatiotemporal dynamics of Eq. 1 is well described by the complex Ginzburg Landau equation (CGLE) [ 41] (2) ∂ t A = (1 + i c 1 ) ∇ x 2 A + A − (1 + i c 3 ) | A | 2 A, whose solution types are well known [ 42].

The spatiotemporal organisation of the molecular components enabling and implementing the specification of these cell types are well known (Pfister et al., 2007) and the sequence of events can be mimicked in culture (Kubo et al., 2004; Gadue et al., 2006), albeit in a spatially disorganised manner and often with low yields of cells of a particular fate.

A number of fixed point theorems with assumptions of type (1) are well known; see, e.g., [[1], Section 2.1].

Indole derivatives 1 7 of type I are well known MAO inhibitors whose capacity to inhibit AChE and BuChE was here investigated for the first time.