Sentence examples for complementing the number of from inspiring English sources

Deputy Health Minister Vaughan Gething said: "It is envisaged seven or eight emergency department consultants will be recruited for NHS Wales to support the initial 12-hour service, as well as complementing the number of emergency department consultants based at A&E departments around Wales. "The service will, therefore, also act as a mechanism for attracting new consultants to Wales".

PEGylation of albumin adds pseudo-thiols onto the protein surface, complementing the number of natural thiols already available for nitric oxide transport.

One of the implications of these comparisons is that there could be other measures of genomic complexity that might complement the number of conserved genes and perhaps provide a better proxy for organismal complexity.

The invasive front of colon carcinomas was quantified in terms of a complexity index based on fractal dimension complemented by the number of tumour cell clusters (Franzén et al., 2008).

In the FCG model, when XX and XY mice with the same gonadal type differ in phenotype, the difference is attributed to sex Chr complement (the number of ChrX or the presence of ChrY).

The perceived advantages of utilising nursing agencies were that they complemented the existing number of staff, especially in specialised areas, and cost savings on the personnel budget, particularly after the implementation of the occupation specific dispensation (OSD), a financial incentive for health professionals in the public service (31).

Our hope is that the EvoDevoCI can be used to complement the growing number of diagnostic instruments, allowing instructors to capture a more complete snapshot of student understanding of evolution.

In conclusion, cross-species rescue is a valid approach to demonstrate RNAi specificity and thus may complement the vast number of in vivo RNAi studies done in Drosophila [6], [7], [8], [9].

To complement the growing number of gene expression studies, Fait et al. [ 11] conducted an integrated metabolomic and gene expression study of various seed developmental stages from maturation through germination.

Combined with precise experimental control, this approach bridges the gap between abstract functional models and detailed circuit computations, and may thus complement the growing number of tools available for manipulating neurons and circuits.

Here, we show a significant positive correlation between the size of the TAP complement and the number of paleopolyploidizations that supports this hypothesis.