Sentence examples for published to better from inspiring English sources

Note: The title of this piece has been changed since it originally published to better reflect the current religious statuses of each subject.

Although theoretical and empirical works have been published to better understand these design issues [ 25- 29], we are not aware of any study directly addressing these issues for infectious diseases with environmental reservoirs.

More such studies need to be published to get a better understanding of the bioscientists search preferences.

In all clinical trials published to date, agomelatine has a better safety and tolerability profile than established antidepressants, including the investigated SSRIs and SNRIs.

A DfE spokesperson said: "Ofsted's review of careers guidance confirms there is more to do, and the government has published plans to better equip schools to take on their responsibilities by improving National Careers Service resources and strengthening statutory guidance".

Laboratories, therefore, rely on the published literature to better understand the validation and implementation of such tests.

To describe the clinical manifestations and short-term outcomes of adenoviral infections in neonates and review all published cases to better determine impact and treatment outcomes.

Maybe we can look to Juan Thompson, the son of Hunter S. Thompson, who has recently published a memoir to better remember his his dad.

In the present study, the P. xylostella GSTs (PxGSTs) were identified and compared with the equivalent information from published insect genomes to better reveal their phylogenetic relationships and intron-exon organization.

The experimental data are discussed in light of finite element modeling of the foam (published in another article) to better understand the cyclic deformation behavior.

Using our recently published hA3 receptor model, to better elucidate our experimental results, we decided to theoretically depict the putative TM binding motif of the herein reported 1,2,4-triazolo[1,5-a]quinoxaline derivatives on human A3 receptor.