Sentence examples for be more tightly linked from inspiring English sources

Even if economies can decouple, global financial markets tend to be more tightly linked through the investment strategies of hedge funds and the like.

Engineers meeting here for the first public technical session about the Aug. 14 blackout said on Tuesday that to avoid a recurrence, the industry should be more tightly linked, through mutual regulation and data sharing, though the path to that point was unclear.

Based on muscle type differences described above it is predicted that flight but not climbing behavior will be more tightly linked to the interacting tRNA-synthase mutations.

Our data suggest that ultra-short telomeres may be more tightly linked to colorectal carcinogenesis through development of dysplasia in UC than general telomere shortening.

Thirty of these genes were located in homozygous regions; therefore, we put more attention to these genes since they can be more tightly linked to seedlessness (Additional file 12: Table S6).

Indeed, trait variation is often due to sequence variation in regulatory regions (see for instance [ 9, 11, 55]) and such variant sites may be more tightly linked to a neighbor gene.

Labour wants to change the system so that payments are more tightly linked to contributions.

Residential use of electricity is more tightly linked to GDP, and so are transportation, industrial and services sectors.

The SSR marker MS5 (primer sequences F: 5′- TTGTGGGTCCTCATCTCCTC-3′, R: 5′-TGACAACTTGTGCAAGATCAAA-3′) linked to Bph15 (Yang et al. 2004) and the InDel marker InD4 (primer sequences F: 5′-AGAATGCTAAAGATGACTGAA-3′, R: 5′-AACGGTATTGTTCTTGTCTAA-3′), which was more tightly linked to Bph15 (Lv et al. 2014), were used to select individual positive plants in each generation.

By contrast, the ISI distributions of figures 2A B describe a different situation where individual neurons are more tightly linked to the network oscillation.

The ITS network shows a clear distinction between shallow (<600 m), mid (1000 1500 m) and deep water (>1500 m) populations of D. dianthus (Fig. 2b) with no haplotypes found in more than one depth stratum, suggesting genetic differentiation is more tightly linked to depth than geographic region.