Sentence examples for remarkable overlap in from inspiring English sources

"It's a remarkable overlap in terms of the innovation possibilities that we can have with MIT and The Engine," she said.

Remarkable overlap in expression patterns driven by sets of agCNEs indicates that PAX6 resides in a landscape of multiple tissue-specific regulatory archipelagos.

In contrast to the construction phase, elaboration was characterized by remarkable overlap in regions comprising the autobiographical memory retrieval network, attributable to the common processes engaged during elaboration, including self-referential processing, contextual and episodic imagery.

Recent evidence demonstrates remarkable overlap in the neural and cognitive mechanisms underlying episodic memory, episodic future thinking, and episodic counterfactual thinking.

In some of these studies on zebra finches, we note remarkable overlap in the connectivity patterns [70], [71] with the movement-associated gene expression patterns (this study).

In this context, while the Harold [7] and Lambert [8] GWAS show a remarkable overlap in processes identified by ALIGATOR [16], the signal within each category did not necessarily reflect the same set of SNPs or genes.

However, there are remarkable overlaps in the many hundreds of genes regulated by both of them.

In Figure 3, we highlight the remarkable overlap between functions enriched in the set of genes constitutively differentially expressed, both up-regulated and down-regulated, and in the set of genes under positive selection (ω > 1).

These same resting state regions show remarkable overlap with areas implicated in social functions displaying abnormal activation in ASD (Buckner et al. 2008).

There was remarkable overlap between QTLs detected in the pseudobackcross population using samples from age 2 and age 3 wood samples.

Despite some serious lack of knowledge, there is a remarkable overlap between cellular pathways involved in aging and BPD development, such as genomic instability, epigenetic alterations, loss of proteostasis, deregulated nutrient sensing, mitochondrial dysfunction, cellular senescence, altered intercellular communication, and ECM remodeling.