Sentence examples for structural resemblances from inspiring English sources

There are many structural resemblances to more advanced acanthopterygians, but these are in mosaic distribution, indicating that most have been independently acquired.

A final view about the nature of narrow content has some striking structural resemblances to the idea of a diagonal proposition, but is motivated very differently.

In the case of brain traces, second-order structural resemblances hold when some physical relations among certain brain states (such as distance relations in the activation space of a neural network) preserve some system of relations among represented objects (O'Brien and Opie 2004, pp. 8 14).

Structural resemblances can be found between thiazolidinediones and well-known furanone type quorum sensing (QS) inhibitors such as N-acylaminofuranones, and/or acyl-homoserine lactone signaling molecules, while dioxazaborocanes structurally resemble previously reported oxazaborolidine derivatives which antagonized autoinducer 2 (AI-2) binding to its receptor.

Nevertheless, given the noted structural resemblances between these two protein families, and the fact that T-cell epitopes in gliadins typically cluster in regions with a high proline content [34], it will be of interest to characterize the salivary PRP geno- and phenotype of celiac patients.

Thus, a convergent evolution has to be invoked to explain BT and PT structural resemblances.

Interestingly, a close look at molecular structure reveals structural resemblance of noscapine to colchicine, in that both have a common dimethoxy phenyl group (Figure 1).

The complex displays a striking structural resemblance to earlier Ac-AChBP/α-CTx structures that were solved before.

Interestingly, despite the only 20%24%% sequence identity with nAChRs, AChBPs display a striking structural resemblance to the nAChR ECD, and their pharmacological properties closely resemble those of nAChRs.

It also showed structural resemblance to XLF, a known XRCC4 interactor, that forms filament-like structures with XRCC4.

"Opioids" are synthetic chemical compounds that bear a structural resemblance to naturally occurring compounds – "opiates".