Sentence examples for and does not accommodate from inspiring English sources

13 There was a complete loss of activity of compound 23, indicating that the binding site is rather rigid in that area and does not accommodate substituents of the amino group.

This transport was almost exclusively strike-slip and did not accommodate significant differential exhumation or uplift.

These pillars are composed of photoresist-based materials and do not accommodate exclusive sensing material in the form of films or other structures.

In contrast to the datapath components that utilize a transition-sensitive approach, these models estimate the power consumed per access and do not accommodate the power differences found in sequences of accesses.

However, clinical governance systems and processes are primarily developed for medium to large urban healthcare settings and do not accommodate for some of the differences and complexities of the rural healthcare context [ 3, 4].

Thus, Glymour et al. (2010) argue that the definitions of actual cause given by Halpern and Pearl (2005) and Woodward (2003) are overly static and do not accommodate the fact that "we tend to think of causes as changes, or happenings".

Meal plans differ at each school, but ours are pretty shitty and don't accommodate at all for athletes..

Ugandan ethics minister Simon Lokodo said the play was not granted clearance because "this play is justifying the promotion of homosexuality in Uganda, and Uganda does not accommodate homosexual causes.

The social model of disability does not see the group of people known as "disabled" as disabled by their individual impairments (the "medical" part of their disability), but by the fact that society does not consider their differences normal, and therefore does not accommodate them.

However, this nomenclature system is rarely based on phylogenetic premises and generally does not accommodate paralogues from distinct duplication events in different teleost lineages.

More importantly, this type of open loop approach only optimizes for a single set of environmental parameters, and inherently does not accommodate stochastic cell-to-cell variation, changes due to cell growth cycles, or changes in cell loading from other circuit modules.