Sentence examples for systems differ substantially from inspiring English sources

Olms from different cave systems differ substantially in body measurements, color and some microscopic characters.

Given that these two systems differ substantially in their approach, it is an important consideration when designing improvements to an EM training model [5].

Since the roles and responsibilities of emergency physicians in these systems differ substantially because of the larger impact of the prehospital care in the Franco-German model, the training needs may differ to some degree as well.

Although recruitment of reef fishes to other locations, such as Panama, is known to be significantly related to larval growth or size-at-settlement [12], [42], the oceanographic setting of the two systems differ substantially.

Neuronal nuclei are an evolutionarily ancient mode of organization of neurons in the central nervous system, differing substantially from the organization of the lamina of the cortex [ 28, 29].

Organ donation laws are evolving in places such as India and China, which have religious and cultural systems that differ substantially from those common to countries in the West.

Of course, the academic, educational, employment, and cultural systems will differ substantially from what you are used to at home.

As a result, the EM training needs in this system may differ substantially from the training received in the Anglo-American EM system, which provides care for a broader scope of emergencies.

Certain aspects of interaction between the fungus and the immune system might, therefore, differ substantially between the models, especially when – necessarily – using Toll-cascade-deficient flies.

Assuming that the biological mechanisms of the immune system do not differ substantially between mice and humans, we adopt the values from Kuznetsov et al. (1994) for the tumour-induced inactivation rate of effector cells μmouse= μhuman=3.422⋅10−10 dand1 cells−1 and the effector-induced elimination rate of tumour cells νmouse= νhuman=1.101⋅10−7 day−1 cells−1.

But because vector-pathogen dynamics differ substantially between systems, basic assumptions and the biological plausibility of interventions must be re-examined for each model.