Londons Green Bin Program, ENSULUM, N.Y. To develop and implement novel neurochemical-mechanical interactions (NCMIs) with the brains of infants and other species, the development of which might give further relevance to experimental neuropathology ([@bib6]). NCOMI (also known as NCOMGII) was an in vitro concept that contains many similarities with the behavioral and biochemical properties of the rat ([@bib19]; [@bib41]). The NCOMI concept primarily describes how an animal or organism can form a functional segment of the neuropil, which may fit into areas where animals have been trained ([@bib22]). In the present study, we used two animal models of cortical development, called the neonatal rat model and the *zebra-zebra-blue* mouse model, to evaluate the potential NCOMI of the human infant’s developing system ([@bib4]; [@bib6]). Data from this research include the following: (1) the first and most rigorous behavioral test we carried out in these experiments, namely the Morris Water Maze test; (2) the first half of the neonatal rat’s development, namely the progressive development of cortical neurons at a high level of this system, which was determined by identifying cells together with individual neurons; (3) the second half of the neonatal rat’s development of cortical neurons by determining the number of neurons in regions containing individual neurons; and (4) the fourth half of the neonatal rat’s development in the presence of water. The success of the experimental measures has been ascribed to the way in which research conditions were determined by comparing the area affected by the two phenotypes in the first experiment. The relative changes of each modality would allow one to determine what is the most affected. This approach would then lead to the better control of the model, which, if found, will potentially advance the final outcome of the experiments.
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Results ======= Neonatal rat ———— From individual mouse genotypes and microcopy of the behavioral test we isolated one brain hemisphere covering the prelinguistic head region. The developmental stage of the neonatal rat is from embryonic day 22 to 33. The newborn rat was already approximately 5–6 months old at the time of placing the experiment. The neuromas of each parta are schematically shown in [Figure 1](#fig1){ref-type=”fig”}. 