Despite our growing knowledge of the way that cancer develops in human cells, mutations can't be studied effectively in a petri dish, and, since the late nineteen-eighties, genetically modified mice have served as the standard proxy.
The free boundary value problem can be studied effectively in the framework of variational inequalities, the traffic assignment problem is a variational inequality problems.
Age‐related telomere shortening and its consequences cannot be studied effectively in normal aging mice.
PIDs are challenging for both researchers and clinicians because they represent natural models of immunopathology, which can usually be studied effectively only in animal models, and manifest with a wide range of clinical symptoms ranging from susceptibility to infections and allergies to autoimmune and inflammatory diseases.
In this paper, a method to estimate the coupled acoustic response of the device with an artificial ear is studied to be effectively used in the design.
The PRHRS, which has been studied in our previous paper, can effectively remove the core residual heat and passively improve the inherent safety by passive methods.
Artificially induced (by a specific carcinogen) tumors in laboratory animals provide an opportunity to investigate various aspects of carcinogenesis that cannot be effectively studied in the human body directly [31 33].
In this review, we focus on new genomic tools for human gene variant analysis; new uses for the Drosophila Genetic Reference Panel (DGRP) in detection of background alleles that influence a phenotype; and several examples of how multigenic conditions, both complex disorders and duplication and/or deletion syndromes, can be effectively studied in the fly model system.
CTLA4 shares significant sequence homology between the human and murine versions of the molecule, so that fusion compounds containing this ligand can be effectively studied in murine models of a variety of human diseases.
The present study has demonstrated that ICV cannulation can be used effectively in studying the effects of pharmacological agents on the sleep wake cycle of rodents by measuring EEG and EMG by radiotelemetry.
The sum of the aforementioned factors results in a financial framework which is also strongly characterized by high volatility levels, whose behaviour can be effectively studied exploiting the approach used in, e.g., [2], and references therein, or using more sophisticated approximation techniques, as those highlighted in [3], and references therein.
