The phrase "population properties" is commonly used in scientific and statistical writing to refer to characteristics or attributes of a particular group or population.
It is correct and usable in written English. Example: "The research study examined the population properties of various ethnic groups living in the region."
Our results indicate the importance of cell population heterogeneity in accurately predicting even average population properties.
The macrocolumnar formulation of the model consists of ten first-order coupled nonlinear ordinary differential equations parameterized by a significant number of physiological constants, which describe the neural population properties in detail.
We have investigated the transport and population properties of an undoped GaAs/(Al,Ga)As quantum-cascade structure (QCS) below and above the designed threshold field strength Fcrit using current voltage characteristics and photoluminescence (PL) spectroscopy.
The wide range of fluorescent phenotypes and the inability of the average population properties to fully characterize network behavior, indicate the importance of taking into account cell population heterogeneity when designing such a gene-switching network for biotechnological and biomedical applications.
Such results suggest an unexplored, potential link between birdsong characteristics and population properties.
Our results also have profound implications for understanding the functional and population properties of ES cells and they also indicate new strategies for surface marker screening.
In Roosevelt, which has a large black and Hispanic population, property was judged to be overassessed by about 16percentt.
The real effect of this convention is that we approach Population property independently on its position in the tuple described by the associated functional database schema.
Statistical epistasis is a population property, and is a function of both allele frequencies and the biological interaction among genes [13], [14].
In summary, we are the first to connect a stem cell factor with ABC genes that are responsible for the side population property, a property shared by various normal and cancer stem cells.
Readers should note that this property is observed within neurons as a function of frequency, and differs from the population property that has also been widely observed, where neurons tuned to low frequencies tend to have larger best ITDs than high-frequency neurons (McAlpine et al., 1996; Hancock and Delgutte, 2004; Joris et al., 2006; Day and Semple, 2011; Bremen and Joris, 2013).
