Sentence examples for functional make up from inspiring English sources

This annotation is based on one-to-one mapping between FSFs and molecular functions and utilized before to describe the functional make up of cellular proteomes [ 27].

While the functional make up of the urancestral sets was complex, they represent only 5-115-11%the 1,420 FSFs of extant proteomes and their make up and reuse was at least 5 and 3 times smaller than proteomes of free-living organisms, repectively.

By S, we denote the class of functions f ∈ A, which are univalent in U. A typical problem in geometric function theory is to study a functional made up of combinations of the coefficients of the original function.

The neighbor protein(s) with GO annotation were considered as classified protein(s); (2) Calculate the numbers of neighbor proteins with GO annotation and in the GO functional category; (3) If the number of neighbor proteins with a certain GO functional category make up more than 25% of the total number of neighbor proteins, then the GO annotation is assigned to the unclassified protein.

The project aims to fully describe the list of common ingredients (functional elements) that make up the human genome (Fig. 1).

Interestingly, these naturally occurring compounds do not contain the typical zinc bind functional groups, which make up a large majority of CA inhibitors known.

After our move to MIT in 1999, we began to study the interaction between abrupt changes in early visual activity and the biochemical and functional make-up of visual synapses (Shi et al., 2000; Yoshii et al., 2003; Townsend et al., 2003; Lu and Constantine-Paton, 2004).

This suggests that the functional make-up of disease genes represents a confounding factor when studying their topological properties.

Previously, we utilized GO classifications to assess the underlying functional make-up of clusters formed by analysis of the raw data alone [ 21].

This suggests that a large part of the differences for clustering coefficient in these two disease sets derive from their functional make-up.

If this is the case, then the topological properties of disease genes may contribute only a limited amount of new information beyond what is already implied by their functional make-up, thereby lessening their impact in furthering our understanding of disease pathology or in uncovering new disease genes.