The contents were eluted with increasing order of polarity: n-hexane: ethyl acetate solvent system i.e. 100% n-hexane, 2% ethyl acetate, 4% ethyl acetate, 6% ethyl acetate till 100% ethyl acetate was passed through the column.
The best fit was obtained with a deterministic multicompartmental model compared with stochastic Gn and GnG1 models with increasing order of age dependency (n = 1 to 5) for both sampling sites.
Input: E: n X m gene expression matrix Output: SB: List of seed biclusters Steps: 1. Individual dimension-based clustering For each m individual condition, do: A. Align gene set G={ g 1, g 2,… g n } to G'={ g 1 ', g 2 ',.., g n ' } in increasing order of gene expression value, where g 1 ' ≤ g 2 ' ≤, …, ≤ g n-1 ' ≤ g n '.
Let P m be numbered in increasing order of its entries, P m = { n m ( 1 ), n m ( 2 ), … } and denote d m = max { | n m ( i + 1 ) − n m ( i ) | : i ≥ 1 }.
For convenience, the neurons are labeled from 1 to N in the increasing order of the value for.
Remark 1 Let s and t be two sequences, N a positive integer, and [ D1,..., D N ] an optimal N-map of s over t with diagonals D1,..., D N indexed following the increasing order of their s-intervals.
Let X 1, X 2, …, X n be innid discrete random variables and X 1 : n ≤ X 2 : n ≤ ⋯ ≤ X n : n be the order statistics obtained by arranging the n X i 's in the increasing order of magnitude.
Solvent system was developed using ethyl acetate: n-hexane mixture with increasing order of polarity.
To sort the crude methanol extract (AGME) in increasing order of polarity it was dissolved in distilled water (6 g/250 ml) and passed through different solvents (250 ml each) in the order of n-hexane → ethyl acetate → n-butanol to get n-hexane fraction (AGHE), ethyl acetate fraction (AGEE) and n-butanol fraction (AGBE) by using 500 ml separating funnel.
We sort (mathcal {N}(s)) in increasing order of V u and denote the sorted neighbor list by (mathcal {N}^{prime }(s)).
