KSAK is the FM campus radio station of the Mt. San Antonio College in Walnut, California. Broadcasters and producers from local commercial radio stations teach classes at the college and supervise students who produce and announce news and music programming.

2017年2月1日 · Ksak, a novel high-throughput tool for alignment-free phylogenetic analysis Resources

2023年3月29日 · In this paper, we present Ksak, a novel high-throughput tool for alignment-free phylogenetic analysis. Ksak computes the pairwise distance matrix between molecular sequences, using seven widely accepted k -mer based distance measures. Based on the distance matrix, Ksak constructs the phylogenetic tree with standard algorithms.

2017年2月1日 · As shown in the Fig. 1, we developed Ksak - a tool that not only efficiently computes seven widely accepted k-mer statistics: Chebyshev (Ch), Manhattan (Ma), Euclidian (Eu), Hao, d2, d2S and d2star, but also performs alignment-free phylogenetic analysis.

Ksak是一款基于.Net框架设计的一款用于比对DNA或RNA序列的软件。 可以快速地将输入的序列根据一定的比对算法和聚类算法生成一棵物种演化树。 展开 收起

2023年3月30日 · In this paper, we present Ksak, a novel high-throughput tool for alignment-free phylogenetic analysis. Ksak computes the pairwise distance matrix between molecular sequences, using seven widely accepted k-mer based distance measures. Based on the distance matrix, Ksak constructs the phylogenetic

90.1 MtRock (KSAK 90.1 FM) is a Variety radio station licensed to Walnut, CA, and serves the Los Angeles radio market. The station is currently owned by Mount San Antonio College. Listen to 90.1 MtRock (KSAK) Variety radio station. Stream live on your computer, mobile phone, or tablet.

In this paper, we present Ksak, a novel high-throughput tool for alignment-free phylogenetic analysis. Ksak computes the pairwise distance matrix between molecular sequences, using seven widely accepted k-mer based distance measures. Based on the distance matrix, Ksak constructs the phylogenetic

As shown in the Fig. 1, we developed Ksak - a tool that not only efficiently computes seven widely accepted k-mer statistics: Chebyshev (Ch), Manhattan (Ma), Euclidian (Eu), Hao, d2, d2S and d2star, but also performs alignment-free phylogenetic analysis.

In this paper, we present Ksak, a novel high-throughput tool for alignment-free phylogenetic analysis. Ksak computes the pairwise distance matrix between molecular sequences, using seven widely accepted k-mer based distance measures. Based on the distance matrix, Ksak constructs the phylogenetic