AbstractWe show that Macula's claim of a Hamming distance 4 between any two candidate sets of positive clones in his pool design is incorrect. However, a previous proof of his on a weaker result (with a condition on design parameters) is correct. We also show that the condition is sharp and the distance 4 result is also sharp for arbitrary parameter values
Abstractd-Disjunct matrices, d¯-separable matrices and d-separable matrices are well studied in vari...
AbstractWe propose two new classes of non-adaptive pooling designs. The first one is guaranteed to b...
Life can be separated from dead organic matter by looking at two characteristics: growth and reprodu...
AbstractWe show that Macula's claim of a Hamming distance 4 between any two candidate sets of positi...
AbstractGiven n clones with some positive ones, the problem of DNA screening is to identify all posi...
AbstractMacula proposed a novel construction of pooling designs which can effectively identify posit...
AbstractIt is well known that many famous pooling designs are constructed from mathematical structur...
AbstractIn using pooling designs to identify clones containing a specific subsequence called positiv...
AbstractPooling designs are standard experimental tools in many biotechnical applications. It is wel...
In this paper, we study the pooling experiments for screening clone maps. Clones are overlapped and ...
AbstractA first step in the investigation of long DNA molecules is often to create a library of clon...
Pooling design is a very helpful tool for reducing the number of tests for DNA library screening. A ...
Pooling designs are used in clone library screening to ef � ciently distinguish positive clones from...
DNA microarrays constitute an in vitro example system of a highly crowded molecular recognition envi...
AbstractPooling design is an important research topic in bio-informatics due to its wide application...
Abstractd-Disjunct matrices, d¯-separable matrices and d-separable matrices are well studied in vari...
AbstractWe propose two new classes of non-adaptive pooling designs. The first one is guaranteed to b...
Life can be separated from dead organic matter by looking at two characteristics: growth and reprodu...
AbstractWe show that Macula's claim of a Hamming distance 4 between any two candidate sets of positi...
AbstractGiven n clones with some positive ones, the problem of DNA screening is to identify all posi...
AbstractMacula proposed a novel construction of pooling designs which can effectively identify posit...
AbstractIt is well known that many famous pooling designs are constructed from mathematical structur...
AbstractIn using pooling designs to identify clones containing a specific subsequence called positiv...
AbstractPooling designs are standard experimental tools in many biotechnical applications. It is wel...
In this paper, we study the pooling experiments for screening clone maps. Clones are overlapped and ...
AbstractA first step in the investigation of long DNA molecules is often to create a library of clon...
Pooling design is a very helpful tool for reducing the number of tests for DNA library screening. A ...
Pooling designs are used in clone library screening to ef � ciently distinguish positive clones from...
DNA microarrays constitute an in vitro example system of a highly crowded molecular recognition envi...
AbstractPooling design is an important research topic in bio-informatics due to its wide application...
Abstractd-Disjunct matrices, d¯-separable matrices and d-separable matrices are well studied in vari...
AbstractWe propose two new classes of non-adaptive pooling designs. The first one is guaranteed to b...
Life can be separated from dead organic matter by looking at two characteristics: growth and reprodu...