While techniques exist for the identification of NoV, the lack of a reliable cell culture system, NoV genetic variability, and time-consuming sample preparation steps required to isolate the virus (or its genome) prior to molecular based methods has hindered rapid virus detection.
However, the differential increase appears less marked for molecular based methods [32].
For example, recent applications of molecular based methods have shown that individual pine seedlings can support several genotypes of Hebeloma cylindrosporum, and a typical m2 of forest floor contained ∼9 genotypes of this species [28], [29].
Molecular based methods are not themselves without bias, with such bias known in the amplification process which will impact on both PCR and RT-PCR steps [ 34, 35].
The reverse line blot hybridization assay (RLB) has been used to detect Mhf and CMhm in cats [ 18] however this assay has not been compared to other more sensitive molecular based methods.
The molecular beacon based method is likely to be much better than the antibody-based method in that the availability of target molecules (mRNAs) is quite large and the cost of synthesizing molecular beacons is low compared with that of generating antibodies (even if multiple cell surface protein markers are available).
Here we evaluate the performance of a molecular dynamics based method for predicting the binding affinities of different types of human thrombin inhibitors.
To further establish the molecular beacon based method for detection and sorting of stem cells (including cancer stem cells and iPS cells), research is being conducted to demonstrate the sensitivity, specificity and safety of this technique.
In the FEBS Letters paper, we have clearly stated in the abstract that "We present here a fast molecular dynamics based method for determining the mechanisms of functional loss caused by mutations, and attributes to ascertain whether a mutation causes ALS", rather than highlighting the rare mutations.
The molecular-dynamics based method used the scoring matrix in Table 1, and the contact map method used the scoring matrix in Table 2.
