Phylogenetic clustering methods were used to elucidate the chemical nature of receptor ligands, which led to the identification of natural ligands for many orphan receptors [ 9- 14].
Phylogenetic clustering methods were used to elucidate the chemical nature of receptor ligands, which led to the identification of natural ligands for many orphan receptors.
Applications of the method to the identification of natural frequency, damping and profile errors are shown.
One of the most popular visual identification of natural markings of an animal is the photo-identification (photo-id) technique.
Reports of isolation and identification of natural products from marine sponges are being published since early 1950's.
Of special interest is the identification of natural and intrinsic mechanisms that limit the escalation of energetics.
They suggest that such studies could lead to the identification of natural chemicals that could be used as bait in mosquito traps.
This indicates that the MALDI-based identification of natural Monilinia brown rot infections is possible as long as a particular lesion is caused by one fungal species.
Identification of natural antibacterial agents from various sources that can act effectively against disease causing foodborne bacteria is one of the major concerns throughout the world.
This method of exploring small RNA profiles in rice has also lead to the identification of natural antisense miRNAs in rice [47].
Lauro et al. (2011) collected a dataset of proteins involved in cancer and tumor development for antitumor target identification of natural bioactive compounds.
