New sensor systems have been developed that allow us to incorporate other techniques for quantifying PA, such as heart rate monitors (23, 24).
New criteria have then been developed that allow discriminative learning of generative models.
In recent years, several innovative visualization techniques have been developed that allow for such navigation purposes.
A theoretical model and a simple analytical expression have been developed that allow for estimation of the average value of the current step magnitude in blocking collisions.
High-density fermentation conditions have been developed that allow for the selective secretion and accumulation of the expressed sCTgly at very high levels.
Single-step PCR-based methods have been developed that allow more facile and economical gene deletion, epitope and/or protein tagging, or promoter substitution than traditional methods.
In recent years, a number of c-MET-targeted molecular probes based on a c-MET binding peptide (cMBP) have been developed that allow the visualization of c-MET expression in vivo.
In recent years, workflows have been developed that allow for large scale chemical annotation content to be extracted in a batch automated fashion by means of text- and image-mining.
Thus, a range of software tools have been developed that allow to correlate the structure of a chemical scaffold and biological activities for example by utilizing chemical structure based hierarchical ontologies.
More recently, to limit the radiation dose erogated during multiphasic acquisitions, split-bolus MDCT urography protocols have been developed that allow for combined renal vascular, parenchymal and excretory acquisition.
Novel strains of immunodeficient mice have been developed that allow for the engraftment of human hepatopoietic stem cells, as well as functional human lymphoid cells and tissues, effectively creating human immune systems in otherwise immunodeficient mice.
