Bhatt, D. P., Chen, X., Geiger, J. D. & Rosenberger, T. A. A sensitive HPLC-based method to quantify adenine nucleotides in primary astrocyte cell cultures.
A stem loop-based method to quantify the replicative stem loop-basedel systemethodgue virus, wito high specificity and sensitivity is described.
Limitations on multidisciplinary staffing and workload are cited as major barriers to implementation of patient mobility protocols.15 Thus, our CVT-based method to quantify the staffing and time required to complete patient care activities promises to enhance our understanding of barriers or facilitating factors that contribute to adoption of best practices.
In the present study, we aimed to gain a detailed insight into the dynamics of HOPX-expressing alveolar epithelial cells (AECs) during lung injury and repair and established a flow cytometry (FCM -based method to quantiFCM -basedX-expressing cells in AECs.
The evolution of the intensity ratio between the G band (1585 cm−1) and the disorder-induced D band (1345 cm−1) with ion dose is determined, providing a spectroscopy-based method to quantify the density of defects in graphene.
This increased sensitivity is derived from the capability of the DNA-based method to quantify non-infective phage particles.
In this paper, we propose a wavelet-based method to quantify structural variation profiles to enable comparisons between genomes of closely related individuals, which may pave the way for the use of genome-wide structural information for a phylogenetic study.
In order to further validate our FACS-based method to quantify mitochondrial mass, we performed Western blot analyses of the mitochondrial complex IV subunit I, to quantify mitochondrial mass and to validate our FACS-based experiments for quantification by MitroTracker green staining (Invitrogen).
