Here, we implement the method to provide bias-reduced estimates via bootstrap re-sampling (BR-squared) for association studies of both disease status and quantitative traits, and we report the results of applying BR-squared to GWAS of psoriasis and HbA1c.
In the future version, more medicinal and pharmacological data will be added, such as the drug action mode: stimulation and inhibition, drug combination for various diseases etc. Particularly, we are planning to implement the physiologically based pharmacokinetics (PBPK) method to provide a more realistic description of the behavior of the substance in various tissues and organs.
Achieving such a target can be difficult in sedentary groups and especially in overweight/obese populations, therefore inventing simple, easy to implement methods which help to provide environmental cues and motivation to increase physical activity should be investigated.
Two new approaches, the so-called "box method" and "Ray Carlo method", are implemented to provide robust and accurate simulations of LiDAR waveforms for any landscape, atmosphere and LiDAR sensor configuration (view direction, footprint size, pulse characteristics, etc).
A custom image analysis method was implemented to provide multiparametric characterization of single-cell and spheroid phenotypes.
The purpose is to implement services to provide indexing and querying methods applied to things, i.e., heterogeneous (sensing, actuation, computing, storage, and energy sources) resources aggregated according to a given thing-like semantics and provided to final users, developers, SaaS providers, etc., as a service, thus named TaaS.
Further, our methods may be implemented to provide biologic context for GWAS of other diseases.
Invited FCHVs were from districts where Ipas was also implementing a program to provide medical abortion (MA) as an alternative to surgical abortion methods.
After the batch run, results are combined and returned together with input data plus model parameters as a biomvRCNS class object, for which a plot method has been implemented to provide integrative visualization of the segmentation results with optional annotation.
The validation procedure presented here was implemented to provide a standardized method to assess DNA-microarray data quality generated in our laboratory and should be well-suited for use in other laboratories.
