Facilitates making a connection to the 
  'Revenera' API and executing various queries. You can use it to
  get event data and metadata. The 'Revenera' documentation 
  is available at 
  <https://docs.revenera.com/ui560/report/>. This package is not 
  supported by 'Flexera' (owner of the software).

Decoupled (e.g. separate averages) and censored (e.g. > 100 species) variables are continually reported by many well-established organizations (e.g. World Health Organization (WHO), Centers for Disease Control and Prevention (CDC), World Bank, and various national censuses).  The challenge therefore is to infer what the original data could have been given summarized information.  We present an R package that reverse engineers decoupled and/or censored count data with two main functions.  The cnbinom.pars function estimates the average and dispersion parameter of a censored univariate frequency table.  The rec function reverse engineers summarized data into an uncensored bivariate table of probabilities.

Tests linear regressions for significance reversal through leave-one(multiple)-out and shifting/addition of response values. The paradigm of the package is loosely based on the somewhat forgotten "dfstat" criterion (Belsley, Kuh & Welsch 1980 <doi:10.1002/0471725153.ch2>), which tests influential values in linear models from their effect on statistical inference, i.e. changes in p-value.

A tool for detecting reversions for a given pathogenic mutation from 
	next-generation DNA sequencing data. It analyses reads aligned to the locus of the 
	pathogenic mutation and reports reversion events where secondary mutations have 
	restored or undone the deleterious effect of the original pathogenic mutation, e.g., 
	secondary indels complement to a frameshift pathogenic mutation converting the 
	orignal frameshift mutation into inframe mutaions, deletions or SNVs that replaced 
	the original pathogenic mutation restoring the open reading frame, SNVs changing the 
	stop codon caused by the original nonsense SNV into an amino acid, etc.