ELMER: ELMER (Enhancer Linking by Methylation/Expression...

BIOC
ELMER: Inferring Regulatory Element Landscapes and Transcription Factor Networks Using Cancer Methylomes

R: ELMER (Enhancer Linking by Methylation/Expression...
ELMERR Documentation
ELMER (Enhancer Linking by Methylation

ped: Genotypic dataset in PED format

CRAN
waffect: A package to simulate constrained phenotypes under a disease model H1

R: Genotypic dataset in PED format
pedR Documentation
Genotypic dataset in PED format

peds: Full Peds Age Group

GITHUB
achafetz/adjuST: Adjust Site Tool Targets

R: Full Peds Age Group
pedsR Documentation
Full Peds Age Group

ped: 'ped' format description

BIOC
LEA: LEA: an R package for Landscape and Ecological Association Studies

R: 'ped' format description
pedR Documentation
ped format description

ped: Constructor function for an object of class ped

GITHUB
simrvprojects/SimRVPedigree: Simulate Pedigrees Ascertained for a Rare Disease

R: Constructor function for an object of class ped
pedR Documentation
Constructor function for an object of class

ped: Constructor function for an object of class ped

GITHUB
cnieuwoudt/SimRVPedigree: Simulate Pedigrees Ascertained for a Rare Disease

R: Constructor function for an object of class ped
pedR Documentation
Constructor function for an object of class

ped: Constructor function for an object of class ped

CRAN
SimRVPedigree: Simulate Pedigrees Ascertained for a Rare Disease

R: Constructor function for an object of class ped
pedR Documentation
Constructor function for an object of class

ELMER: Inferring Regulatory Element Landscapes and Transcription Factor Networks Using

BIOC
ELMER: Inferring Regulatory Element Landscapes and Transcription Factor Networks Using Cancer Methylomes

Package: ELMER
Title: Inferring Regulatory Element Landscapes and Transcription Factor
Networks Using Cancer

V3: HIV-1 V3 loop dataset for tropism prediction

CRAN
Interpol: Interpolation of amino acid sequences

R: HIV-1 V3 loop dataset for tropism prediction
V3R Documentation
HIV-1 V3 loop dataset for tropism prediction

ped: Hourly pedestrian counts in the city of Melbourne 2016

GITHUB
earowang/wanderer4melb: Shiny App for Wandering Around the Downtown Melbourne 2016

sensors in the city of Melbourne. The variables are as follows:
Usage
ped

ped: A Standard Linkage Pedigree File

CRAN
XHWE: X Chromosome Hardy-Weinberg Equilibrium

, these two alleles at a SNP marker are the same, because males have only one X chromosome.
Usage
data("ped")

ped: Simulated data on 20 families

CRAN
heritEWAS: Identify Heritable Methylation Marks

the relationship structure of 20 families
and phenotypic data on the family members
Usage

ped: Pedigree construction

CRAN
pedtools: Creating and Working with Pedigrees and Marker Data

constructor of ped objects. Utility functions for
creating many common pedigree structures are described in ped_basic. See
also

ped: Pedigree Object

CRAN
pbatR: Pedigree/Family-Based Genetic Association Tests Analysis and Power

objects of type ped or
pedlist to be used with the pbat commands.
The ped class inherits the data.frame structure

v3: Compute approximately unbiased variance estimates

GITHUB
shimlab/HMTree: Hidden Markov tree prior for analysis of multiple functional data

estimates for the estimators for logit(p) when n is small
Usage
v3(n, s, f)

lijingya/ELMER: Inferring Regulatory Element Landscapes and Transcription Factor Networks

GITHUB
lijingya/ELMER: Inferring Regulatory Element Landscapes and Transcription Factor Networks Using Cancer Methylomes

Package: ELMER
Title:
Inferring Regulatory Element Landscapes and Transcription Factor

adibender/ped: What the Package Does (One Line, Title Case

GITHUB
adibender/ped: What the Package Does (One Line, Title Case)

Package: ped
Title: What the Package Does (One Line, Title Case)
Version: 0.0.0.9000

MaizeGO.B73.v3: Data describing manually curated GO annotations for Maize

GITHUB
jrwalsh/MaizeGO: Container for Maize GO Annotation Data

B73 v3 identifiers (GRMZM's),
including the old BAC-based ids (AC's). Some GO type's are NA, possibly due to outdated

lhmet-ped/fuse.prep: Preparation Of Input Data For Fuse

GITHUB
lhmet-ped/fuse.prep: Preparation Of Input Data For Fuse

URL: https://github.com/lhmet-ped/fuse.prep
BugReports: https://github.com/lhmet-ped/fuse.prep/issues
Depends:

R/tidyverse-ped-methods.R:

GITHUB
adibender/pamm: Functions and Utilities for fitting Piece-wise Exponential (Additive) models

unped <- function(ped) {
class(ped) <- class(ped)[-1]
ped