Bikasbasnettest

Bikas-AMMI-model

AMMI model analysis Folder

BLUP-model-for-Ideotype-Modeling

Circular-Bar-diagram-Code

Circular-Manhatton-Plot-Updated-Code-IN-R-Programming

#Hello Guys I have Successfully Created the Circular Manhattan Plot in R. #Here I used the Updated Version of the Code. #advantages when visualizing data representations, #Compact Representation #Visual Clarity #Integration of Multiple Features #Annotation Flexibility: #Aesthetically Pleasing #Exploration of Multiple Traits:

Cluster-analysis-in-R

Methods of Cluster analyis and Graph

Cross-validation-of-the-BLUP-AND-AMMI-model

A statistical method for predicting crop yields in different environments, compared to another statistical method

Differential-gene-expression-analysis-in-R

Differential gene expression analysis (DGEA) is a fundamental technique in bioinformatics to identify genes that exhibit significantly different expression levels between two or more experimental conditions. R, with its rich ecosystem of bioconductor packages, provides powerful tools to conduct DGEA.

Digaram-Repose-of-My-data-set

added updated diagram code Repopsitory

Experimental-Design-Aanlysis-code

PCA-analysis-in-R

#helloGuys, I have completely wrapped the PCA analysis Project in R. Please visit My Git hub account to see the Complete Code. #Eigenvalues in PCA are measures of the variance explained by each principal component.

Bikasbasnettest/Circular-Bar-diagram-Code

Bikasbasnettest/Experimental-Design-Aanlysis-code

Bikasbasnettest/Differential-gene-expression-analysis-in-R

Differential gene expression analysis (DGEA) is a fundamental technique in bioinformatics to identify genes that exhibit significantly different expression levels between two or more experimental conditions. R, with its rich ecosystem of bioconductor packages, provides powerful tools to conduct DGEA.

Bikasbasnettest/Path-diagram

Creation of the path diagram in R

Bikasbasnettest/Soil-data-code-2-factor-categorical-variables

Bikasbasnettest/Bayesian-Model-in-R-for-study-of-MET

Bikasbasnettest/Crime-investigated-Network-Plot-Qgrphics

Bikasbasnettest/DNA-project-for-the-Sample-study-By-Bikas

This is saample project in python for DNA 3D drawing that i have created for .

Bikasbasnettest/Dynamic-bar-chart

DCBF

Bikasbasnettest/Dynamic-line-chart

Bikasbasnettest/dynamic-line-graph-of-my-mung-bean-data-weather-temperature-data-

Bikasbasnettest/Final-Paper-

My final paper lists

Bikasbasnettest/Forced-directed-plot-in-R

Bikasbasnettest/genome.gff-file-learing-output

Bikasbasnettest/GWAS-study-

Genome Wide association study

Bikasbasnettest/Learning-python-with-Bikas-

This is the rough code that i used for the Learning of the Python for the data analyiss

Bikasbasnettest/Loaction-map-in-R

Bikasbasnettest/Modeling-updated-data-set-of-Mung-bean

RCBD one factor analyiss ,variability, PCA, RCA, MGIDi diagram and data code

Bikasbasnettest/Molecular-Analysis-of-variance-in-R

"Molecular analysis of variance" (MAV) is a statistical method used to partition genetic variation among different levels of organization. It is similar to the traditional analysis of variance (ANOVA) but is applied to genetic data, particularly when analyzing molecular markers such as SNPs (Single Nucleotide Polymorphisms) or microsatellites.

Bikasbasnettest/ODR-PHFO2

Possible help for other

Bikasbasnettest/Parallel-Coordiantes-plots-PCPin-R-P

Parallel Coordinate Plots for Gene Collinearity in R

Bikasbasnettest/PCA-cluster-biplot-AMMI-MTSI-WASB-ANALYISS-CODE-

Bikasbasnettest/Plant-DISEASE-CALCUATION-audpc

Bikasbasnettest/PPPNep1

A groundbreaking 1st Nepali R package for visualization of DMRT test result

Bikasbasnettest/QTL-draft-Project-From-conferences

Bikasbasnettest/Quadratic-plateau-response

Bikasbasnettest/RAP

Creation of the Relative abundence plot in R for the study of bacterial species abundence in any sphere

Bikasbasnettest/Response-surface-curve-of-more-2n-factors-plot-in-any-Exp-design

Bikasbasnettest/Tiles-plot-in-R

Development process of Tiles plot in R

Bikasbasnettest/Website-code