Computational Chemistry & Bioinformatics Platform
A powerful visual workflow platform for computational chemistry and bioinformatics, featuring 100+ specialized nodes with drag-and-drop interface, integrated engines (AutoDock Vina CPU/GPU, GROMACS, RDKit, OpenBabel), 8+ ML algorithms, ADMET prediction (ADMETLAB, ProTox-III, Molsoft), support for 15+ molecular file formats, and 20+ plot types with interactive 3D molecular viewers (NGL.js) and ProLIF analysis.
Bioshift combines 100+ specialized nodes with the best computational chemistry and bioinformatics tools in a unified, visual platform. From molecular docking and dynamics to quantum chemistry, machine learning, and advanced analytics, streamline your entire research workflow.
Build complex computational pipelines with 100+ specialized nodes using an intuitive drag-and-drop canvas. Features real-time workflow validation, undo/redo support, node resizing, and automatic connection management for seamless workflow creation.
Complete AutoDock Vina integration with both CPU and GPU (CUDA) versions. Includes receptor/ligand preparation nodes, grid search optimization, Vina Split for result management, docking analysis, and molecular merging capabilities.
Full GROMACS workflow integration: system preparation, energy minimization, NVT/NPT equilibration, production MD simulations, MDAnalysis for trajectory analysis, CHARMM-GUI input support, XTC extraction, and interactive trajectory visualization.
Native support for 15+ file formats: molecular (SDF, MOL, MOL2, PDB, PDBQT, XYZ), data (CSV, Excel, TXT, JSON). Features automatic format detection, batch processing, folder input/output nodes, and specialized viewers for each data type.
Web-based ADMET prediction via ADMETLAB scraping, ProTox-III toxicity assessment, Molsoft property calculations. Each with dedicated analysis nodes for comprehensive drug-likeness evaluation and ADMET profiling.
Scikit-learn integration with 8 algorithms: Logistic Regression, Random Forest (Classifier/Regressor), SVM/SVR, KNN, Linear Regression. Complete model lifecycle support (train/test split, save/load, predict), plus K-means/Agglomerative clustering and PCA.
Interactive visualization with 2D structure drawing, 3D molecular viewer (NGL.js-based Web3DViewer), ProLIF protein-ligand interaction fingerprinting, trajectory viewers for MD, and 20 plot types including scientific plots (volcano, ECDF, pair plots).
Direct integration with chemical databases: PubChem compound search, RCSB PDB protein structure retrieval, and KNApSAcK natural products database scraping. Automatic data format conversion and batch retrieval support.
Modular plugin architecture supporting custom node development. Features automatic plugin discovery from plugins folder, dynamic loading/reloading, and a complete plugin API. Includes example 'hello_biosift' plugin as template.
Complete workflow management with .bsw file format for saving/loading. Features recent projects dialog on startup, workflow validation with visual feedback, execution state tracking, and automatic temp file cleanup per session.
RDKit and OpenBabel engines for molecular processing: structure minimization with force fields (UFF, MMFF94), 3D conformer generation with genetic algorithm, structure validation, and format conversion between molecular file types.
Pandas-based data manipulation nodes: Select Columns, Filter Rows by conditions, Slice Rows by index, Drop Duplicates, Sort Rows, and Merge DataFrames. Complete data processing pipeline for tabular data analysis.
Specialized chromatography workflow: ChromReader for data import, signal smoothing algorithms, baseline correction, automated peak detection, peak integration for quantification, and interactive ChromViewer for visualization.
RSA workflow nodes for experimental optimization: RSA Preparation for data setup, RSA Fitting for response surface model generation, and RSA Surface for 3D visualization of response surfaces and optimization landscapes.
Built with PySide6 (Qt) for native performance. Features session-based temp directory management, resource compilation system, splash screen with loading progress, and professional Windows distribution. Available after licensing.
Join researchers worldwide who are using Bioshift to accelerate their computational chemistry and bioinformatics projects.
Bioshift brings together the most powerful computational chemistry and bioinformatics tools in a single, cohesive platform. No more switching between different software packages.
Standard molecular docking with AutoDock Vina CPU version
CUDA-accelerated Vina for high-throughput virtual screening
Automated protein preparation for docking (PDBQT conversion)
Ligand preparation with charge and torsion assignment
Parse and analyze docking results with scoring metrics
Split multi-model PDBQT files from docking results
Define search box parameters for docking simulations
Combine multiple molecular structures into single file
Generate topology and prepare system with pdb2gmx
Energy minimization using steepest descent algorithm
NVT and NPT ensemble equilibration protocols
Production MD runs with mdrun engine
RMSD, RMSF, radius of gyration trajectory analysis
Import CHARMM-GUI generated system files
Edit molecular dynamics parameter (.mdp) files
Extract frames from compressed trajectory files
Plot energy, temperature, pressure from .edr files
NGL.js-based trajectory visualization
UFF or MMFF94 force field minimization
Multiple force field options (GAFF, MMFF94, UFF)
Generate low-energy 3D conformers with ETKDG
Split data with stratification support
Scikit-learn logistic regression with regularization
Ensemble tree classifier with feature importance
Support Vector Classification with RBF/linear kernels
K-nearest neighbors with distance metrics
Ordinary least squares linear regression
Ensemble tree regressor for continuous targets
Support Vector Regression with kernel tricks
Pickle-based model serialization
Batch prediction and model evaluation
Column selection, row filtering, sorting operations
Join dataframes and remove duplicate rows
Partition data into K clusters with elbow method
Hierarchical clustering with dendrogram
Principal Component Analysis for feature reduction
Confusion matrix, precision/recall, MSE/R²
Fetch ADMET properties via ADMETLAB 3.0 API
Parse and visualize ADMET prediction results
ProTox-III toxicity class and LD50 prediction
Toxicity endpoint analysis and alerts
Drug-likeness and molecular properties
Property radar charts and rule-of-five
RDKit-based 2D structure depiction
Protein-ligand interaction fingerprinting
NGL.js molecular viewer in embedded browser
SDF, MOL, MOL2, PDB, PDBQT, XYZ with RDKit
CSV, Excel, TXT, JSON with pandas
Save molecules, dataframes, plots, text
Search compounds by name/SMILES/InChI
Fetch protein structures by PDB ID
Extract natural product data
Select subset of DataFrame columns
Filter rows by column conditions
Extract rows by index range
Remove duplicate rows by column values
Sort DataFrame by one or more columns
SQL-style joins (inner, outer, left, right)
Read chromatography data files
Savitzky-Golay and moving average filters
Polynomial and asymmetric least squares
Scipy peak detection with parameters
Peak area and height calculation
Plotly-based chromatogram viewer
Prepare factorial design matrix
Fit polynomial response surface models
Interactive 3D surface and contour plots
Load pickled scikit-learn models
Serialize models to disk
Evaluate model on test data
Generate predictions on new data
Windows 10/11 (64-bit)
Native Windows application
8GB RAM minimum
16GB+ recommended
~14GB installer
14GB+ for engines & data
NVIDIA GPU optional
CUDA 11.0+ for acceleration
Get started quickly with our comprehensive collection of example workflows. Each example includes step-by-step instructions and can be used as a template for your research.
Create and edit molecular structures with interactive 2D drawing tools
Interactive 3D visualization of molecular structures with NGL.js integration
Protein-ligand docking with AutoDock Vina and result analysis
Complete molecular dynamics simulation workflow from setup to analysis
Molecular structure minimization and energy optimization
Structure optimization using OpenBabel force fields
Generate and analyze molecular conformers for structure-activity studies
Predict drug absorption, distribution, metabolism, and toxicity properties
Predict molecular toxicity and identify potential toxicophores
Predict molecular properties using Molsoft tools
Merge and combine multiple chemical datasets
Remove duplicate entries from chemical datasets
Filter dataframe rows based on specific criteria
Select and manipulate specific dataframe columns
Sort dataframe rows by specified columns
Slice and extract specific row ranges from dataframes
Create publication-ready plots with matplotlib and seaborn
Scrape and download molecular data from PubChem database
Scrape and download molecular data from KNApSAcK database
View and analyze protein structures from Protein Data Bank
Analyze protein-ligand interactions with fingerprint generation
Our community is constantly creating new workflows. Join our GitHub community to share your workflows and discover what others have built.
Bioshift is a premium computational chemistry and bioinformatics platform. Contact us to get your license and download link. We offer flexible pricing for individual researchers, academic institutions, and enterprises.
For individual researchers and personal use only
Special pricing for educational institutions and research
For organizations and commercial research teams
Check our comprehensive documentation, explore our features, or contact us for licensing and support.
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Comprehensive guides, tutorials, and reference documentation for Bioshift - a visual workflow platform with 110+ specialized nodes for computational chemistry and bioinformatics, featuring AutoDock Vina, GROMACS, RDKit, Scikit-learn ML, and 20+ plot types.
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Different paths for different research interests. Pick the one that matches your goals.
Master AutoDock Vina for drug discovery and virtual screening
Learn GROMACS for protein simulations and trajectory analysis
Learn Scikit-learn algorithms and data processing workflows
Master molecular structure processing and interactive visualization
Learn drug property prediction and safety assessment
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