Unique Solutions for Synthetic Biology

We empower academic, clinical, and industrial teams with quality tools that accelerate synthetic biology workflows

 

Workflow

End-to-End Synthetic Biology Workflow Solutions

Synthetic biology moves fast, but complexity, reagent variability, and slow iteration cycles can hold back research progress. Cosmo Bio USA helps teams overcome these barriers with curated, high-quality tools from specialty global suppliers supporting every stage from DNA assembly to functional testing, optimization, and scale-up.

Click on each step below to discover reliable, high-quality solutions — and the suppliers behind them — that empower you to design, build, and refine with greater speed, consistency, and scientific confidence.

DNA Synthesis & Assembly

F1-X™ Next-Gen Gibson Assembly®: One-Step Assembly of Complex, Multi-Fragment DNA Constructs

Specialized Nucleic Acid Amplification and Detection Kits

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High-Quality Molecular Biology Reagents and Kits

High-Fidelity DNA Polymerases, Thermostable Enzymes, and Reverse Transcriptases

Cell-Free & In Vitro Expression Systems

PUREfrex®: Cell‑Free Transcription–Translation System

CloverDirect™ tRNA Reagents for Site‐Directed Protein Functionalization

Advanced Cells and Tissue Culture Media

Characterization & Functional Testing

Specialized Characterization and Functional Testing Assays and Kits

Atlas Antibodies' MolBoolean™ Kit: Protein-Protein Interaction Measurements with Exceptional Specificity

MBL’s MHC Tetramers, ELISA Kits, and PCR Assays

Custom Monomer & Tetramer MHC class I & II service

ELISA Kit Catalog for Cytokines, Growth Factors, Hormones

Immunoglobulins and Cytokine ELISA Kits

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High-Throughput Analysis of Gel-Separated Proteins and Peptides

Prepacked Chromatography Resin Columns

Optimization, Validation, & Scale-Up

Cell-Based Analysis and Lab Automation Systems

SievewellSingle-Cell Analysis Platform for High Density Research

3D Cell Culture Hydrogel

Protein Engineering and Optimization with AcPET (Accelerated Protein Evolution Technology)

Product Recommendations

Accelerate Discovery with High-Throughput Synthetic Biology Tools

We support advanced applications such as antibody discovery, T-cell therapy development, peptide synthesis, and large-scale dataset generation using streamlined workflows designed for speed and reproducibility at scale. Explore below our selected products that enable some of the most important synthetic biology applications.

F1-X™ Next-Gen Gibson Assembly®

Fast, high-fidelity DNA assembly for multi-fragment cloning. F1-X enables seamless, efficient assembly of complex constructs in a single step, optimized for automation and high-throughput workflows. Ideal for pathway builds, vector construction, and complex assemblies in synthetic biology and molecular cloning.

PUREfrex®

Advanced cell-free protein synthesis system with customizable redox control to promote high yields of functional proteins, including those with disulfide bonds. Reduced contaminants and boosted production make this ideal for protein expression screening and rapid synthesis workflows.

CloverDirect™

Enables site-specific biotin incorporation into proteins via unnatural amino acids in cell-free systems like PUREfrex®. Perfect for precise labeling, functionalization, and downstream applications such as pull-downs or imaging.

Celloger® Pro Automated Live Cell Imaging System

Live cell imaging inside incubators with dual fluorescence and brightfield microscopy. Celloger Pro delivers real-time, multi-position time-lapse imaging for dynamic cell behavior studies, compatible with various vessel types and high-resolution workflows.

KOD One® PCR Master Mix

High-efficiency PCR master mix with robust amplification and proofreading activity. Enables fast cycling and successful amplification from challenging templates, including crude samples, with blunt-end products ideal for downstream cloning.

MolBoolean™ Mouse/Rabbit
Protein Interaction Kit

In situ protein-protein interaction assay that simultaneously visualizes free and interacting proteins in cells and tissues. Bolsters quantitative spatial data using highly sensitive fluorescence detection, providing deeper insight into cellular interaction networks.

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