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MolecularCloud is a platform where scientists can share plasmids with other scientists. In addition, this platform can be used as educational resources that highlight new concepts in biological sciences and provide access to experimental protocols, bioinformatics tools, webinars and podcasts.
MolecularCloud promotes researchers to share their stories and their professional expertise. Join us and send your manuscript to plasmid@genscript.com, once your manuscript is selected, you will receive the surprise gift from MolecularCloud.
Several decades have passed since the birth of molecular biology, yet the list of its key definitions and concepts keep expanding. Review the following list of #What to freshen up what you already know or learn about the new ones you have never heard of. To Make Research Easy, MolecularCloud platform provides a large database of useful protocols. Review the following list of #How to get the protocols to help you with your current or future experiments.
- What are the advances in CRISPR technology?
- What can the scientific community do next?
- Can the experimental drug, remdesivir defeat 2019-nCoV?
- How to detect the 2019 novel coronavirus?
- What are the breakthroughs published in Science?
- What are the breakthroughs published in Cell?
- What are the breakthroughs published in Nature?
- What is Gibson assembly?
- What is Golden gate assembly?
- What is Gateway assembly?
- How to make E. coli chemically-competent cells and transform?
- How to make E. coli electro-competent cells and transform?
- How to make yeast competent cells and yeast cell transformation?
In the age of artificial intelligence (AI), successful design and execution of many research projects relies on access to advanced algorithms. Here we have listed several bioinformatics tools developed by GenScript scientists to Make Research Easy for you. Browse through them and use them free of charge from anywhere in the world.
During the findings of each research, there are many interesting stories. In the podcast, you can listen to the stories behind these exciting scientific findings.
Watch webinar and gain information regarding strategies, techniques, services, and products that can streamline your research and help you avoid common pitfalls in experimental design and implementation.
- Rapid Assembly of Gene Variant Libraries to Engineer Proteins for User Defined Goals New!
- A BRAVE Approach for Generating Novel AAV Vectors
- Expression of Toxic Genes in E. coli: Special Strategies and Genetic Tools
- Building DNA Libraries to Explore the Combinatorial Design Space
- A Guide to Harnessing DNA Assembly for Drug Discovery
- Understanding and Designing Flanking Homology DNA Assembly Experiments
- Engineering Cell Behavior with Synthetic Biology
- Building a Synthetic Eukaryotic Genome: Design, Construction and Application
- Gene variant libraries: design, construction, and research applications
- Codon optimization: Why & how to design DNA sequences for optimal soluble protein expression
- A Guide to CRISPR /Cas9 Delivery: How to Maximize Your Editing Efficiency
- CRISPR solutions: how to choose and implement CRISPR in your research
- Can CRISPR/Cas9 off-target genomic editing be avoided? Ways to improve target specificity
- Cancer immunotherapy: advancing and accelerating immuno-oncology research and development
- The Promise of AAV-Mediated Antibody Delivery for the Prevention and Treatment of HIV Infection New
- Oligo pools: design, synthesis, and research applications
- Understanding and Designing Flanking Homology DNA Assembly Experiments
- Engineering Cell Behavior with Synthetic Biology
- Plant biology: pitfalls and solutions to frequently used research techniques
- Cancer immunotherapy: advancing and accelerating immuno-oncology research and development
- Expression vectors: how to choose, or customize, vectors for gene & protein expression
- Clone less, know more: efficient expression optimization of proteins and pathways using the RBS calculator
- Codon optimization: Why & how to design DNA sequences for optimal soluble protein expression
- Gene variant libraries: design, construction, and research applications
- Building a Synthetic Eukaryotic Genome: Design, Construction and Application
- Fusion partners for recombinant soluble protein production in E. coli
- Large scale genome editing for metabolic engineering of E. coli
- Optimizing soluble protein expression: codon optimization, RBS design, and expression vector design
- Genetic variants: tips & techniques for creating novel synthetic genes
- How CRISPR Is Being Used to Prevent GMO Contamination New!
- CRISPR Based T Cell Editing: Large knock-ins in human T cells using non-viral HDR templates
- Strategies to Efficiently Generate CRISPR KO/KI Cell Lines
- A Guide to CRISPR /Cas9 Delivery: How to Maximize Your Editing Efficiency
- CRISPR solutions: how to choose and implement CRISPR in your research
- Can CRISPR/Cas9 off-target genomic editing be avoided? Ways to improve target specificity
- CRISPR-edited mammalian cell lines: advantages, applications, and tips for using this revolutionary technology
- CRISPR gRNA libraries: design options, applications, and how they can accelerate your genetic screening studies
- Applications of CRISPR-Cas9 for disease research
- Amplified Extracellular Vesicles Generation Triggered by Peptide Polymerization New
- Identification of Relevant Antigenic Targets for Successful Liver Cancer Immunotherapy New
- Cell Penetrating Peptides in Cancer Therapy
- Peptide libraries: applications, design options and considerations
- Peptide design strategy: basics, optimization, and application
- Protein or peptide antigen: choosing the optimal immunogen for antibody production
- Avoiding peptide assay failure: hidden problems and solutions
- AccuPep QC: an overall examination of your peptide
- Tips to Generate & Troubleshoot ELISA Experiments for Your Application New
- Using Structural Biology to Design New Vaccines
- 3 Tips to Generate The Perfect Immunofluorescent Image
- Bispecific Single-Domain Antibody fused to Monoclonal Antibody (SMAB): The Natural Form
- Bispecific Antibodies: The Next Generation of Antibody Therapeutics
- Rabbit Monoclonal Antibodies in Tissue Diagnostics
- Boost Recombinant Protein and Antibody Yields in Transient Systems
- Peptide or Protein, That is the Question: Antigen Strategy for Antibody Production
- MonoRab® Generating Rabbit mAbs with Better Affinity and Specificity for Challenging Targets
- Integrated Antibody Drug Discovery: Lead Generation, Characterization and Optimization
- Using High Throughput Antibody Screening Approaches to Accelerate Drug Discovery
- Characterization of the host antibody responses against anti-HIV/SIV antibodies delivered with AAV
- Hybridoma generation for therapeutic antibody drug discovery and applications
- Analyzing antibody sequence for recombinant antibody expression
- Anti- idiotypic antibodies – a powerful tool for antibody drug studies
- DNA immunization: Powerful tools for antibody drug development
- Antibody drug development: challenges & solutions
- Recombinant antibody production in therapeutic antibody projects
- Anti-idiotype antibody generation and application in antibody drug discovery
- Antibody generation: challenges and solutions
- The role of LC-MS in antibody drug discovery
- Characterizing B cells and Their Antibodies Using Single-Cell RNA Sequencing (scRNA-seq) New
- A Novel Endotoxin-free Microbial Recombinant Protein Expression System: Solutions for Difficult ProteinsNew!
- Boost Recombinant Protein and Antibody Yields in Transient Systems
- Tips of the Trade: Recombinant Protein Expression and Purification Techniques
- Development of a Potential Recombinant Protein Vaccine in E. Coli
- Chaperone co-expression strategies for recombinant soluble protein production in E. coli
- Optimizing conditions for recombinant soluble protein production in E. coli
- Efficient stable cell pool/cell line development for large-scale antibody and protein production
- Recombinant protein production in baculovirus/insect expression system
- Accelerating Lead Identification Through Paramagnetic Bead Purification Technology New!
- Recombinant protein expression & purification: challenges and solutions
- Stem cell culture: choosing the best conditions for optimal expansion and differentiation
- Recombinant protein applications: choosing the best cytokine, growth factor or chemokine for your experimental system
- Identify the optimal protein purification strategy for your recombinant protein production
- Leveraging GenScript's cytokines, antibodies, and protein purification tools to explore Ideas for your next grant
- Introduction to immune checkpoints – the new hot target for cancer immunotherapy