Search Results

• Services
• High-Throughput Screening Services
• Assay Development Services
• Cell Analysis Systems
• Flow Cytometers / Flow Cytometry Systems
• ELISA Plate Readers / Microplate Readers
• Multiplex Readers and Imagers
• Library Construction Services
• Antibody Production Services
• Cell-Based Assay Services

• PCR Troubleshooting Insights from Thermocycler Manufacturers
• RNA-Seq May Be Your Best Bet for Gene Expression Analysis
• Functional Genomics: Unraveling the Mysteries of Gene Expression
• Using CRISPR Single-Cell Screening to Reveal Gene Function at High Resolution
• Clone Selection Doesn't Have to Be a Guessing Game
• Choosing the Right PCR Strategy in Cell and Gene Therapy Development
• Designing Reproducible Stem Cell Differentiation
• How Digital Technologies and Automation Are Compressing Discovery Timelines Without Compromising Trust
• Replacing and Modernizing Your Lab’s Pipettes
• Traditional vs. Multiplex Immunohistochemistry

• Three Important Shifts Reshaping Bioanalysis
• Mapping Disease Through Advances in Spatial Phenotyping
• The Rise of 3D Cell Imaging
• Guide to Total Protein Normalization in Western Blotting
• Optimizing RNA Quantification for Downstream Success
• Transforming Organoids into Industrial-Grade Platforms
• Choosing the Right Cell Health Assay
• Next-Generation Sequencing Technology Update
• ELISA Data Analysis Best Practices
• From Hemocytometers to Advanced Tech: The Evolution of Cell Counting
• Digitizing Bioprocessing: Practical Lessons and Pitfalls for 2026
• Product Launches, News, and Trends from SLAS2026
• Optimizing Sample Preparation for Single-Cell Analysis
• Maximizing DNA Yield and Quality from FFPE Samples
• Cell Lines for Therapeutic Antibody Production
• Choosing Between Upright and Chest Lab Freezers
• Digital PCR in Translational Medicine
• Advances in Bottom-Up Proteomics
• Advancing Spatial Biology with Fluorescence-Based Multiplexed Imaging
• CO2 Incubators' Critical Role in CGT Research
• How Chromatography Data Systems Are Shaping Modern Analytical Labs
• A Look Ahead: Predictions for the Life Sciences in 2026
• A Practical Guide to Selecting a New Sequencer
• Expert Guide to Extracellular Matrices
• Trends in Quality Control of Engineered Cell Therapy Products
• The Growing Importance of Digital PCR in Research
• Organoids and Complex 3D Models: Transforming Drug Discovery and Biological Imaging
• Comparing Single-Cell RNA Sequencing Options
• Optimizing Cytokine Detection in Clinical Research
• Improving Yield and Quality in Nucleic Acid Extraction
• The Evolving Landscape of mAb Characterization
• Spatial Phenotyping Techniques and Applications
• A Guide to Commercial Multiplexing Platforms
• Measuring Endogenous Protein Interactions in Live Cells
• High Resolution Melt Analysis Principles and Applications
• Overcoming Challenges in Live-Cell Imaging of 3D Cell Cultures
• Advancing Disease Research Through Spatial Proteomics
• Advances in Spatial Immune Profiling
• Overcoming Challenges in Exosome Research
• Important Considerations for Immunoassay Selection
• Advances in tRNA Biology and Analysis
• Organoids Promise to Accelerate Parkinson's and Alzheimer’s Research and Drug Discovery
• Imaging Systems for 3D Cell Cultures
• Protein Quantification: Evolution, Current Technologies, and Future Directions
• Advancing Cancer Research with Modern Sequencing Tools
• Nucleic Acid Quantification Methods for Difficult Samples
• Advancing the Development of Monoclonal Antibody Cocktails
• Introduction to Single-Cell RNA Sequencing
• 3D Organoids vs 2D Cell Lines in Drug Discovery and Disease Modeling
• Single-Cell Sorting—Technologies, Applications, and Advances

• How Direct-to-Biology Is Accelerating Drug Discovery—An Expert Explains
• A Practical Guide to High-Titer Monoclonal Antibody Production
• Streamline Cell Counting with All-In-One Sampling and Staining
• Revolutionize Frozen Sample Handling and Tracking with Radio-Frequency Tagging
• Advancing CNV Detection with Digital PCR
• Top Five Reasons to Automate Manual Pipetting
• Automated Quality Control of Isolated Nuclei Enhances Single-Cell Genomics
• How In-Cell Westerns Can Advance Your Research
• Best Practices for Nuclei Extraction and Counting in Single-Cell Sequencing
• Transforming NGS Library Preps with Automation

• How to Produce High-Quality Recombinant Proteins
• How to Streamline iPSC Research and Development Workflows
• Solutions for Drama-Free mAb Development
• Streamline Cell-Line Development with Advanced Flow Cytometry
• The Lowdown on Single B Cell Antibody Technology
• qPCR or dPCR: Choosing the Right Solution for Your Research Needs
• Streamline Cytokine Research with Bead-Based Multiplexing
• Improving Gene Expression Analysis
• A High-Throughput Method for Optimizing Cell Line Development
• Advantages of Fully Integrated NGS Automation
• Bioprinting Applications, Tools, and Tips for Success
• Key Considerations When Running Your RT-qPCR Experiment
• Considerations for Optical In Vivo Imaging Experiments
• Improving the Accuracy of Automated Cell Counting
• When to Consider Single-Cell Approaches
• How to Achieve More Consistent Organoid Culture
• Best Practices for Human Whole-Genome Sequencing
• Advantages of NGS-based SNP Genotyping for Cell-Line Authentication
• Cell Counting Tips to Improve Single-Cell Sequencing Results
• Updating Your Lab to Address Sustainability Concerns
• Expand Your Single-Cell Genomics Studies with Proteomics
• Enhance Your Workflow with Advanced Flow Cytometry
• Tips and Tricks to Maximize Your Sequencing Resources
• How to Perfect an ELISA
• Optimizing Automated Primary Cell Counts
• Automate Your Way to More Consistent Results
• Qualitative or Quantitative? Getting the Most Out of Your Proteomics Data
• Eight Reasons to Consider Using TR-FRET
• Five Ways to Improve Immunoassay Sensitivity
• Better Together: Networking PCR in Your Lab
• Reasons to Consider Using Protein Arrays
• Sample Matrix Interference and Antigen Excess in Host Cell Protein Immunoassays
• qPCR Checklist: Steps to Better Results
• Considerations for Zebrafish Imaging
• Tackling Problems with HPLC Purification of Oligonucleotides
• Sample Quantity and Quality Control for Next-Gen Sequencing
• Digital PCR: Helpful Tips When Using Droplet Partitioning Technology
• Fluorescent Peptides: Valuable Tools for Medical Research
• Lab Scale Protein Purification
• Non-invasive small animal imaging using smart activity based probes (iABP™).
• Measuring Cell Migration
• Four Keys to Success in Automated NGS Library Preparation
• Capture Methylated DNA with SeqCap Epi
• Automating Tissue-Culture Cell Fixation and Staining in Microplates
• Enhancing Mass Spectrometry Sample Preparation with Automated Solid-Phase Extraction
• 3D Cell Culture: Is Your Microplate Reader Ready for an Extra Dimension?
• Get the Most Flex from Your Multiplexed HCS Assay: Fast and Robust Results Every Time
• The Magic’s In the Membrane: Choose Wisely for Best Western Blot Results
• Proteomics Platform Development Hinges on Biomarker Discovery Study Design
• When to Go Digital -- dPCR vs. qPCR
• Live-Cell Microscopy: Four Tips for Keeping Cells Healthy
• 4 Tips for Optimizing Your Microarray Workflow
• Optimizing Libraries in the NGS Workflow
• Unleashing the Power of qPCR
• Planning and Preparation Are Key to Successful Flow Cytometry

• Caltech Team Develops Inexpensive Microscope Autofocus Technique
• Mechanophenotyping Cytometer Measures Cell Elasticity Rapidly
• Connectome-seq Maps Neuronal Connectivity with Single-Synapse Resolution
• Engineering Fast-Acting Covalent Protein Therapeutics
• ATLAS Enables Scalable Modeling of Metastasis
• Robotic System Accelerates Creation of Lipid Nanoparticles
• REPROcode Developed to Accelerate Reprogramming of Immune Cells
• Study Identifies Transcription Factor Pertubations That Drive Cellular Rejuvenation
• CHANGE-seq-BE Detects Off-Target Effects of Base Editors
• Manual for Building Synthetic Eukaryotic Genome Published

• Automated Process Developed for Bulk Lung Organoid Production
• New Method Provides the Most Complete Picture of a Person’s Entire T-Cell Repertoire to Date
• SDR-seq Connects Genetic Variants to Disease in Single Cells
• New Microscope Captures Large Non-flat, High-Resolution Images in One Snapshot
• HiMDA Enables Rapid Detection of Gene and Cell Doping in Sports
• Evidence of HCV Found in Brain Lining of People with Schizophrenia and Bipolar Disorder
• Method to Rapidly Measure Cell Density Developed
• Novel Enzyme Target Identified for Lyme Disease Treatment
• Novel UV Light Method Enhances Protein Purification
• Epstein-Barr Virus Linked to Increased Risk of Crohn's Disease in New Study
• Drug Screening Method Improves Discovery of Tissue-Penetrating Peptides
• New Method Developed to Investigate Protein Glycosylation Dynamics
• MIT Researchers Develop Wireless Biosensing Technique Using Light-Detecting Antennas
• New Bioprinting Technique Accelerates Tissue Fabrication
• Single-Cell Proteomic Advances Enabled by Integrating Microfluidics and Mass Spec
• Caterpillar Fungus Chemical Shows Promise in Cancer Treatment
• Study Reveals Widespread Impact of Genetic Mutations on Protein Localization in Cells
• New Mass Spec Method Enables Precise Measurement of Molecules and Proteins
• Technique Merges Single-Molecule Imaging with Genomic Sequencing
• New Products, Technologies, and Services
• USC Researchers Develop AI Model to Improve Protein-DNA Binding Prediction
• Harvard-Led Team Enhances Mass Cytometry with DNA Nanotechnology
• Cellular Architecture Has Major Influence on Cell Fate Decisions
• BARseq Capabilities Expanded to Map Neural Pathways
• Yeast Cell Cycle Proteome Mapped
• vpCells Helps Visualize Subcellular Protein Dynamics
• Method Developed for Generating Orally Available Cyclic Peptides
• Continuous Flow Electrorotation Improves HT Measurement of Dielectric Properties of Cancer Cells
• New Method Uses Stimulated Raman Spectroscopy for High-Throughput Cell Sorting
• Methodology Reveals How Golden Staph Survives Inside Human Cells
• B Cell Follicle Organoids Used to Predict Efficacy of Conjugate Vaccines
• Novel Method for Measuring tRNA Abundance and Modification Developed
• New Cervical Cancer Model Designed to Interface with HT Methods
• Dub-seq Used to Better Understand Phages and How They Kill Host Bacteria
• Multi-omics Study Reveals Role of DNA Methylation in Alzheimer's Disease
• Neural Networks May Improve Accuracy of Fluorescence Microscopy
• New Microscopy Method Enables High-Throughput Quantitative Phase Imaging
• C. elegans Technique Identifies Genes Related to Aging
• New Tool Could Speed Identification of Disease-Associated Genes
• Bacterial Gene Transfer Found to Influence Fitness
• Researchers Reverse LSDs in Patient Cells and Mice
• New Proteomics Sample Prep Method Boasts Minimum Loss
• Quantitative Method Provides More Control Over DNA Editing
• New scRNA-seq Tool Overcomes Accuracy Issues
• Novel Computational Model Enables Efficient Aptamer Discovery
• Newly Identified tsRNA Implicated in Hepatocellular Carcinoma
• Yeast Collaborate to Develop Drug Tolerance
• AI-Assisted Probe Used to Engineer Stem Cells
• Tumor Organoids Improve Chordoma Outcomes
• Time-Reversal Matrix Speeds Volumetric Adaptive Optical Imaging
• Machine Learning Helps Visualize DNA Repair Factors
• High-Throughput Methodology Allows Direct Visualization of DNA Repair
• Darwin-Inspired Technique Speeds Target Protein Identification Process
• Optimizing Quantitative Phenotyping of Embryonic Disease Models
• RNAi Screen Used to ID 14 Genes that Promote Obesity
• Ancient DNA Sheds Light on Early Human History
• Streamlined Sequencing Sample Preparation Approach Developed
• Novel Method Helps Identify Binding Proteins
• Seq-Scope Repurposes Sequencing Platform for Spatial Transcriptomics
• SARSeq Enables Massive Parallel Testing for SARS-CoV-2
• Novel Method Makes Regulatory Element Identification Faster
• Novel Imaging Method Helps Reveal Spheroid Cellular Dynamics
• Automated NGS Platform Facilitates Large-Scale Monitoring of SARS-CoV-2
• Novel Method Improves tRNA Quantitation
• Anatomy of Miniature Brains Revealed
• Inhibition of Gene Set Allows Optic Nerve Cells to Regenerate
• SARS-CoV-2/COVID-19 Product & Technology News: Latest Updates
• Molecular Mechanisms Sensitive to Chemical Exposures Identified
• Proteins in EVPs Show Promise as Reliable Biomarkers for Cancer Detection
• Vikings Might Be to Blame for the Spread of Smallpox
• Membrane on a Chip Shows Promise for COVID-19 Drug Screening
• Improved Super-Resolution Microscope Reveals Centriole Structure
• Human Skeletal Muscle Atlas Developed
• Diagnosing the Cause of Blood Clots to Inform Treatment
• Inhibiting the Main Protease of COVID-19
• Availability of RNA Isolation Kits Not as Dire as Reported
• HT Epigenetic Drug Screening Now Possible
• TBIs May Cause More Vascular Damage than Nerve Damage
• Cell Death Blocking Compound Developed
• New Microscopy Technique Improves Single-Molecule Localization
• Optofluidic Chip with Smart Gate Aids Single-Molecule Analysis
• An Answer to Chronic Itch
• Studying Hepatitis B and Delta Infection in Cell Culture
• Bacteriophages Shape the Microbiome and the Metabolome
• Untangling the Factors that Make Up an Individual’s Proteome
• ECCITE-seq Facilitates Multimodal Single-Cell Analysis
• New Platform Allows Rapid Screening of Engineered Microbial Therapies
• New Pipeline to Develop Antimicrobial Lanthipeptides
• Cell-Free System Used to Study Transcriptional Regulation
• New Technique Improves Identification of Small Proteins
• Enterovirus Infection Could Trigger Type 1 Diabetes in Children
• Atlas of Immune Cells Associated with MS Provides Novel Insight
• Chromosomes and Big Data: Characterizing Immunity
• Improving Single-Cell RNA Sequencing
• Antidote against Botulinum Neurotoxin Identified
• Using Raman Microscopy to Detect Cancer Drug Resistance
• Sensitive, High-Throughput Protein Sequencing Developed
• Basophils Play Key Role in Lung Development
• Targeted Technique Identifies Nanoparticle Carriers for RNA Therapies
• Integrative Method Comprehensively Identifies Structural Variants
• New Atlas for Esophageal Cancer to Support Search for Biomarkers
• Improved Multicolor FRET Method Streamlines Protein Detection
• Neuroscience “Observatory” Launched
• A New Drug Discovery System for Identifying Phosphatase Targets
• New Target Identified in Tumor Immune Evasion
• DAmFRET Quantifies Nucleation in Vivo
• Single-Molecule Sequencing Used for Quantitative Analysis of DNA
• Frequent DIP-seq Technical Error Jeopardizes Some Results
• Rapid Cell ID and Sorting System Called Ghost Cytometry Invented
• Novel Method Facilitates Use of exRNA as Disease Biomarker
• P53 Monitoring Recommended in Therapeutic Use of CRISPR
• DIY Bioprocessing System for Cheap Ultra High-Throughput
• Platform Builds and Tests New Proteins Not Found in Nature
• Robots Ramp-Up Production of Organoids
• Colliding Forces Help Sort Cells
• 3D Screening Identifies Compounds Overlooked in 2D Approaches
• High-Throughput Sequencing Improves Diagnosis for Rare Cancer
• A Combo of Techniques Optimizes Glycoprotein Engineering
• Tracking Hundreds of Cells with the Power of SNPs
• 3D Organoid Shows Promise for Personalized Medicine
• New Assay Allows Whole-Genome Methylation Profiling of Single Cells
• CRISPR Finds New Viral Purpose for Unexciting Gene
• Clearing Toxins in the Intestine with Microgels
• Engineered Fluorescent Protein Measures Electrical Cell Talk
• SWING Facilitates Discovery of Gene Regulatory Networks
• Robot Scientist Takes Intelligent Approach to Drug Discovery
• The Future of Antibiotics From High Throughput Peptide Screening
• Hibernating Squirrels Help Researchers Identify Stroke Therapy
• Complex Wheat Genome Sequenced by Combining Complementary Technologies
• New Surface Technology Enables Continuous Bioprocessing of Cell-Based Therapies
• Novel Protein Synthesis System Developed
• Cas9 Mosquito Strains Show Promise for Gene Drives
• Single Cell Analysis Provides Insight into Viral Infection
• Researchers Make a Blood-Brain-Barrier for the Lab
• New Annotation Technique Combines Throughput and Accuracy
• The World’s Scientists Catalog the World’s Microbes
• Automating Neuroscience Research
• Mysterious DNA Modification Linked to Neuropsychiatric Disorders
• Tool Developed to Control Protein Aggregation
• Nanopore Distinguishes Peptide and Protein Biomarkers
• Macrolide Biosensors Developed for High-Throughput Synthetic Biology
• Novel Microfluidic Device Isolates CTCs
• Improving Single-Nucleus RNA Sequencing
• Fast Screening Technique Speeds Toxicity Testing
• 'Acidic patch' Regulates Access to Genetic Information
• New genomics tool CITE-Seq enables large-scale multidimensional analysis of single cells
• Princeton researchers report new system to study chronic hepatitis B
• Shooting the achilles heel of nervous system cancers
• Feedback from thousands of designs could transform protein engineering
• New method of protein analysis that is 50 times faster than analogues
• New brain cancer drug targets revealed
• New method to rapidly map the 'social networks' of proteins
• Technology unlocks mold genomes for new drugs
• Scientists model gene regulation with chromatin accessibility
• CRISPR tech leads to new screening tool for Parkinson's disease
• Social networking for the proteome, upgraded
• Parkinson's in a dish: Researchers reproduce brain oscillations
• Boston University scientists turn human induced pluripotent stem cells into lung cells
• Novel gene editing approach to cancer treatment shows promise in mice
• Parkinson's disease will be curable with cortisol
• Next-generation microscopy
• Skin stem cells used to generate new brain cells
• Rapid screening machine can read and separate protein sequences
• Screening the dark genome for disease
• A new test to rapidly identify worldwide TB infections
• Microbes evolved to colonize different parts of the human body
• New platform for culturing stem cells
• First fully artificial yeast genome has been designed
• A kidney disease's genetic clues are uncovered
• A better way to measure the stiffness of cancer cells
• Novel 'barcode' tracking of T cells in immunotherapy patients identifies likely cancer
• Decoding the genome's cryptic language
• Molecular biology: Fingerprinting cell identities
• High-throughput, in vivo validation of candidate congenital heart disease genes
• UW scientists find key cues to regulate bone-building cells
• Digital assay of circulating tumor cells may improve diagnosis, monitoring of liver cancer

• Useful To Analyze High Throughput Sequencing Libraries
• High-Throughput Solid Phase Extraction Format for Various Sample Preparation
• Freeslate Jr. from Unchained Labs Buffers Exchange Proteins with Good Sample Recovery
• High Throughput Sample Processing with Sigma Centrifuge 4-16S
• Highly Reliable, Easy to Use NOD2 Reporter Cell Line for the Identification of NOD2 Receptor Activating Ligands
• Magnetic Bead Based Separation Of DNA Fragments During Whole Genome DNA Library Preparation
• Cost-Effective High Throughput Assay From BioLegend
• A Robust and User-Friendly NOD1 Reporter Cell Line for Detecting NOD1 Receptor-Activating Stimuli
• ZYMO Fecal DNA Extraction Kit
• Semi-Deep Sequencing Data Generation Using the NextSeq 2000 P4 Reagent Kit

• TLR2-6 over-expression reporter cell line for rapid screening of TLR2-6 activating ligands
• TLR2/1 Reporter Cells Enable Rapid Ligand Discovery
• The TOSOH Column Is Useful for Analytical SEC in High Throughput
• Olympus VS120-S5 slide scanner
• Reliable High Throughput Surface Plasmon Resonance System
• Review of Synaptic Systems m6A Antibody for IP and Sequencing
• Good Yield for High-throughput Sequencing
• 200 µL Tips in Stacks
• Nano Miseq Kit for Genotyping Purpose
• Duncan Water Bath Thermal Cycler From KBiosystems
• DNA Engine Tetrad from MJ Research (now Bio-Rad)
• Detecting and Quantifying Apoptotic Cells using DeadEnd™ Fluorometric TUNEL System
• Genotyping Floxed Mice
• Highly Sensitive Lactate Assay Kit
• High Throughput Lactose Estimation Kit From BioVision
• QIAprep Spin Miniprep Kit From Qiagen
• ChargeSwitch® Direct gDNA Kit From Invitrogen
• 96 Well Plate Centrifuge
• AssayMAP Bravo Is a Robust Instrument to Purify IgG in 96-Well Format
• Erenna® Immunoassay System from Singulex
• Applied Biosystems' 3130 and 3130xl Genetic Analyzers
• Useful To Accurately Quantify Sequencing Libraries
• MTT reagent to assess cell viability
• Efficient Human TNF ELISA Kit From BD Biosciences, Slightly Overpriced
• The Standard for Comparing All Other PCR Instruments
• Great Easy Assay To Measure Caspase Activation With Plate Reader
• Maxwell 16 Research System from Promega
• Wash Buffer for In-House ELISA Assay
• C6 Flow Cytometer® System from Accuri Cytometers, Inc.
• Setting Up PCR Reactions Using i7 and i5 Indexing Primers
• Bio-Rad’s Mini-PROTEAN 3 Dodeca Cell
• Thermo Mixture with Cooling and Heating
• Great Equipment Used for the Production of Moss-Derived Biopharmaceuticals
• 5 PRIME's HotMasterMix
• Nucleofector 96-well Shuttle From Amaxa Biosystems
• Veriti Thermal Cycler From Applied Biosystems
• iCycler Thermal Cycler From Bio-Rad
• Exceptionally Bright IL-10 Antibody
• Reliable and Multi-Functional Reader for Bacterial Growth and Quantitative Assays
• ArrayAssist® Advanced Software From Stratagene
• Turner Biosystems' TBS-380 Fluorometer
• 3100 Genetic Analyzer From Applied Biosystems
• Great Assay For Quick Cell Viability Check At Higher Throughput
• Fast and Accurate qPCR Machine
• Great and Easy To Use for RT-qPCR
• Great Platform for High-Throughput and Convenient Serum Cytokine Profiling
• Thermo Fisher Scientific's Microplate Washer is Suitable for Busy Labs, But It is Not Very Efficient.
• RNeasy Mini Kit From Qiagen
• Spider™ Gel System From OWL Separation Systems (now part of ThermoScientific)
• Very Reliable PAX6 Antibody
• Thermo Scientific ND-8000 8-Sample Spectrophotometer From NanoDrop Technologies
• The Superdex 200 100mL Is a High-Performing Preparative Size-Exclusion Column
• Great Equipment to Measure Low Quantities of DNA/RNA
• High-throughput DNA Fragment Size Quantitation
• DNeasy Blood And Tissue Kit From Qiagen
• DNeasy Blood & Tissue Kit From Qiagen
• Easy-to-Use Reagent for RNA Extraction
• Human Ultrasensitive TNFa ELISA Kit Has Good Quality and Detection Range
• Clontech’s Multiple Tissue Expression Array
• Harvard Apparatus’ Amika Spincolumns
• E-Gel® 48 System From Invitrogen
• AutoMACS Pro Separator from Miltenyi Biotec
• Liquidator 96 From Rainin
• Cell Lab QUANTA* Flow Cytometer From Beckman Coulter
• Very Good Kit for Multiplex Assay
• Compact and Versatile Centrifuge
• Agilent 2100 Bioanalyzer
• Oligo Primer Analysis Software From Molecular Biology Insights
• GE Healthcare's Ettan Spot Picker
• Great Nucleic Acid Quantification Kit From Thermo Fisher
• Test strips to determine Minimum Inhibitory Concentration (MIC) of bacteria
• QIAquick PCR Purification Kit Is Fast and Effective for DNA Purification
• Affordable and Highly Sensitive Reagent
• Simplified Processing Protocol for Cytokine Immunoassay
• Good Thermocycler
• Good Iron Assay Kit for Anaemia From Thermo Fisher
• Bright-Glo™ Luciferase Assay From Promega
• Ambion's Cells-to-cDNA II Kit
• The Microlab STAR by Hamilton Is a Robust and Efficient Liquid Handling Robot
• Useful Metabolic Assay for Measuring ATP Production
• Fluorometric Peptide Assay From ThermoFisher Produces Great Results
• Cost Effective Product with Excellent Staining Efficacy From BD Biosciences
• A Superior Enzyme for Digesting Mouse Tissues
• Pre-treated Chip for your NGS Workflow
• Ideal Transfection Reagent From Thermo Fisher
• QIAamp DNA Mini Kit From Qiagen
• RiboPure™-Bacteria Kit From Ambion
• EVOS® FL Auto Imaging System
• Tecan's LS Reloaded Scanner
• Snap I.D. Protein Detection System From Millipore

Featured Product Search Results for "throughput"

• QX700 E Droplet Digital PCR System
• AVA™ Human Emulation System
• QX700™ HT Droplet Digital™ PCR System
• PhenoCycler®-Fusion 2.0
• Biacore™ 1 Series SPR Systems
• Multiplexed Gene Fragments
• Mastercycler® X50 PCR Cycler
• Biacore™ 8 Series SPR Systems
• PHERAstar® FSX Multimode Microplate Reader
• Millicell® Cell Culture Plates

• COMET ™
• BioProfile FAST CDV
• Cytek Aurora™ Evo Flow Cytometer
• Gibco™ Expi293™ PRO Expression System Kit
• Agilent Fragment Analyzer Systems
• Single-cell RNA Sequencing
• BioLector XT Microbioreactor
• Next Generation Sequencing Service
• Gibco CTS Rotea Counterflow Centrifugation System
• Cellcyte 1 Live Cell Imaging Solution
• Attune™ CytPix™ Flow Cytometer
• Synergy Neo2 Multi-Mode Microplate Reader
• icon16 Library Amplification System
• Invitrogen™ iGlow™ Gel Documentation System
• Odyssey® F Infrared Imaging Systems
• Biomek i3 Benchtop Liquid Handler
• Applied Biosystems™ QuantStudio™ 7 Pro Real-Time PCR System
• Invitrogen E-Gel Power Snap Electrophoresis Systems
• QX700™ S Droplet Digital™ PCR System
• LICORbio Atlas™ Imaging System
• FLUOstar Omega Multi-Mode Microplate Reader with CCD-based Spectrometer
• CLARIOstar® Plus High Performance Monochromator Multimode Microplate Reader

New Technology Spotlight Search Results for "throughput"

• PTC Harmony 96 Thermal Cycler

eBooks Search Results for "throughput"

• Practical Guide to Advancing NGS Workflow Efficiency
• Inside the Technologies Transforming Precision Medicine
• Harnessing the Power of Multi-omics in Drug Discovery
• Strategies and Technologies to Advance Antibody Discovery
• Navigating the Complexities of Single-Cell Analysis
• Harnessing Automation to Advance Drug Discovery and Development
• Automation in Drug Discovery
• Optimizing Cell Culture Techniques
• Simplifying Genomic Analysis with Microfluidics Technology
• Enabling Biomarker Discovery with Multiplex Immunoassays

• Functional Profiling of Immuno- and Cell-Based Therapies
• Advancing Proteomic Research with Proximity Assays
• Automating Your 3D Cell Cultures
• Expert Guide to Lab Automation
• Expert Guide to Advanced 3D Cell Culture
• An Expert’s Guide to Cell-Based Assays: Optimized Surfaces, Environments, and Protocols for More Predictive Techniques
• All About Organoids
• Simplifying Cell Line Development and Bioproduct(s) Isolation
• eBook: The Evolution and Future of Single-Cell Proteogenomics

Videos Search Results for "throughput"

• Watch Webinar: High-Throughput Microbiome Characterization
• Watch Webinar: Automated High Throughput Flow Cytometry
• Watch Webinar: Journey Towards High Throughput FFPE Proteomics
• Watch Webinar: Pioneering Single-Cell DNA Sequencing with High Throughput Droplet Microfluidics
• Watch Webinar: Automation is key to siRNA screening at the High Throughput Biology Laboratory
• Watch Webinar: A High Throughput Phenotypic Screening for Molecules that Affect Macrophage Polarization
• Watch Webinar: Ultra-high throughput HLA genotyping for stem cell donor recruitment
• Watch Webinar: Expansion of a Dynamic Genomics Facility Using High Throughput Automation
• Watch Webinar: High-throughput single-cell DNA sequencing of AML tumors by droplet microfluidics
• Watch Poster Video: High Throughput Validation of Antibodies for Cancer Research

• Watch Webinar: 5 Years of high-throughput strain engineering with the Echo
• Watch Webinar: A Simplified High-throughput Cell-Based Assay for Increased Proteomic Coverage of Cardiomyocytes
• Watch Webinar: Full Automation of a Covaris-Integrated High Throughput Cell-Based Assay System
• On-Demand Webinar: AFA assisted workflows for high-throughput mass spectrometry based proteomic analysis of FFPE samples
• Watch Webinar: Leveraging Plate-Based AFA® For Robust and Consistent High Throughput Proteomics
• Watch Webinar: Using high throughput flow cytometry as a versatile tool to identify novel agents modulating immune responses
• Watch Video: Automated chemical storage and high-throughput compound synthesis using the Hamilton Verso and Microlab VANTAGE Liquid Handling System
• Watch Webinar: High-Throughput and Automated Cellular and Tissue Lysis using Covaris Adaptive Focused Acoustics® (AFA®) Technology for Proteomics
• Watch Video: Focused Efforts On High-throughput Processing Of FFPE Tissues For Proteomic Analysis: The utility of the Covaris R230 for LCM FFPE based proteomic projects
• Watch Video: Advance Single-Cell Research with Droplet-Based High Throughput Screening
• Developing High-throughput 3D Cellular Models and Co-cultures
• Agilent NGS Sample QC
• Watch Video: Using Recombinant Luciferase Reporter Cell Lines for High-Throughput Screening Readouts
• Watch Video: iQue® Phenotype and Function Kits
• Generation and Application of a Novel Monoclonal Antibody to UBQLN4 to Characterize the dsDNA Damage Response
• Watch Video: Bio-Printing Applications, Tools, and Tips for Success
• Watch Video: Corning Bench Tip - How to Achieve more Consistent Organoid Culture
• Watch Video: Enzo GenFlex Feature Highlight

Application Note Search Results for "throughput"

• Accelerating Growth and Maximizing Throughput for Cell Culture
• Corning Matrigel Matrix 3D Plates for High Throughput Organoid Assays (CLS-AN-616)
• Automating Cell Culture for Scalable, Reliable Research
• Complete Automation of Quantitative Polymerase Chain Reaction Assays on the Agilent Bravo Automated Liquid Handling Platform
• Automation of Forskolin-induced Swelling Assay of Human Intestinal Organoids
• Comparison of Different Methods to Isolate HMW DNA from Bacteria for Nanopore Sequencing
• Turning Spatial Biology Ideas into Insights
• Multiomic Cytometry: A Vivid View of the Immune System
• Spatial Transcriptomics Frequently Asked Questions
• Reliable time-to-result with a high throughput PCR purification protocol using magnetic beads

• Real-Time Cell Proliferation Insights
• Getting the Most from Microplate Readers
• Exploring Translational Capabilities of PDX Models across In Vivo, In Vitro, and Ex Vivo Applications
• Optimizing Syngeneic Translatability through POC and Target Engagement Studies
• A Guide to Incubator Shakers
• Advanced Technologies Streamlining PCR Workflows
• The Future of 3D Cell Analysis: From Isolation to Insight
• How High-Affinity Antibodies are Developed
• Mastering Cell Line Development
• Automated DNA clean-up using the Zymo Research DNA Clean & Concentrator® MagBead Kit
• Using AI Analysis to Increase Insights from High-Content Screening

Tech Insights Search Results for "throughput"

• Streamlining Research Workflows with Advanced Flow Cytometry
• Gene Expression Data You Can Count On
• Streamline Your Workflow with the VANTAstar™ Microplate Reader
• Improving Sequencing Reliability with High Sensitivity Genomic DNA Quality Assessment
• Rapidly Study Multiple SARS-CoV-2 and Infectious Disease Research Applications Using a Single, Scalable NGS Platform
• Reasons to Use Barcoded Vials for Ultra-Low Temperature (ULT) Sample Storage and Management
• Microlab Prep Provides Low-Cost, Small Footprint Automated Liquid Handling
• Improved Tissue Dissection for NGS and PCR with the AVENIO Millisect System
• Innovative Real-Time Digital PCR Technology Aims to Improve Detection of COVID-19
• The MockV™ MVM Assay Kit—a Practical Solution for Predicting Viral Clearance

• Accurately Monitor Cell Health During CAR-T Cell Therapy Production with the LUNA-FX7™
• NGS in CRISPR Gene Editing
• Getting the Most from Host Cell Protein Analysis

Company Profile Article Search Results for "throughput"

• MtoZ Biolabs: Pioneering Precision in Mass Spectrometry and Omics Analysis
• Arbor Assays: Helpful Support When You Need It the Most