| Type | Name | Category |
|---|
| Application note | 3D spheroid culture as a tool for studying drug metabolism | 3D cell culture |
| Application note | 5 Reasons to enhance your cell culture using variable oxygen control | CO2 incubation |
| Application note | Application properties of materials used for porous membranes in cell culture inserts | Cultureware |
| Application note | Aspects of cryo preservation | Cryopreservation |
| Application note | Back to basics: Proper care and maintenance for your cell culture incubator | CO2 incubation |
| Application note | Biological safety cabinet filter testing—Lessons from overseas | Biological safety cabinets |
| Application note | Cell culture contamination: Evaluating contamination prevention solutions for the CO2 incubator | CO2 incubation |
| Application note | Cell culture contamination: The role of the CO2 incubator in reducing contamination | CO2 incubation |
| Application note | Cell culture contamination: Understanding the causes and managing the risks | General cell culture |
| Application note | Cell harvesting by temperature reduction—Nunc UpCell Surface | Cultureware |
| Application note | Choosing the right orbital shaker for your application | Orbital shakers |
| Application note | Compatibility of mounting media on Nunc Permanox Slides | Cultureware |
| Application note | Cryopreservation of mammalian cells | Cryopreservation |
| Application note | Culturing cells under hypoxic conditions for biologically relevant results | Filtration |
| Application note | Culturing embryonic stem cells using media filtered with Thermo Scientific Nalgene Rapid-Flow PES filter units | Filtration |
| Application note | Generation of MCF7 spheroids in serum-free conditions | 3D cell culture |
| Application note | Decontamination cycles in BBD 6220 and Heracell incubators completely eliminate Mycoplasma | CO2 incubation |
| Application note | Delivery solutions for immune cells | Transfection |
| Application note | Differentiation of pluripotent stem cells into neural organoids | 3D cell culture |
| Application note | Does a larger fluid reservoir give me more cooling capacity and improved temperature stability? EN | ES | DE | Baths, circulators, chillers |
| Application note | Does laboratory filtration of culture media affect cell growth? | Filtration |
| Application note | Effective heat sterilization in CO2 incubators | CO2 incubation |
| Application note | Eliminate incubator contamination with Thermo Scientific Heracell incubators | CO2 incubation |
| Application note | Enhanced expansion of neural stem cells using a heat stable bFGF | General cell culture |
| Application note | Enhanced proliferation of primary NSCs and sustained differentiation into precursors using heat-stable bFGF | General cell culture |
| Application note | Ergonomics and safety in biological research cabinets | Biological safety cabinets |
| Application note | Feeder cell and extracellular matrix-free cultivation of hPSC on Nunclon Vita with Rho-kinase inhibitor | Cultureware |
| Application note | Flow rate and throughput of cell culture media and serum using Nalgene Rapid-Flow filters with 0.2 micron PES membrane | Cultureware |
| Application note | Generation and transfection of induced pluripotent stem cells (iPSCs) | Transfection |
| Application note | How can a water-cooled condenser option significantly reduce energy consumption and heat output without compromising sample protection? | Cold storage |
| Application note | How can blood banks eliminate potential variables to ensure consistent product yield and reproducibility in centrifugation? | Centrifugation |
| Application note | How can blood banking and bioprocessing production facilities enhance ergonomics, while simplifying operation for greater productivity during their separations? | Centrifugation |
| Application note | How can I help improve safety in my laboratory when spinning pathogens or patient samples in swing-out rotors? | Centrifugation |
| Application note | How can instant rotor identification enhance productivity and safety during your centrifuge set-up and run? | Centrifugation |
| Application note | How can using the wrong type of water to provide in-chamber humidity cause corrosion in my CO2 incubator? | CO2 incubation |
| Application note | How can you extend the filter life of your BSC? | Biological safety cabinets |
| Application note | How do carbon fiber rotors ensure greater sample integrity than metal rotors during the sample preparation process? | Centrifugation |
| Application note | How do I ensure that my heated bath circulator will be able to control to that temperature rate? | Baths, circulators, chillers |
| Application note | How do I select an energy efficient refrigerated bath circulator? | Baths, circulators, chillers |
| Application note | How does a CO2 resistant shaker provide greater reliability, flexibility and ease of use for varied cell culture applications, compared to a dedicated incubated CO2 shaker? | Orbital shakers |
| Application note | How does a low-binding culture surface compare to a non-treated surface in supporting cancer spheroid cultures? | Cultureware |
| Application note | How does Thermo Scientific Auto-Lock rotor exchange facilitate rotor placement and improve safety, compared with traditional rotor tie-down systems? EN | DE | Centrifugation |
| Application note | How is it possible to reduce energy consumption and environmental impact with production-level centrifuges? | Centrifugation |
| Application note | How will the cost of purchasing and running a recirculating chiller or bath circulator affect my bottom line? | Baths, circulators, chillers |
| Application note | I need an ultra-low freezer to store my samples. Does the initial pull down time of a freezer indicate how well the unit can protect my samples after a door opening? | Cold storage |
| Application note | Induction of cancer cell migration using a heat stable bFGF | General cell culture |
| Application note | In vitro evaluation of hepatic function using a primary human hepatocyte 3D spheroid culture system | 3D cell culture |
| Application note | In vitro evaluation of hepatic gene expression using a Gibco 3D spheroid culture system | 3D cell culture |
| Application note | I plan on using my bath circulator for external circulation only. Should I get a large reservoir that can absorb the heat for more stability? EN | ES | DE | Baths, circulators, chillers |
| Application note | I want to keep my samples at a temperature of 37°C. Which type of water bath is ideal for this requirement: general purpose, circulating or shaking? | Baths, circulators, chillers |
| Application note | I want to use a bath circulator to immerse my vessels. How do I select the right size bath for my application? EN | ES | DE | Baths, circulators, chillers |
| Application note | I’m hearing a lot about SNAP in my lab. What is SNAP? | Cold storage |
| Application note | Importance of Class 100 air in a CO2 incubator | CO2 incubation |
| Application note | Improve genome editing outcomes in biologically relevant cell models | Transfection |
| Application note | Improve lentiviral production using Lipofectamine 3000 reagent | Transfection |
| Application note | Intrawell cell distribution in MicroWell Edge Plates | Cultureware |
| Application note | iPSC generation using Lipofectamine transfection reagent | Transfection |
| Application note | Is my -80°C freezer designed to prepare samples for long-term storage? | Cold storage |
| Application note | Is the use of hydrocarbon refrigerants in laboratory refrigerators and freezers safe? | Cold storage |
| Application note | Is there a safer way to store potentially flammable, pharmaceutical-grade materials that require refrigerated or frozen temperatures? | Cold storage |
| Application note | Isolation of mitochondria using the Thermo Scientific Sorvall LYNX 6000 superspeed centrifuge | Centrifugation |
| Application note | I’ve heard that switching to −70°C for ultra-low freezers can reduce energy, but is that safe for my sample? | Cold storage |
| Application note | Large-scale recombinant protein production using the Thermo Scientific Sorvall LYNX 6000 Superspeed Centrifuge and Fiberlite Large Capacity Rotors | Centrifugation |
| Application note | Large volume precipitation of proteins with ammonium sulfate using Thermo Scientific Fiberlite Carbon Fiber Rotors | Centrifugation |
| Application note | Neurobiology transfection guide | Transfection |
| Application note | Optimizing neuron adhesion and growth by choosing the right surface of Thermo Scientific Chamber Slide | General cell culture |
| Application note | Oxygen: Too much of a good thing? | CO2 incubation |
| Application note | Pelleting efficiency of patented tilted adapters using the new Thermo Scientific benchtop 1L centrifuges: a comparison of pelleting in Thermo Scientific benchtop and superspeed floor-model centrifuges | Centrifugation |
| Application note | pH and pressure issues in closed cell culture vessels | Cultureware |
| Application note | Proper care and maintenance of your cell culture incubator | CO2 incubation |
| Application note | Reduced evaporation in Nunc Edge plate with solid reservoir | Cultureware |
| Application note | Separation of PBMCs from blood samples using the new Thermo Scientific benchtop 1L centrifuge | Centrifugation |
| Application note | Stem cell transfection guide | Transfection |
| Application note | Superior imaging quality of Nunc Optical Bottom Plate | Cultureware |
| Application note | The Thermo Scientific Carrier Plate enables precise adjustment of height for Cell Culture Inserts in multiwell dishes | Cultureware |
| Application note | The Thermo Scientific Nunclon Sphera surface supports effective formation of three dimensional cancer spheroids in suspension | Cultureware |
| Application note | Thermo Scientific Biosafety: A European view | Biological safety cabinets |
| Application note | Thermo Scientific Nunc TripleFlask culturing technique | Cultureware |
| Application note | Total thermal disinfection of CO2 incubators | CO2 incubation |
| Application note | Uneven cell growth during incubation | Cultureware |
| Application note | University of Michigan field study of Class II Biological Safety Cabinet energy consumption costs | Biological safety cabinets |
| Application note | What steps can I take to ensure that my heated bath circulator can actually bring my application to setpoint temperature? | Baths, circulators, chillers |
| Application note | What do I need to consider when preparing samples in bags using a controlled-rate freezer? | Cold storage |
| Application note | What kind of storage tube should I use to prevent the breakdown of RNA in tissue during cold storage? | Cold storage |
| Application note | What technologies make it possible to reduce energy consumption and environmental impact with high performance floor model centrifuges? | Centrifugation |
| Application note | Why should you select a Class II Biological Safety Cabinet (BSC) with a DC motor over one with an AC motor? | Biological safety cabinets |
| Application note | Where is the highest risk of contamination in your biological safety cabinet (BSC): the HEPA filters or the airflow balance at the front opening? | Biological safety cabinets |
| Application note | Which incubation parameters are most important for proper cell growth and expression? | CO2 incubation |
| Application note | Why are airflow alarms an important consideration for biological safety cabinets (BSCs) | Biological safety cabinets |
| Application note | Why does the location of sensors in my CO2 incubator affect responses from my cultured cells? | CO2 incubation |
| Application note | Why is a circulating fan essential to superior growth conditions in a CO2 cell culture incubator? | CO2 incubation |
| Application note | Why is a circulating fan essential to superior growth conditions in a cell culture incubator? | CO2 incubation |
| Application note | Why is a dual blower system better than a single blower system? | Biological safety cabinets |
| Application note | Why is automated heat decontamination a better solution for sterilizing your CO2 incubator than an automated chemical disinfection? | CO2 incubation |
| Blog | A Brief History of Spheroids | 3D cell culture |
| Blog | Advancing Cell Culture | General cell culture |
| Blog | Formation of Uniform and Reproducible 3D Cancer Spheroids in High-Throughput Plates | 3D cell culture |
| Blog | The use of spheroids in cancer research | 3D cell culture |
| Citation | Cytotoxicity testing of burn wound dressings, ointments and creams: a method using polycarbonate cell culture inserts on a cell culture system | Cultureware |
| Citation | Optimizing parameters for clinical-scale production of high IL-12 secreting dendritic cells pulsed with oxidized whole tumor cell lysate | Cultureware |
| Citation | Pro-apoptotic molecule suppression using siRNA delivery | Transfection |
| Handbook | A guide for proper cryogenic preservation | Cryopreservation |
| Handbook | Gibco Cancer Basics Handbook | General cell culture |
| Handbook | Gibco Cell Culture Basics Handbook | General cell culture |
| Handbook | One Cell Bio Product Handbook | General cell culture |
| Handbook | Pluripotent Stem Cell Handbook | General cell culture |
| Handbook | Primary Cell Culture Sourcebook | General cell culture |
| Handbook | Protein Expression Handbook | General cell culture |
| Handbook | Skin and Eye Primary Cell Sourcebook | General cell culture |
| Mobile app | Gibco Cell Culture Companion | General cell culture |
| Protocol | SKOV-3 Cell Line Spheroid Generation for HT Assays | 3D cell culture |
| Protocol | T47D Cell Line Spheroid Generation for HT Assays | 3D cell culture |
| Protocol | MDA-MB-231 Cell Line Spheroid Generation for HT | 3D cell culture |
| Protocol | HepG2 Cell Line Spheroid Generation for HT Assays | 3D cell culture |
| Protocol | LNCaP Cell Line Spheroid Generation for HT Assays | 3D cell culture |
| Protocol | PC-3 Cell Line Spheroid Generation for HT Assays | 3D cell culture |
| Protocol | 3D cell culture protocols | 3D cell culture |
| Protocol | Cell culture protocols | General cell culture |
| Protocol | Neural cell culture protocols | General cell culture |
| Protocol | Primary cell protocols | General cell culture |
| Protocol | Serum-free media protocols | General cell culture |
| Protocol | Stem cell protocols | General cell culture |
| Protocol | Transfecting neural cells using Neon Transfection System | Transfection |
| Protocol | Transfection protocols | Transfection |
| Protocol | Transfection protocols (by cell type) | Transfection |
| Protocol | Transfection protocols (by reagent) | Transfection |
| Scientific poster | 3D Scientific Presentations (Posters and App Notes) | 3D cell culture |
| Scientific poster | Analysis of cellular processes within 3D cell models using fluorescence microscopy | 3D cell culture |
| Scientific poster | Co-culture of Primary Hepatic Stellate Cells and Hepatocytes in Modeling of Liver Fibrosis in 2D and 3D Spheroids | 3D cell culture |
| Scientific poster | Evaluating antibody-mediated cellular cytotoxicity and potency of antibody-drug conjugates within three-dimensional tumor models (SITC 2018) | 3D cell culture |
| Scientific poster | Gibco BenchStable Media Poster: Novel Basal Cell Culture Media Formulations Enable Long-Term Storage at Room Temperature | General cell culture |
| Scientific poster | Gibco Heat Stable bFGF Poster: Improved Expansion of Neural Stem Cells with Gibco Heat Stable Recombinant Human | General cell culture |
| Scientific poster | Gibco Heat Stable bFGF Poster: Novel Engineered Basic Fibroblast Growth Factor Improves Stability and Enables Improved Cell Culture Outcomes | General cell culture |
| Scientific poster | In vitro evaluation of primary animal hepatic function using a 3D-spheroid culture system | 3D cell culture |
| Scientific poster | Matching refractive index of mounting media improves axial resolution and image quality in 3D biological samples | 3D cell culture |
| Scientific poster | New and improved cellular health evaluation of 2D and 3D cellular models using microplate reader assays (SLAS 2019) | 3D cell culture |
| Scientific poster | Optimization of HepaRG workflow for use in 3D spheroid models | 3D cell culture |
| Scientific poster | Primary human hepatocytes 3D in vitro culture model for studying hepatic function | 3D cell culture |
| Scientific poster | Primary human hepatocyte 3D spheroids for studying hepatic function and drug toxicity (ISSCR Symposia 2019) | 3D cell culture |
| Selection guide | Lipofectamine transfection reagent selection guide | Transfection |
| Selection guide | Nunc cell culture surface selection guide | Cultureware |
| Selection guide | Nunc microplate selection guide | Cultureware |
| Selection guide | Primary cell media & supplement selection guide | General cell culture |
| Selection guide | Selection guide for CRISPR delivery systems | Transfection |
| Selection guide | iMATCH sera lot matching tool | General cell culture |
| Webinar | 24 Hours of Stem Cells | General cell culture |
| Webinar | Avoid the icebergs! Managing sample preparation for cryo storagenbsp; | Cryopreservation |
| Webinar | Best practices in cell counting for accurate and reproducible data | Cell analysis |
| Webinar | Best practices for incubating sensitive cells | General cell culture |
| Webinar | Cell culture contamination: What you don't know can cost you | General cell culture |
| Webinar | Choosing the ideal lab water system for your cell culture applications | General cell culture |
| Webinar | Choosing the right cold storage for cell culture applications | Cryopreservation |
| Webinar | Culture your cells using less oxygen for biologically relevant results | General cell culture |
| Webinar | Eliminate the threat: Cleaning and contamination in your biological safety cabinet | Biological safety cabinet |
| Webinar | From the hood to the microscope—Revolutionizing cell-based imaging | Cell analysis |
| Webinar | Get a handle on liquid handling. Increase pipetting efficiency for reproducible results | General cell culture |
| Webinar | Gibco Cell Culture Heroes | General cell culture |
| Webinar | Harnessing new dimensions in your research: Growing 3D cultures consistently and repeatedly | General cell culture |
| Webinar | Maintaining integrity: Selecting the right storage tube for downstream cell culture | Cryopreservation |
| Webinar | No more separation anxiety! A research case study: Gentle, non-enzymatic detachment of sensitive cells | General cell culture |
| Webinar | Nurture your incubator; nurture your cells. Proper care and “feeding” of your cell culture incubator | CO2 Incubation |
| Webinar | Optimize your cell culture workflow with Thermo Scientific peristaltic pumps | General cell culture |
| Webinar | ;Optimizing results in your downstream imaging applications | Cell analysis |
| Webinar | Protect you and your science—with biological safety cabinets | Biological safety cabinets |
| Webinar | Surface selection: Achieving optimal growth and harvesting of your cells | Cultureware |
| Webinar | Take your samples for a spin: Fundamentals of cell culture centrifugation | General cell culture |
| Webinar | Take your cell-based assays to the edge; reducing edge-effects for full-plate results | Cultureware |
| Webinar | The last line of defense: cell culture contamination and using filtration as a final preventative measure | General cell culture |
| Webinar | The power behind culturing cells on a porous membrane | Cultureware |
| Webinar | The seven keys to safeguarding your cryopreserved cells | Cryopreservation |
| Webinar | Understanding all incubation parameters for sensitive cell growth | CO2 Incubation |
| Webinar | Versatile is smart! The power behind culturing cells on a porous membrane | Cultureware |
