12-well Plate Format
12-well Plate Format - Related Videos
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Rapid and Efficient Generation of Neurons from Human Pluripotent Stem Cells in a Multititre Plate Format
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Protocols for neuronal differentiation of pluripotent human stem cells (hPSCs) are often time-consuming and require substantial cell culture skills. Here, we have adapted a small molecule-based differentiation procedure to a multititre plate format, allowing simple, rapid, and efficient generation of human neurons in a controlled manner.
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A 96 Well Microtiter Plate-based Method for Monitoring Formation and Antifungal Susceptibility Testing of Candida albicans Biofilms
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We describe a simple, rapid and robust method for the formation of Candida albicans biofilms using 96 well microtiter plates and its utility in antifungal susceptibility testing of cells within biofilms.
12:39
Antimicrobial Susceptibility Testing of Mycobacterium Tuberculosis Complex for First and Second Line Drugs by Broth Dilution in a Microtiter Plate Format
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Antimicrobial susceptibility testing of Mycobacterium tuberculosis is challenging but critical for patient care. This microtiter plate format offers testing of 12 antimycobacterial drugs and provides minimum inhibitory concentration (MIC) values, which will aid in appropriate treatment.
11:24
Evaporation-reducing Culture Condition Increases the Reproducibility of Multicellular Spheroid Formation in Microtiter Plates
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The uneven loss of medium from microtiter plates affects the reproducibility of uniform multicellular tumor spheroid formation. Improving culture conditions to reduce significant medium loss will improve the reproducibility of spheroid formation and the results of spheroid-based assays using the liquid-overlay technique.
12:55
Fast Colony Forming Unit Counting in 96-Well Plate Format Applied to the Drosophila Microbiome
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This method quantifies microbial abundance using a 96-well plate format to plate colony forming units (CFUs) and is applied to the Drosophila microbiome in whole fly homogenate samples. CFUs are counted with an automated image analysis software provided here.
FAQs
Each well acts as an independent chamber, so researchers can assign different cells, microbes, treatments, or controls within the same plate. Keeping these conditions together supports more consistent handling and makes side-by-side comparison easier. In immunology experiments, this arrangement can help distinguish treatment-related changes from responses observed in untreated or control wells.
Controls provide reference conditions against which exposed or treated wells can be interpreted. Because the format accommodates separate wells for distinct experimental conditions, researchers can compare immune-cell responses, microbial exposure, or antimicrobial treatment outcomes within an organized layout. These comparisons help clarify whether an observed response is associated with infection, treatment, or the experimental baseline.
Researchers can vary the biological material or condition assigned to each well, including immune cells, microbes, treatments, and controls. This flexibility allows parallel evaluation of inflammatory conditions, pathogen exposure, or antimicrobial responses while maintaining consistent plate handling. The resulting layout is especially useful when several related conditions must be examined together rather than in isolated experiments.
Researchers distribute the selected cells, microbes, treatments, and controls among separate wells according to the comparison being tested. Conditions are handled in parallel across the plate, allowing each well to serve as an individually assigned culture or reaction chamber. The organization can also accommodate biological replicates, which support more reliable comparison of immune or infection-related responses.
The format is useful when an experiment requires accessible sample volumes together with straightforward microscopy or recovery of material from individual wells. Researchers can examine responses in selected conditions and then retrieve samples for further evaluation, while keeping conditions physically separated. These features support practical studies of immune-cell behavior, pathogen exposure, and treatment effects.
Its main applications include screening experimental conditions, generating biological replicates, and evaluating interactions between host cells and infectious agents. Researchers can compare immune responses under inflammatory conditions, assess exposure to microbes, or examine antimicrobial treatments using parallel wells. The format therefore connects manageable experimental organization with broader questions about host response and infection-related outcomes.