Our STEM catalog offers course packages designed to enhance the teaching of science, technology, engineering, and mathematics. Each simulation is developed specifically to match your STEM curriculum, providing students with immersive, real-world scenarios to deepen their understanding. With full LMS integration, faculty and students can easily access these simulations and track progress, all within your existing academic systems.
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Explore the fundamentals of antibodies, antigens, the ABO blood group system, and the Rhesus factor, and their critical roles in blood transfusions. Next, assist a young couple in assessing the potential risk of Rhesus disease in their upcoming child.
Assist a microbiologist in creating a pristine culture for the identification of an infection-causing microbe. Employ proper aseptic techniques to prevent sample contamination, prioritize your safety, and minimize unexpected lab incidents, such as fires.
Discover the astonishing pace of exponential growth and assess the impact of various growth conditions on bacterial population expansion.
Gain knowledge on correct procedures for isolating individual colonies from a culture sample, understand the application of aseptic techniques, and master the art of plate streaking.
Employ the method of serial dilution to measure the impact of a new antibiotic compound on the growth of bacteria.
Exploring a Hypothetical Approach to Identifying Hazardous Group 3 Microorganisms in a Containment Level 3 (Biosafety Level 3, BSL3) Research Laboratory.
Experience the dynamics of a cell culture laboratory firsthand. Acquire proficiency in applying aseptic techniques to safeguard your cell cultures from contamination, and delve into the essentials of maintaining their vitality.
A dental patient is facing a recurring infection that is escalating to a potentially life-threatening septic condition. Your mission is to probe the root cause through diffusion disc assays and implement measures to prevent future occurrences by exploring sterilization, decontamination, and selectively toxic infection
Assist a scientist in identifying and measuring proteins using one of the most widely employed methods in the field of molecular biology.
Apply microscopy and spectroscopy methods to unravel the enigma behind a significant fish mortality event. Examine the correlation between dissolved nitrogen levels and an algal bloom to understand their impact on the fish population.
Take on the role of a pharmaceutical investigator to establish the connection between a novel drug and a recent outbreak. Employ the scientific method to formulate an experiment and conduct a fluorescent cell assay to assess your hypothesis.
Within the Fluorescence-Automated Cell Sorting (FACS) Simulation, you will gain a foundational understanding of flow cytometry and discover the principles of operating a flow cytometer equipped with fluorescence detection.
Step into the virtual microscope chamber to explore the inner workings of a tissue sample. Discover how a light microscope can amplify an image and provide answers to biological inquiries.
Use DNA fingerprinting to deduce the perpetrator of a crime, employing nucleic acid gel electrophoresis to segregate and visualize DNA molecules. Enhance your comprehension of the processes within the gel tank by watching an informative animation.
Gain an understanding of how various variables, such as temperature and moisture, can impact the stability of medications. Identify the constituents of the HPLC machine and apply it to segregate and quantify the distinct components within a pharmaceutical compound.
Support Adam, the farmer, in expanding his milk business by delving into the fundamental principles of homogenization, a common procedure in milk processing.