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.
Showing 1 - 13 of 13 results
Performing a squid dissection and utilizing its large neuron to observe the transmission of information through an action potential generated by an electric current. Employing this data to identify a neurotoxin affecting a patient under medical care.
Explore the fundamentals of antibodies and antigens, along with the ABO and Rhesus blood grouping systems, and their significance in blood transfusions. Afterward, assist a young couple in assessing the possible risk of Rhesus disease in their unborn
Observe three dives undertaken by a Weddell seal in the Antarctic region to determine the duration it can remain submerged while utilizing its stored oxygen reserves.
Employ medical assessments to collect data on patients and assess their cardiovascular systems reactions to varying levels of exercise intensity.
Participate in our virtual confocal microscopy laboratory to acquire skills in capturing precise confocal micrographs and creating 3D renderings. Apply this expertise to help diagnose and combat a perplexing plant disease affecting your uncles crops.
Devise a strategy to manage and regulate a rabbit population through hormonal interventions. Explore the effects of varying hormone concentrations on the fertility of both male and female rabbits.
Invert a mouse intestine and utilize it as a means to investigate glucose transport, aiming to identify the underlying issue in an infants health.
Delve into the kidneys anatomy to unravel its diverse functions, while also investigating the mechanism behind a novel diuretic drug. This drug holds promise in averting hypertension.
Gain insight into the fundamental processes of sensory transduction through a series of in vitro and in vivo experiments. Determine the suitable anesthetic medication that enables your friend to continue mountain climbing without compromising muscle function.
Explore the characteristics of two distinct types of skeletal muscle and assess their fiber composition. Employ histochemistry and force transduction techniques to draw comparisons between these muscles and gain insights into why you can sustain energy during extended walks but experience fatigue during short sprints.
Participate in a physiology laboratory to gain insights into the mechanics of smooth muscle contraction through various in vitro experiments. Additionally, assist your friend in pinpointing the source of her intestinal discomfort.
Observe the physiological reactions of deer to climate change by employing a metabolic chamber and Douglas bag to quantify the oxygen levels, humidity, and exhaled breath volume at varying temperatures.
Assist a Soccer Player in Need of Urgent Help: Can You Collaborate with the Sports Physician to Apply Tissue Engineering Methods for the Regeneration of Injured Articular Cartilage?