Login:
Teach Science with Labster's Interactive Lab Simulation
Allowing students to learn and have fun with science
Studying from home, or classroom, Labster's interactive teaching lab provides a safe learning environment that is easy to interact with, innovative in design and follows a personalized path through the sciences.
After using Labster virtual labs,
student retention increased
from 80% to 95%
After using Labster virtual labs,
student retention increased
from 80% to 95%
The Labster Advantage
01. For visual learning
02. For Revision!
03. For Preparation
04. For the virtual laboratory!
05. For accessibility anywhere online!
06. For reflection
6 ways to use virtual labs
Ready to get started?
Get free access to our Lab Safety virtual laboratory, which is one of 219 different virtual learning simulations available today.
Get free access to our Lab Safety virtual laboratory, which is one of 219 different virtual learning simulations available today.
Ready to get started?
Get free access to our Lab Safety virtual laboratory, which is one of 219 different virtual learning simulations available today.
Get free access to our Lab Safety virtual laboratory, which is one of 219 different virtual learning simulations available today.
Acids
and Bases (Principles)
Watch out! You have discovered a lake on an exoplanet – but is it acidic or basic? You will surely know by the end of this one! You’ll have the chance to experiment with strong acids and bases to figure out how to reach a “neutral” pH.If this simulation seems too “basic” for you, don’t worry as you’ll have the chance to deal with acids, too. In this simulation, you will learn about pH and pOH by mixing substances to reach a certain pH and sort various liquids by acidity.
AcidsAnd Bases
Have you ever consumed an acid or a base? Yes you have! Acids and bases are found all around us: In the food we eat, the beverages we drink, many of the everyday household products at home and even inside us! In this virtual simulation, you will learn the fundamentals of acids and bases and go through some of the ways they can be characterized and used in the lab.
ActionPotential Lab
Did you know that nerve cells propagate an electric signal along their own membrane to transfer information? They are called action potentials, and in this simulation you will use a squid’s giant neuron to learn about the molecular mechanisms behind this phenomenon. You will learn to recognize the typical shape of an action potential, but also to describe the driving forces behind each of its different phases.
AdvancedAcids and Bases
The concept of strong acids may sound frightening, but did you know that some weak acids can actually be more dangerous than their stronger counterparts? In the Advanced Acids and Bases simulation, you will learn all about the characteristics of weak and strong acids and bases, which will not only help you get a better understanding of chemistry, but also let you help out the lake ranger, Victoria, in the process. View Simulation
Animal
Genetics
In the Animal Genetics simulation you will learn about Mendelian inheritance and how a mutation in DNA can give rise to an altered phenotype. You will use polymerase chain reaction (PCR) and gel electrophoresis to perform genotyping in order to identify the gene that causes double muscling in cattle.
Antibodies
Even though antibodies are proteins that protect us from harmful intruders, they can sometimes cause problems. In this simulation, you will examine blood samples from a mother and her unborn child, to determine whether or not they are compatible.
Aseptic
Technique
A patient sample has arrived in the microbiology lab. Will you be able to culture it using good aseptic technique? Learn about aseptic technique and what you should pay attention to when preparing a sterile work area, sterilizing equipment and reagents, and decontaminating the work area after you finish your experiment.
Atomic
Structures (Principles)
In a real research facility, you may end up provoking a nuclear fusion if the number of neutrons in the nucleus of an atom changed. In the Atomic Structure simulation, you will get the opportunity to decide what the nucleus of an atom looks like, and you will build anions, cations and various isotopes of an element from scratch. You will do this without the fear of causing a nuclear explosion!
Atomic
Structure (Principles)
Did you know that there are approximately 7 billion billion billion atoms in a grown human body? That number is higher than the estimated number of stars in the observable universe! In this simulation, you will investigate the atomic models and discover what unique properties they possess that allow us to study the universe.
Atomic
Structure
In a real research facility, you may end up provoking a nuclear fusion if the number of neutrons in the nucleus of an atom changed. In the Atomic Structure simulation, you will get the opportunity to decide what the nucleus of an atom looks like, and you will build anions, cations and various isotopes of an element from scratch. You will do this without the fear of causing a nuclear explosion!
View Simulation
Bacterial
Cell Structures
Global warming is causing the ice to melt in Antarctica, leading to the discovery of bacteria that have survived this extreme environment. In this simulation, you will learn about bacterial cell structures and how these are important for bacterial survival.
View Simulation
Bacterial
Growth Curves
From a single cell to billions of bacteria in just a few hours…
In this simulation, you will experiment with bacterial growth and test the impact of different factors on bacterial growth. Will you be able to plot the bacterial growth and determine the different growth phases?
View Simulation
Explore our science simulations
Take a look at our Educational Whitepaper for Virtual Labs in Science
In this whitepaper, we highlight the importance of change in science education, and shows the benefits of virtual laboratories, while also discussing people’s skepticism about their use. The whitepaper features published research papers which examine virtual lab’s effectiveness, and also features case studies from educators who have used virtual laboratories in order to deliver their courses.
In this whitepaper we discuss:
- The challenges in science education
- How education can be improved with the use of virtual labs
- The skepticism that can surround the use of virtual labs
- A discussion of the research on the effectiveness of virtual labs
