In deze video leggen docenten Dave en Mary uit hoe u een micropipet gebruikt en waarom dit instrument een essentieel hulpmiddel in het lab is.

In deze simulatie leert u hoe u een techniek toepast die ook wel
gelelektroforese wordt genoemd, om te verifiëren dat alle gewenste
componenten in een recombinant plasmide zijn opgenomen.

This interactive image explores how changing the temperature of the environment impacts the biological activity of a restriction enzyme.

This interactive image allows the user to control the environmental temperature
and observe its impact on the strength of the hydrogen bonds between
complementary strands in a DNA molecule.

This interactive image allows the user to control the environmental temperature and observe its impact on the folding of albumin proteins in egg whites.

In this interactive image, you will control the pH of the environment to see how it impacts the biological activity of a restriction enzyme.

Different mutations have different effects on the gene product, the protein. This scrollable explores the various types of genetic mutations CRISPR-Cas9 editing can induce in target DNA and their effects on the protein.

Met deze simulatie kunnen gebruikers verkennen hoe een interessant
eiwit, rood fluorescerend eiwit, gezuiverd kan worden uit cellysaat met
behulp van hydrofobe kolomchromatografie.

This pathway explores the foundational concepts of electric circuits, such as voltage, curent, resistance and capacitance. Some further applications of circuits are also included. Problems are provided to test for understanding.

One of the driving mchanisms in certain chemical reactions is the exchange of electrons. In these reactions, one substance gains electrons while another substances loses them. This pathway provides resources relating to electrochemistry, reduction & oxidation, and different types of electrochemical cells.

This pathway explores how the properties of magnets and charges relate to produce electromagnetism. The basic principles of electromagnestim are discussed, with a specific focus on Faraday's law as a mechanism for producing an emf by moving charges in a magnetic field. Applications of electromagnetism such as motors and generators are explained. Problems are provided to check for understanding.

Esta simulación introduce la electroforesis en gel, una técnica utilizada
para separar moléculas biológicas. En esta simulación, la electroforesis en
gel se utiliza para separar tintes y visualizarlos en un gel de agarosa.

This pathway explores the fundamental force of electrostatics, which is described by Coulomb's law. The concept of an electric field is introduced, as the force per unit charge. Problems are provided to check for understanding.

Essa simulação introduz a eletroforese em gel, uma técnica usada para
separar moléculas biológicas. Nessa simulação, a eletroforese em gel é
usada para separar corantes e visualizá-los em um gel de agarose.

Questa simulazione presenta l’elettroforesi su gel, una tecnica utilizzata
per separare le molecole biologiche. In questa simulazione, l’elettroforesi
su gel viene utilizzata per separare i coloranti e visualizzarli in un gel di
agarosio.

Este interactivo desplegable muestra cómo la ADN ligasa se puede usar en biotecnología para crear plásmidos recombinantes al conectar fragmentos de ADN.

Este interactivo desplegable proporciona una descripción general de la
replicación del ADN y las enzimas clave involucradas y destaca el papel de la
ADN ligasa.

This pathways explores how cells harvest energy using cellular respiration in eukaryotic cells and photosynthesis in plant cells.

Changes in energy are associated with both physical and chemical changes in chemistry. This pathway provides resources to explore how energy is related to phase changes, as well as chemical reactions.

Cette simulation explore comment cultiver des cellules bactériennes
transformées à l’aide d’un plasmide recombinant et contrôler l’expression
du gène d’intérêt à l’aide du milieu sélectif.