Flower structures, Plant Breeding, Cross Pollination, Making Crosses

This animations illustrates the structures of a flower, plant breeding, cross pollination and making crosses.

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Lessons:

Transpiration - Water Movement through Plants

This lesson and its animation follows the journey of water through a plant from its uptake by roots to its evaporation from the leaf surface. How this journey is altered by plant characteristics such

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Plant and Soil Sciences > Plant Physiology > Animations List

List of Animations

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	Accion Enzimatica Esta animaci�n es sobre la actividad de la EPSP sintasa. View

	Auxin and Auxinic Herbicide Mechanisms of Action This animation illustrates how auxins and auxinic herbicides may elicit responses in plant cells. It describes basipetal transport of auxins via influx and efflux carriers and displays a scenario of auxin action where auxin receptors recognize auxins and auxinic herbicides, which then induce a signal transduction cascade to turn on various gene products. The role of these gene products in plant response is shown as well. View

	Competencia Herbicida-Substrato Esta animaci�n es sobre la naturaleza competitiva del glifosato. View

	Corn Rootworm Lifecycle This animation shows the lifecycle of the corn rootworm, as well as showing what happens when corn rootworm larvae consume roots containing Bt. View

	Descripcion General de la Accion de los Herbicidas Auxinicos Esta animacion resume la forma en que las auxinas y los herbicidas auxinicos pueden activar ciertos genes y como los productos de esos genes pueden alterar el crecimiento de las plantas. View

	Diagramas de Jablonski La animaci�n muestra como los electrones pueden absorber y transferir energ�a. View

	Electron Transfer within the Cell An animation in the context of a plant cell which shows the sequence of converting light energy photons into ATP and NADPH, biochemical energy. View

	Enzyme Action This animation shows the role of EPSP synthase in binding shikimate-3-phosphate and PEP. View

	Ethylene Synthesis This animation shows the ethylene biosynthesis pathway and how auxins and environmental stresses induce it. View

	Flower Parts This animation illustrates the botanical parts of flower structures. View

	Flower structures, Plant Breeding, Cross Pollination, Making Crosses This animations illustrates the structures of a flower, plant breeding, cross pollination and making crosses. View

	Fotosintesis Esta animaci�n muestra como una mol�cula de clorofila captura la energ�a de la luz y excita un electr�n para dar inicio a la fotos�ntesis. View

	Gel Electrophoresis This animation explains how gel electrophoresis works. The affect of fragment size on movement through the gel is demonstrated. View

	Herbicide Competition This animation shows how herbicides competes with PEP to alter the function of an enzyme. View

	Herbicide Metabolism: Conjugation General and specific examples of major Phase II reactions showing conjugation of herbicides with glutathione, sugars, or amino acids are illustrated in this animation. View

	Herbicide Metabolism: Hydrolysis General and specific examples of major hydrolytic Phase I reactions are shown in this animation. View

	Herbicide Metabolism: Overall This animation follows the metabolism of a herbicide in a plant cell as its structure is changed through Phase I, II, and III reactions. View

	Herbicide Metabolism: Oxidation General and specific examples of major oxidative Phase I reactions are shown in this animation. View

	Herbicide Metabolism: Reduction General and specific examples of major reductive Phase I reactions are shown in this animation. View

	Herbicide Metabolism: Secondary Conjugation General and specific examples of Phase III reactions showing secondary conjugation of sugar conjugates with malonic acid. View

	Herbicide Metabolism: Vacuolar Sequestration and Insoluble Residues General and specific examples of Phase III reactions involving herbicide metabolite transport into vacuoles or incorporation into cell walls. View

	Herbicide Uptake by Leaves and Cells This animation describes how herbicides are taken up by leaves and illustrates how physico-chemical characteristics alter their movement across cuticles. Passive and active mechanisms of herbicide absorption across plant membranes into cells are shown as well. View

	Herbicide Uptake by Roots This animation shows how herbicides are taken up by roots and illustrates the path the herbicide takes across the root to reach the vascular system of the plant. View

	Ionization, pH, and pKa processes This animation defines ionization, pH, and pKA. View

	Jablonski Diagrams This animation displays how electrons can absorb and transfer energy. View

	La Sintesis de Etileno Esta animaci�n muestra la ruta de s�ntesis del etileno y su inducci�n por las auxinas y el estr�s ambiental. View

	La Transpiracion Esta animaci�n describe como se mueve el agua a trav�s de las plantas y como este movimiento es afectado por diversos factores. View

	Lateral Flow Strip Test This animation illustrates the concepts of protein detection using the lateral flow strip method. This method is simliar to ELISA and is utilized in detecting GMOs, among other applications. View

	Lipid Peroxidation Shows the process of lipid peroxidation and the resulting membrane destruction. View

	Mecanismos de Accion de las Auxinas y los Herbicidas Auxinicos Se muestra como las auxinas y los herbicidas aux�nicos pueden inducir respuestas celulares y se describe el transporte bas�peto de las auxinas. Tambi�n se muestra como los receptores de auxinas reconocen las auxinas y los herbicidas aux�nicos, los cuales inducen entonces la transmisi�n y traducci�n de se�ales para activar varios genes; el papel de los productos de esos genes en las respuestas de las plantas es tambi�n mostrado. View

	Overall Picture of Auxinic Herbicide Action This animation summarizes how auxin and auxinic herbicides may turn on certain genes and how those gene products may alter plant growth. View

	Overview of Crop Genetic Engineering A general look at the process of crop genetic engineering. This is the first of a series of seven animations that detail the process of crop genetic engineering. View

	Overview of Electron Transfer Between Photosystems This animation shows how a chlorophyll molecule captures light energy and excites an electron to begin photosynthesis. View

	Perennial Plant Response to Defoliation Learn about the life cycle of perennials and how defoliation at different times of the season and different heights affects their growth and carbohydrate reserve levels. View

	Phosphorus in Surface Waters This animation demonstrates the four forms that phosphorus (P) can take in surface water, and how the equilibrium between the forms can be upset and then rebalanced. View

	Procesos de Ionizacion, pH, y pKa En esta animaci�n se definen los t�rminos Ionizaci�n, pH y pKa. View

	Syringing This video clip discusses the technique of syringing for water management in turf grasses. View

	Transferencia de Electrones Dentro de la Celula Esta animaci�n lo llevar� a trav�s de las diferentes etapas de la transferencia de electrones dentro de la celula. View

	Transpiration This animation details how water moves through plants and how various factors affect this movement. View

	Who Wants to be a Genetic Engineer? This interactive animation invites the viewer to decide and place in order, the steps they would need to take to develop two genetically engineered plants. View