Articles tagged as "GM and Selective breeding"
< Previous pageDisplaying articles most recent first.
-
Interviews with scientists - GFP and reporter proteins
This 5-minute video interview with Prof John Christie of the University of Glasgow introduces students to fluorescent reporter proteins and their importance to our understanding of cell biology. The accompanying notes include a teachers' summary, plus student questions and answers.
-
Interviews with scientists - Dr Cristobal Uauy on wheat genomics and yield
This 5-minute video interview with Dr Cristobal Uauy of the John Innes Centre introduces post-16 students to contemporary genomics and food security. The accompanying notes include a teachers' summary, plus student questions and answers.
-
Video clip - Thomas Fairchild, speciation and evolution
This BBC video clip introduces 18th century botanist and entrepreneur Thomas Fairchild and his pioneering work into speciation. Use in lessons covering evolution and speciation or as an example of artificial manipulation of life. Could contribute to discussions of genetic modification.
-
Video clip - Classification techniques and the search for useful plants
This BBC video clip looks at the way in which classification techniques are used by research scientists at Kew Gardens in their search for new medicines and other useful plants. A real world use for this is demonstrated using a variety of sage plant with the ability to produce a chemical which may be effective in the treatment of malaria.
-
Video clip - The discovery of gene switches in maize
This video clip from the BBC (from the TV series Botany: A Blooming History) introduces maize as a source of genetic variation, for use as an introduction to the principles of gene interactions and gene switching and the importance of collecting enough data to ensure reliability
-
Video clip - Norman Borlaug and selective breeding of wheat
This video clip from the BBC (from the TV series Botany: A Blooming History) introduces the American scientist Norman Borlaug, the man behind the 'green revolution' credited with saving over a billion people from starvation.
-
Video clip - Vavilov and the establishment of the first seed banks
This video clip from the BBC (from the TV series Botany: A Blooming History) introduces Russian scientist Nikolai Vavilov, and how his aim to cross different varieties of plants led him to establish the first seed bank. This method of storing genetic material is now internationally important. This video can be used to introduce the ideas of conservation of genetic resources, especially in the context of changes in climate and the damaging effects of human activity.
-
Video clip - The case for genetically modified crop plants
This video clip from the BBC (from the TV series Botany: A Blooming History) looks at the case for genetic modification of crop plants, and could be used for a useful stimulus for a class discussion.
-
Video clip - Genetic engineering to increase productivity in rice
This video clip from the BBC (from the TV series Botany: A Blooming History) discusses the importance of genetic engineering for feeding a growing population, introducing a group of research scientists working on rice. It can be used in the context of global warming and the ecology of LEDCs. It can also be used to discuss limiting factors and photosynthesis.
-
Fast plants for finer science - an article from the Journal of Biological Education
An article introducing 'fast plants' (rapid-cycling brassicas) for use in the classroom.
-
Student Sheet 2 - Growing and caring for rapid-cycling brassicas
'Fast plants', or rapid-cycling brassicas, are a fascinating way to look at all sorts of biology topics, including plant growth, tropisms, floral reproduction, pollination, embryonic development, and genetics. This student worksheet introduces how to care for the rapid-cycling brassicas.
-
Student Sheet 1 - Planting instructions for rapid-cycling brassicas
'Fast plants', or rapid-cycling brassicas, are a fascinating way to look at all sorts of biology topics, including plant growth, tropisms, floral reproduction, pollination, embryonic development, and genetics. This student worksheet introduces how to plant the rapid-cycling brassicas.
-
Protoplasts (cells which have had their cell wall removed) can be isolated from a range of plant tissues. This resource introduces protoplasts and gives a technique for isolating them.
-
'Fast Plants' - Rapid-Cycling Brassica Kits
Kits for 'fast plants' - follow the complete life-cycle of these fast plants in only half a term!