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Observing simple things like the trees outdoors, watching the clouds out a window. In many ways we are all wildlife observers and interested to notice all the life around us in daily life. We think about life as a whole and the various expressions of plant life and animals. In the plants we find there are two types, the green and the not green. Green, chloroplasts are in the most plants ranging from lichens, moss and algae, then seaweed, ferns, palms, cacti, grasses, bushes, shrubs and trees, flowers and size being the clear separators. Fungi is the non-green type of plants which do not have chloroplasts nor do fungi grow by photosynthesis, fungi do not grow in the way green-plants grow. Fungi do not grow by light absorption, they can grow in the dark, the temperature is the important condition for their growth. In the animals, are insects, fish, amphibians, reptiles, turtles, birds and lastly ourselves the mammals. The animals in some ways are like a further main group in plants. With fungi as the prototype, green-plants are a derivative from a type of fungi and are the newer model of one branch off the fungi plants and animals can be seen as being the more authentic new-version of fungi, which does not depend on sunlight. Animals do not need light to grow and light is not a form of nutrient producing system in animals. Because chlorophyll production is not a part of the growth system in animals hence they are unable to grow by absorption of sunlight although the warth from the sun is the main factor naturally. Thylacines are a case where the Tasmanian Devil could be the surrogate for thylacine cloning when there is support for the idea and a real project. Thylagene is gradually creating a resource structure for the data-processing required to make reports from queries used to compare the species genomes. The current excitement from the platypus genome release is important to compare at thylagene with genomes from the marsupials. Reports will be referenced here, with links to the gene data which is located at sites such as Entrez.com and at Virtuoso and other gene database links will be added. Most new links are on the wiki pages for genetics. Thylagene is using a site mash-up approach to query these. Our results will be available as updates here at thylagene wiki. The aim is to provide explanations and estimate the spectrum of faculties and factors involved in the future of the Museum's cloning idea compared to conservation of thylacines that are alive in the bush. Plenty of recorded sightings of thylacines exist in some areas yet the species is elusive, so presumed extinct. When a very small number may exist, there are colour videos of thylacine-looking wild ones and sightings of the animal yet thylacines have been unable to be located in the wild. See the main page for further information. Add your thoughts on cloning and conservation topics. Best regards to all.
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