#CHEA PMOUSE SPECIES TV#

Cartoon characters have also been licensed, including Trolls, Minnie Mouse, Garfield, Scooby-Doo, Looney Tunes, Shrek, The Simpsons, and Sponge Bob.

As of 2019, more than 15 million Chia Pets were sold – mostly during the holiday season.Ī range of styles have been produced, including several versions of puppies, kittens and frogs. This catchphrase originated at an agency brainstorming meeting, where one of the individuals present pretended to stutter the product name.

#CHEA PMOUSE SPECIES TV#

The catchphrase sung in the TV commercial as the plant grows in time lapse is “ Ch-Ch-Ch-Chia!“. Chia Pets and the corresponding television commercials achieved iconic popularity throughout the 1980s. Marketed by Joe Pedott and produced by San Francisco, California-based company Joseph Enterprises, Inc., the first Chia Pets, the ram and the bull were created in the fall of 1981. Moistened seeds of chia are applied to the grooved terracotta figurine body. This has been a useful tool in cancer and AIDS research.Chia Pets are American icons featuring styled terracotta figurines used to grow chia seeds ( Salvia hispanica), where the chia sprouts grow within a couple of weeks to resemble the animal’s fur or hair. Immunodeficient mice (mice without a fully functioning immune system) can also be used as hosts to grow both normal and diseased human tissue.Like humans, mice naturally develop diseases that affect these systems, including cancer and diabetes. Mice are far better than flies or worms for studying complex biological systems found in humans, such as the immune, endocrine (delivers hormones into the body), nervous, cardiovascular and skeletal systems.This provides a powerful tool for modelling specific diseases when a mutated gene is known to play a role in the disease. It is relatively easy to manipulate the mouse genome, for example, adding or removing a gene to better understand its role in the body.Research in mice provides insights into the genetic risk factors for these diseases in the human population. Mice are extremely useful for studying complex diseases, such as atherosclerosis and hypertension, as many of the genes responsible for these diseases are shared between mice and humans.The mouse has a short lifespan (one mouse year equals about 30 human years) which means scientists can easily measure the effects of ageing.This means several generations can be observed at once. The time between a mouse being born and giving birth (generation time) is short, usually around 10 weeks.The mouse is small, so convenient to house.They can reproduce as often as every three weeks (they mate on the day they give birth), so scientists have lots of mice to work with. Mice are cost effective because they are cheap and easy to look after.The mouse genome is very similar to our own, making mouse genetic research particularly useful for the study of human diseases.The mouse has many similarities to humans in terms of anatomy, physiology and genetics.Image credit: Wellcome Library, London Benefits of the mouse Its genome is approximately 3,500 million base pairs in length and contains over 23,000 protein-coding genes ( Ensembl).The genome sequence of the mouse was published in December 2002.

As a scientific tool, mice have helped to speed up the progress of research and enabled the development of important new drugs.Now scientists use mice to simulate human genetic disorders in order to study their development and test new therapies.In the early days of biomedical research, scientists developed mouse models by selecting and breeding specific mice to produce offspring with certain desired characteristics.Over the past century, the house mouse ( Mus musculus) has become the preferred mammalian model for genetic research.

Chea pmouse species