Candida albicans: Difference between revisions
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''Candida albicans'' is able to sexually reproduce and is a diploid fungus. It is often associated with yeast related diseases in the genitals and in the mouth of animals. It is one of the most common pathogens found in humans and is the source of a variety of different infections. . Like most microorganisms found in the digestive tract of animals, ''C. albicans'' falls into a class of relationships that occur between organisms where one benefits and the other is not significantly harmed or benefited. ''C. albicans'' can be found in most of the general population causing no detrimental side effects. Although it is not found to be harmful, an overgrowth of ''C. albicans'', known as candidasis, is harmful to the individual. Individuals with a healthy immune system are able to fight off the disease, however in HIV patients with weakened immune systems; it is much more difficult for the disease to be fought off and can lead to more serious problems. In order for the disease to be transmitted to the host, the yeast form of ''C. albicans'' responds to changes in the environment, becomes harmful, and changes from a unicellular form into a multicellular. | ''Candida albicans'' is able to sexually reproduce and is a diploid fungus. It is often associated with yeast related diseases in the genitals and in the mouth of animals. It is one of the most common pathogens found in humans and is the source of a variety of different infections. . Like most microorganisms found in the digestive tract of animals, ''C. albicans'' falls into a class of relationships that occur between organisms where one benefits and the other is not significantly harmed or benefited. ''C. albicans'' can be found in most of the general population causing no detrimental side effects. Although it is not found to be harmful, an overgrowth of ''C. albicans'', known as candidasis, is harmful to the individual. Individuals with a healthy immune system are able to fight off the disease, however in HIV patients with weakened immune systems; it is much more difficult for the disease to be fought off and can lead to more serious problems. In order for the disease to be transmitted to the host, the yeast form of ''C. albicans'' responds to changes in the environment, becomes harmful, and changes from a unicellular form into a multicellular. | ||
== Genome == | == Genome == | ||
C. Albicans was one of the first eukaryotic pathogens chosen | ''C. Albicans'' was one of the first eukaryotic pathogens chosen for gene sequencing.The genome of Candida albicans was sequenced due to the fact that it is one of the most common human fungal pathogen. Most isolates of ''C. albicans'' used for genetic analysis are mostly diploid and some even contain translocations in their genes. Unlike most species that undergo sequencing, a haploid form of ''C. albicans'' is unavailable. Due to its extensive use in molecular analyses and virulence in animal models, SC5314(7) was selected for large- scale sequencing. The diploid sequence assembly displayed the amount of heterozygosity in the strain SC5314. The results obtained from this along with results from the sequencing afforded many important discoveries in ''C. albicans'' development. | ||
Revision as of 10:45, 21 April 2009
Descirption and significance
Candida albicans is able to sexually reproduce and is a diploid fungus. It is often associated with yeast related diseases in the genitals and in the mouth of animals. It is one of the most common pathogens found in humans and is the source of a variety of different infections. . Like most microorganisms found in the digestive tract of animals, C. albicans falls into a class of relationships that occur between organisms where one benefits and the other is not significantly harmed or benefited. C. albicans can be found in most of the general population causing no detrimental side effects. Although it is not found to be harmful, an overgrowth of C. albicans, known as candidasis, is harmful to the individual. Individuals with a healthy immune system are able to fight off the disease, however in HIV patients with weakened immune systems; it is much more difficult for the disease to be fought off and can lead to more serious problems. In order for the disease to be transmitted to the host, the yeast form of C. albicans responds to changes in the environment, becomes harmful, and changes from a unicellular form into a multicellular.
Genome
C. Albicans was one of the first eukaryotic pathogens chosen for gene sequencing.The genome of Candida albicans was sequenced due to the fact that it is one of the most common human fungal pathogen. Most isolates of C. albicans used for genetic analysis are mostly diploid and some even contain translocations in their genes. Unlike most species that undergo sequencing, a haploid form of C. albicans is unavailable. Due to its extensive use in molecular analyses and virulence in animal models, SC5314(7) was selected for large- scale sequencing. The diploid sequence assembly displayed the amount of heterozygosity in the strain SC5314. The results obtained from this along with results from the sequencing afforded many important discoveries in C. albicans development.