This form of lymphedema is very rare and has no cure. Several treatments help relieve the symptoms and improve quality of life for those with this condition.
The genetics channel at BrightHub.com explores the fascinating world of human genetics. Managing Editor, Leigh Zaykoskiand a team of scientific writers explore the diverse and continuously expanding world of genetic discovery. From articles on basic genetics such as How to Find a Gene, or the Genetics of Red Hair, to topics on the cutting edge of scientific discovery, such as the discovery of the Childhood Cancer Neuroblastoma Gene, you will discover informative in-depth coverage on a site devoted to Science, Technology, Health and Education.
Read about and debate the hot topics affecting our society today such as genetic engineering and the ethics of pet cloning, and whether or not homosexuality is genetic. Explore the growing field of gene therapy and revisit the top 10 moments in genetics history.
Join the community and ask questions or debate the latest research and theories in the comments. We look forward to sharing this fascinating world of scientific discovery with you.
Aarskog-Scott Syndrome is a relatively rare genetic disorder that affects more males than females and leads to multiple developmental defects. This article describes this disorder and its underlying genetic cause.
Osteogenesis imperfecta type III is a rare, but highly debilitating, genetic disorder that is marked by fairly severe bone defects. Read on to learn about this condition, what is known about its underlying genetic causes and what is being done to develop a method of treating it.
This immune deficiency disorder primarily affects males. It is a genetic disorder related to a defect in immunoglobulin M production. There is no easy cure, but there are treatments available.
Genetic screening can provide valuable information regarding a person’s propencity for disease; however there are ethical issues involved with genetic screening.
Scientists today are conducting genetic studies using microarray technique. The main advantage of this technology is that scientists can study thousands of genes at a time. Learn more about this technology, its application and limitations.
Genetic engineering has its uses as well as its disadvantages. Read on to learn more about the process and when it may not be beneficial.
There have been several studies that clearly demonstrate the role of genetics and the limbic system in aggression. Although the subject of aggression can be quite complex in human beings, this information will hopefully shed light on the limbic system genetics aggression relationship.
The genetic traits of the indigenous Mayan people are very distinctive and these characteristics can be observed in almost all of population. Therefore, the indigenous Maya genetic traits are of great interest to clinical researchers and genetic engineers.
Think designer babies are a thing out of a scary science fiction novel? Not only are we headed in the direction of altering the genetics of our offspring – to an extent – we already are performing similar feats.
Missing ear cartilage or scientifically termed as microtia is one of the top ear deformities among newborn infants. In most cases, the genetics of ear cartilage plays a significant part. This information will take a closer look at the missing ear cartilage genetic influence on such occurrences.
Statins are often used as cholesterol-lowering agents. Therefore, they diminish the risk of developing cardiovascular conditions. This article discusses genetic testing for statins and prevention of a heart attack.
Most eukaryotic cells possess organelles known as mitochondria. These mitochondria are quite special, due to the nature of the DNA they contain. This article discusses human mitochondrial genetics and its possible uses.
Genetics can affect the patterns of human hair growth. In this article, the genetic patterns of hair growth and the occurrence of patterned hair loss, scientifically known as androgenetic alopecia, are closely evaluated.
The radioactive materials used in genetic engineering include radioactive isotopes and nucleotides. In this article, you will learn how and why radioactive isotopes and nucleotides are used in genetic engineering.
Do you want to learn more about the genetics of Mosaic Turner syndrome? Find out what causes this genetic disorder to better understand its effects.
What are mitochondrial myopathies? Here we will discuss what they are and give you the information you need to understand this complex topic.
Human cloning seems like something out of a science-fiction novel, but it may one day be possible with advances in science and technology. This creates several ethical and moral issues for those in the field of genetics. Read this human cloning facts to discover the possible benefits.