Genetics
Have breakthroughs in DNA research led to more harm than good?
Have breakthroughs in DNA research led to more harm than good?
vote now: No or Yes - (view results)
No
DNA research, in itself, is neither good nor bad. It's a tool. It's like asking if a hammer is good
Genetics
Genetic screening issues
Modern science is nothing short of amazing. We are able to do things that go beyond the realm of common imagination. Every day, science
Genetics
Effects of trisomy 11
Trisomy 11 is one of a variety of trisomy disorders that are genetic in their origin. A trisomy is when a chromosomal abnormality
Genetics
What are the benefits of human cloning?
by Lucius Trae
In examining the benefits of human cloning, I will provide possible advantages that have serious ethical repercussions. Although they
209 Article Titles on Genetics
- Genetic disorders that affect blood clotting factors (2 articles)
- Chromosomal crossover: How genetic exchange increases variation (1 article)
- Effects of trisomy 13: Patau syndrome (6 articles)
- What twin studies have taught researchers about epigenetics (1 article)
- Structure and genes of the HIV genome (2 articles)
- Rare genetic diseases: An overview of Bardet-Biedl syndrome (1 article)
- Rare genetic diseases: An overview of Alagille syndrome (1 article)
- What is gene therapy (1 article)
- What the human genome endeavor revealed about Parkinsonism (1 article)
- Genetics as it relates to Down Syndrome (1 article)
- Women scientists: Rosalind Franklin's contributions to the field of genetics (2 articles)
- How retroviral vectors are used in gene therapy (3 articles)
- Why scientists have recreated the genetic code that caused the Black Death (1 article)
- An overview of clock genes: Genetic determinants of circadian rhythm (1 article)
- Potential role of copy number variation in autism (1 article)
- Rare genetic diseases: Waardenburg syndrome (1 article)
- Role of the DFNA5 gene in hearing loss (1 article)
- Rare genetic diseases: An overview of desmosterolosis (2 articles)
- Rare genetic diseases: An overview of Aagenaes syndrome (1 article)
- Rare genetic diseases: An overview of Aarskog syndrome (1 article)
- Rare genetic diseases: An overview of Aase-Smith syndrome (1 article)
- Role of the DFNA5 gene in cancer (1 article)
- Genetics: What is Turner's Syndrome? (2 articles)
- Genetic mutations associated with aneuploidy (2 articles)
- The role of aneuploidy in cancer (1 article)
- Proteus syndrome: Abnormal growth from rare genetics (1 article)
- The genetics underlying elephant man disorder (2 articles)
- Effects of mutations on chromosome 17 (2 articles)
- Scientists find 'master switch' gene for obesity (2 articles)
- The role of genetic defects in Huntington's disease (1 article)
- Chromosomal abnormalities that prevent fetal survival to birth (1 article)
- An overview of dystonia-deafness syndrome (1 article)
- Effects of trisomy 11 (2 articles)
- Methods researchers use to study DNA methylation (1 article)
- The genetics of blood type (3 articles)
- Disorders associated with changes in chromosome 15 (1 article)
- The genetics of eye color (1 article)
- An overview of genetic testing for cardiovascular disease risk (1 article)
- An overview of genetic tests for breast cancer risk (2 articles)
- The association between PON-1 and clopidogrel responsiveness (2 articles)
- Disorders caused by defects in chromosome 11 (1 article)
- An overview of genetic testing for clopidogrel responsiveness (2 articles)
- What is factor V Leiden? (1 article)
- Chromosomal abnormalities: Monosomy 9p (1 article)
- The effects of sex polysomies on anatomy (2 articles)
- What is de novo copy number variation (CNV)? (1 article)
- What is Loeys-Dietz Syndrome? (2 articles)
- What is von Hippel-Lindau disease? (2 articles)
- What are nuclear envelopathies? (1 article)
- Mutations that cause laminopathy (1 article)
