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Biotech Archived News Items
Researchers have mapped out the human and cow genomes to discover that we are more alike than we thought. This discovery may aid in increasing our knowledge of phenomena such as lactation.
Archaeologists use DNA analysis to recreate the last moments of a paleo-indian village.
Researchers work at isolating DNA from soil organisms in hopes of finding new antibiotics, fungicides, and other pharmaceuticals. New DNA analysis technique may give doctors instant answers regarding a patients genetic makeup.
Researchers have found a way to safely produce human proteins, such as insulin, with the help of genetics.
Scientists use a mathematical model to predict what effect using genetically modified crops may have on wildlife.
This may be one of the first successful gene therapy trials.
This finding may lead to new treatments of Alzheimers.
Researchers may have found a new way to get genetic material into living cells.
Researchers discover that a specific genetic sequence can be used as a trigger rather than a target. This method may eliminate current specificity problems.
Researchers are harvesting the DNA from soil microbes to see if there gentic code holds the key to new pharmaceuticals.
Reserachers utilize Human Genome data to uncover subtypes of melanoma, the deadly type of skin cancer.
Reserachers discover that telomerase can turn on cancer genes such as c-myc oncogene, and hence its use in molecular therapy should be used with caution.
Scientists have found a way to use the process of photosynthesis to decrease carbon dioxide emissions from coal smoke stacks.
Reserachers discover a way to create a bacteria like structure.
Reserachers discover a way to turn growing plants into plastics.
Debate over the safety of genetically modified foods is a step backwards in the fight to stop starvation and hunger in third world countries.
Genetically improving crops to withstand environmental stress may allow future farmers to have two growing seasons in one year!
Researchers discover that the gene in plants that makes their fruits bigger is similar to the human oncogene. Scientists have figured out how to create a transgenic mosquito that glows in the dark. Using this technique researchers may find a way to prevent the spread of the disease Malaria, which is carried by the mosquito. Scientists warn that caution is needed with cell line developed for therapeutic use. Researchers find a way to transplant insulin producing cells into diabetic animals and cure their diabetes. Could the same approach cure humans?
Scientists attack bacterial resistance from the point of RNA.
Scientists evaluate bacterial progress at hazardous waste sites by seeing if the proteins needed to break down the toxins are present.
Researchers look at lipid droplet formation as the first self-replicator.
Studies show that radiation treatments used to kill bacteria in food may not be as effective if certain spices are also present.
Researchers discovered that a protein called hairpin can be given to plants to increase their ability to protect themselves from pathogen and insect invaders.
Scientists find a way to locate specific genes from the human genome with the use of a DNA Biosensor.
Gene therapy, as an idea, has been around for quite some time with few possitive results. In this months journal of Science there is a documented case of gene therapy reversing the defects caused by a missing gene.
The next step in biotechnology is discovering the function of all proteins coded for in the human genome. Scientists call this new field of study Proteomics.
Due to a new approach in genome sequencing, researchers were able to fully clone the fruit fly genome in record time. This project provides immense amounts of information for future research.
Researchers use human gene chip to quickly screen toxicity of chemicals on human genes. Using bacteria in the bioremediation of, the toxic and abundant pollutant, Toluene.
Is it the social responsibility of developed nations, with biotechnology resources, to provide assistance to developing countries with starving populations?
Scientists have found a way to flip a molecular switch in algae which causes them to produce Hydrogen gas.
Researchers show a reverse in cholesterol levels in mice treated with gene therapy. Maybe not, but researchers may have found a way to prevent tooth decay for life!
Scientists discover myoglobin-like proteins in ancient bacteria. Evolutionary ties to todays bacteria and other living things explored!
Researchers create a new type of probe that allows them to see vibration and other movements of DNA that were previously suspected, yet unconfirmed by data.
Researchers use RNA and its biological properties to create a supercomputer of sorts.
New evidence shows that the crimson pigment in tomatoes is a key antioxidant needed for better health. Start looking for genetically enhanced crimson tomatoes at the supermarket! Cloning marine mussel proteins to produce a truly super Glue is on the minds of industrial adhesive manufacturers.
Differing rates of nicotine related disease in men and women may be traced to a nicotine activated gene.
Synthetic antibodies open the door to new research techniques and medical advances.
Research group discovers pattern AIDS virus that may lead to early detection of Clinical AIDS.
Recent findings about Molecular Motors may lead to new and interesting therapies.
One researcher believes that recent genetic findings should be used now to fight diseases. Also learn about different genetic diseases and techniques used to combat them.
Since the 1980s, molecular biologists have believed that modern humanity could be traced to Africa. Now, what is call the "Out of Africa" hypothesis is coming under fire due to new gene studies and fossil evidence. Research shows that some people possess a particular variant of a gene that allows them to be resistant to HIV infection. This genetic trait that protects against AIDS is being studied farther. Vaccines made out of genetic material may be the key to preventing major infections. Creating vaccines out of DNA or RNA may be our best bet for fighting diseases like AIDS and malaria.
Special biosensors can now be used to detect very small quantities of harmful bacteria. A laser is used to "read" the bacteria and send up a warning if it detects any amount of a harmful bacteria that it can recognize.
In this article for Scientific American, microbiologist Stuart Levy discusses the growing problem of bacterial pathogens that are resistant to many of the current antibiotics.
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