|October 15, 2015||Posted by News under Genomics, Intelligent Design, News|
While shopping at the gene counter, we learned from The Scientist : Published genomes are chock-full of contamination. But as awareness of the problem grows, so do methods to help combat it. When Supratim Mukherjee noticed the same bacteriophage sequence popping up again and again in hundreds of microbial genomes from a database he was […]
|October 13, 2015||Posted by News under 'Junk DNA', Genomics, Intelligent Design, News|
From obit: Inherent in the idea of gene regulatory networks was the concept that genome sequences that provided information about how genes should be expressed would be as important as the genome sequences that coded for the proteins themselves. Although non-protein-coding DNA was long considered to be “junk,” Davidson recognized that the key regulatory code […]
|September 10, 2015||Posted by DLH under Biophysics, Darwinism, Design inference, Functionally Specified Complex Information & Organization, Genomics, Intelligent Design, Irreducible Complexity|
Rockefeller University researchers found that part of a DNA repair protein known as 53BP1 fits over the phosphorylated part of H2AX “like a glove,” says Kleiner. This interaction helps bring 53BP1 to the site of DNA damage, where it mediates the repair of double-stranded breaks in DNA by encouraging the repair machinery to glue the […]
|August 11, 2015||Posted by News under Evolution, Genomics, News|
Wasn’t suppose to happen in the old days, right? But it turns out to be surprisingly common. From ScienceDaily: The common baker’s yeast (Saccharomyces cerevisiae) is used to make bread, wine and beer, and is the laboratory workhorse for a substantial proportion of research into molecular and cell biology. It was also the first non-bacterial […]
|July 20, 2015||Posted by News under Genomics, Intelligent Design, News|
From ScienceDaily: Carrying around a spare tire is a good thing — you never know when you’ll get a flat. Turns out we’re all carrying around “spare tires” in our genomes, too. Today, in ACS Central Science, researchers report that an extra set of guanines (or “G”s) in our DNA may function just like a […]
|June 27, 2015||Posted by News under Genomics, Intelligent Design, News, Plants|
We are told that the mistletoe species lacks genes found in all other complex organisms. From ScienceDaily: A discovery made during an analysis of a species of mistletoe whose apparent ability to survive without key genes involved in energy production could make it one of the most unusual plants on Earth. … “This loss of […]
|May 27, 2015||Posted by News under Genomics, News|
From The Scientist : A large number of human genes can substitute for their defective counterparts in yeast and prevent the microorganisms from dying, according to a paper published today (May 21) in Science. Of more than 400 human-to-yeast gene replacements performed, almost 50 percent were effective at compensating for a missing vital function. “No […]
|May 18, 2015||Posted by News under Genomics, Intelligent Design, News|
Stuff we mustn’t tell Bill Nye (if anyone still cares where he is or what he is doing) PubMed link for one e coli genome from Liberty University here. Darwin followers free to call police. Follow UD News at Twitter!
|May 9, 2015||Posted by News under Evolution, Genomics, News|
Basically, a new polyploid plant species has had more than one separate origin in Scotland. And we still don’t know how that works.* Polyploidy—the heritable condition of possessing more than two complete sets of chromosomes—has always been something of a mystery, and this new find both illuminate it and suggests we should pay more attention to […]
|February 10, 2015||Posted by News under Genomics, Intelligent Design, News|
Someone should write a book about ways that Darwinism has impeded science that go well beyond wrecking doubters’ careers.
|December 28, 2014||Posted by News under Atheism, Culture, Genomics, News|
New atheists wonder why they are least liked! Is it barely possible that it’s not about being an atheist after all but about, um, behaviour issues?
|December 17, 2014||Posted by News under Genomics, News|
Researchers: The reasons for the wide range of genome size found in different species remain largely enigmatic.
|December 17, 2014||Posted by News under Convergent evolution, Genomics, Intelligent Design|
Researcher: surprised to see chordate-like Hox cluster organization in starfish, which have a radial body plan
|November 28, 2014||Posted by PaV under Evolutionary biology, Genetics, Genomics, Intelligent Design|
This is from a new study published in Nature Communications, and talked about at Phys.Org. Oh, how difficult it is these days to be an “intellectually fulfilled” neo-Darwinian: Humans don’t like being alone, and their genes are no different. Together we are stronger, and the two versions of a gene – one from each parent […]
|November 27, 2014||Posted by News under Convergent evolution, Genomics, Intelligent Design, News|
According to the recent genome map of Strigamia maritima
|October 1, 2014||Posted by News under Evolution, Genomics, News|
“Genome doubling has shaped the biological world more than any other process,” comments Doug Soltis.
|September 18, 2014||Posted by PaV under Epigenetics, Evolution, Genomics|
Here’s a link to a Science Daily article on epigenetics. The authors report that the known and studied method of epigenetic marking, methylation of Histone3=H3, is not only passed down from one cell generation to another during development, but that these epigenetic markings are passed on from one generation of organisms to the next. These […]
|July 25, 2014||Posted by DLH under Biology, Cell biology, Genomics, Intelligent Design|
Are you what you eat? Or what’s eating you? Novel virus discovered in half the world’s population A new study led by researchers at San Diego State University has found that more than half the world’s population is host to a newly described virus, named crAssphage, which infects one of the most common types of […]
|May 29, 2014||Posted by News under Genomics, News|
Researchers: What these efforts show is that it’s a two-way road—proteomics can be used to annotate the genome.
|May 14, 2014||Posted by News under Genetics, Genomics, News|
From the charts in this blog, the annotations in the genome data base are now over 50% wrong, they are more often wrong than right.