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Cell biology

Here’s the webinar on topoisomerase, the complex ,specified “untangling” enzyme in our cells

Introduction: The carefully orchestrated untangling activity of topoisomerase II doesn’t happen by accident. This enzyme is a molecular machine that only works because its amino acid sequence is highly specified to provide a special shape and structure necessary for its function. In other words, topoisomerase enzymes contain high levels of complex and specified information—a hallmark of intelligent design. Read More ›

At the University of Geneva: “Cellular tornadoes sculpt our organs”

So when was the last time we heard about a tornado that wrought anything but destruction? They can call it “self-organisation” if they want but then self-organization is just another term for “design in nature.” Read More ›

It just so happens that essential genes are protected from mutations

At The Scientist: Monroe and his colleagues found evidence of specific epigenetic characteristics such as cytosine methylation that prevent mutations from occurring in those regions, not unlike protective barriers. These structures and the variability in mutation rates within a single organism’s genome, Monroe says, suggest that “evolution created mechanisms that changed how evolution works.” Read More ›

Understanding the engineering of living systems requires acceptance of the design of life

After a while, expecting randomness to develop exquisite machinery within a fixed time frame becomes ridiculous. The big question is, how much more might we learn if we assume it isn’t random? Read More ›

At Mind Matters News: Are the brain cells in a dish that learned Pong conscious?

Eric Holloway: A couple other interesting results from the research. First, human-derived organoids always outperform mouse-derived organoids in terms of volley length. Second, even without negative feedback, when the paddle missed the pong ball, the organoids still learn to increase volley length. Read More ›

Recognizing Design: Part 2 of the “Introduction to Intelligent Design” video series

Part 2 applies the core concepts of irreducible complexity and functional coherence to one of the most important functions in each cell - energy production. Read More ›

CalTech researchers map spatial organization of the (“junk”) DNA and RNA in the cell nucleus

At ENST: Now, the windows are opening on [nucleus] organization so all-encompassing for all those non-coding RNA transcripts, it is truly mind-boggling what goes on in the nucleus of a cell. Read More ›

Ars Technica slams claims re living, reproducing robots

At Ars Technica: But the paper buried this in language that, at best, is overhyped, and the researchers aren't even being technically accurate when describing this work to the press. At a time when trust in science seems to be at an all-time low, this isn't likely to be helpful. Read More ›

AI helps us see previously unknown cell components

The friend who forwarded this story notes, “Even though we didn’t know maybe half of what’s in our cells, we somehow knew that most of the genome is junk?” Darwinism did that, of course. It was the Darwinians who needed the idea that most of the genome is junk. Read More ›

Protein tidies cells like sorting a kitchen drawer…

At ScienceDaily: "Each compartment created by a lamin acts like a kitchen utensil drawer, keeping knives, forks and spoons easy to access, and more rarely used items like serving pieces out of the way until needed," Reddy says. (And the high information level needed for all that came into existence randomly, of course, just like kitchen drawers and utensils… Which makes sense if you buy the Darwinian approach to consciousness, which treats it as an illusion (whose?) So tidiers and tidying are random too… The people who built up Darwinism decades ago probably didn’t expect to find this stuff. ) Read More ›

Microorganisms defy expectations, produce elemental carbon

At Eurekalert: “We never thought that amorphous carbon could be produced by living organisms because of the normally extreme chemical reactions that are needed to form it,” said Robert White, an emeritus professor of biochemistry in the College of Agriculture and Life Sciences. “This is the first report of amorphous carbon being produced by any organism on Earth, and we are very interested in the possible implications it may have for the carbon cycle.” Read More ›

James Tour on the practical side of intelligent design

Luskin: James Tour hopes that his nanodrills will find a place in future therapies to treat problems like antibiotic resistance and tumors. At the core of his research is using our own intelligence to create therapies that outsmart antibiotic resistance—in other words, to beat evolution with intelligent design. Read More ›

At Mind Matters News: Neuroscientist: Nervous systems alone do not cause consciousness

One-celled intelligence aside, it’s unclear how Antonio Damasio’s ladder of consciousness, built on self-balancing and death avoidance, gets us the human mind. Read More ›

Scientists’ reaction to ever more of the cell’s complexity in its own environment

At Nature: “I was so overwhelmed by the beauty and the complexity that in the evenings I would just watch them like I would watch a documentary,” recalls Kukulski, a biochemist at the University of Bern, Switzerland." No wonder panpsychism is catching on, among those who are forbidden to think in terms of design. Read More ›