Tag: manganese

^{Type
post

Author
David Coppedge

Date
June 8, 2023

Categories
Biology
Intelligent Design
Physical Sciences
Tagged
, archaea, boron, cabbage, Casey Luskin, chocolate, cobalt, coffee, coins, copper, corn, Dartmouth College, elements, Harvard School of Public Health, hemoglobin, human body, intelligent design, iron, manganese, Michael Denton, milk, mushrooms, nickel, nuts, onions, organs, oysters, peas, phosphorus, PNAS, potassium, Privileged Species, protein science, rhubarb, The Miracle of the Cell, thyroid gland, tissues, tomatoes, Uppsala University, urine, zinc}

Brother, Can You Spare a Nickel? It’s Essential for Life, and Likely an Indicator of Intelligent Design

_{David Coppedge
June 8, 2023

Biology, Intelligent Design, Physical Sciences

9}

Nickel is an essential element in the human body, but too much is toxic. Here’s another element our planet had to provide. Read More ›

Graphene hexagonal structure in motion as artificial intelligence concept. Graphene molecular grid. 3D illustration. 3D Rendering

^{Type
post

Author
Casey Luskin

Date
November 14, 2021

Categories
Chemistry
Technology
Tagged
, batteries, carbon, China, cobalt, COSM 2021, Discovery Institute, graphene, James Tour, landfills, lead, lithium, manganese, materials science, nano-technology, nickel, rare earth elements, Research, Rice University, South Africa}

Flash Graphene: Born Again Plastic Is Planet-Friendly

_{Casey Luskin
November 14, 2021

Chemistry, Technology

6}

Jim Tour is a man of faith and if you talk to him, he’s quick to credit God for blessing him and his team with these innovations. Read More ›

^{Type
post

Date
July 16, 2021

Categories
Life Sciences
Tagged
, bacteria, biomolecules, desert varnish, glass, manganese, Michael Denton, microbes, Native Americans, photosynthetic bacteria, PNAS, Romans, The Miracle of the Cell, United States, Utah, wind}

Living Murals: Wall Art Made by Photosynthetic Bacteria

_{Science and Culture
July 16, 2021

Life Sciences

8}

Long suspected to be biological in origin, desert varnish is confirmed to be the product of light-gathering microbes that concentrate manganese as sunscreen. Read More ›

^{Type
post

Date
December 23, 2020

Categories
Intelligent Design
Tagged
, Antarctica, calcium, cobalt, Communications Earth & Environment, Design of Life, enzymes, Flight: The Genius of Birds, Freeman Dyson, Freshwater, Geophysical Research Letters, glaciers, Greenland, ice, Illustra Media, iron, krill, magnesium, manganese, materialists, metals, Michael Denton, molybdenum, PNAS, potassium, Privileged Species, rivers, sodium, The Wonder of Water, trace elements, vitamin B12}

Glaciers Enhance the Biosphere — By Design

_{Science and Culture
December 23, 2020

Intelligent Design

7}

Glacial meltwater performs unexpected and surprising roles that benefit life on earth. Read More ›

^{Type
post

Date
October 15, 2020

Categories
Biology
Chemistry
Intelligent Design
Physics
Tagged
, appendix, astrophysics, biochemists, cancer, cells, chemical reactions, copper, detoxification, earth, elements, French National Centre for Scientific Research, gold, heavy elements, human beings, intelligent design, iron, Live Science, lysosomes, magnesium, manganese, metabolism, Michael Denton, Nature Communications, nucleosynthesis, The Miracle of the Cell, therapeutics, tonsils, transition metals, zinc}

Does Gold Have a Purpose? Science Hints at Answers

_{Science and Culture
October 15, 2020

Biology, Chemistry, Intelligent Design, Physics

8}

A gold rush makes sense. But a copper rush? Not so much. And yet, perhaps there is more to gold than aesthetics. Read More ›

^{Type
post

Date
August 30, 2018

Categories
Intelligent Design
Tagged
, __k-review, C. elegans, calcium, cells, concentration gradient, Disney World, Douglas Axe, genetic code, Harvard University, Howard Hughes Medical Institute, intelligent design, ions, manganese, membrane channels, metabolism, mitochondrial membranes, molecular machines, Nature Communications, Parkinson’s disease, PNAS, selectivity filters, Undeniable (book), University of Massachusetts at Amherst}

Membrane Channels Show Astonishing Specificity

_{Science and Culture
August 30, 2018

Intelligent Design

7}

The “selectivity filters” in membrane channels of living cells are able to discriminate between very similar molecules or atoms using complex mechanisms. Read More ›