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The Creator filled the earth with all the chemicals that living things could ever need. But special “go-betweens” were necessary to move these treasures from their safe hiding places and convert them into forms we can use. That’s where bacteria come in.
Evolutionists must explain how cells, once they emerged from lifeless matter, diversified into the many life forms we see today. It is supposed that some extinct ancestor of the archaebacteria and eubacteria developed the necessary biologic machinery to survive.
Who knew that a well-known parasite might lead to the next major breakthrough in medical treatment? Scientists are leading the way to understand how microscopic creatures (primarily Giardia lamblia) move through the bloodstream. The goal? Construct micro-robots that can navigate the dangerous twists and turns of the bloodstream.
Scientists discovered that water bears can survive pressure up to six times the deepest ocean trench’s pressure. When subjected to the complete vacuum of space and direct radiation from the sun, they lived. Water bears can even survive for almost ten years totally dehydrated. To resurrect them, all you have to do is add water.
We need to balance our understanding of the microscopic world because it is an essential part of and critically affects our everyday life.
The molecular complexities of staphylococci mechanisms indicate the signature of a divine Designer who has placed his signature on his art piece, staphylococci.
ERVs are found in the same location in the genome across species, so evolutionists apply their ideas of common ancestry and say ERVs demonstrate evolution.
We have seen a changing profile from HA-MRSA to CA-MRSA. This is potentially dangerous because the new strains are more virulent and aggressive.PDF Download
Evolution would require an enormous amount of change. Modern laboratory experiments have tested bacteria’s ability to change. Is this ability truly unlimited?
Another example of design which can be seen in the microbial world is the production of a blood-red pigment made by Serratia marcescens.
There are many extraordinary examples of design in the microbial world. In this chapter, two examples are given.
Based on differences in gene sets and molecular machines between bacteria and eukarya, we continue to demonstrate that unbridgeable evolutionary chasms exist.PDF Download
In the grand evolutionary paradigm, the origin of the eukaryotic cell represents one of the great mysteries and key hypothetical transitions of life.PDF Download
Evolutionists credit endogenous retroviruses with making mammalian evolution possible, but scientists now show they play a critical role in brain development.
God created bacteria to perform vital roles in every imaginable environment.
If God created everything good and with a purpose, why are there disease-causing bacteria and viruses in the world?
Ebola is a virus with a high mortality rate. The outbreak in West Africa has killed thousands. Where is God amid all this death, disease, pain, and suffering?
Microbes live in a mutualistic relationship with the human body, make up the human microbiome, and play a role in our health by modulating the immune system.
When does “stop” mean “go”? Surprisingly often!
If God’s creation was originally “very good,” wouldn’t we find some good roles that viruses play, even in our fallen world?
Within the biblical framework of earth history microbes, fully-functioning stromatolites and even stromatolite reefs may have been created by God before Day 3 of the Creation Week.
Primordial proteins or common designs?
Ever heard of Volvox? Witness the flawless pirouettes of this single-celled wonder in your local pond scum.
Some locations on earth seem just too extreme to support life. One such extreme environment is vents at the bottom of the ocean.
Food-gathering slime molds can build a complex network as efficient as Tokyo’s rail system in just 24 hours, without giving it a second thought!
“Cute” may not be the best word to describe water bears. But once you learn more about them, words like “indestructible,” “one of a kind,” and “unbelievable” jump to mind!
Scientists were shocked to discover bacteria hidden deep in caves—far from any contact with humans—that already had the ability to fight antibiotics.
What if we could design a super-small, versatile machine that could travel up blood vessels to deliver targeted medical aid?
The objectives of this article are to explain the mysterious appearance of crimson-colored bacteria on food and communion bread/wafers, over the centuries, as well as to describe the biological basis
During scientific discovery more questions often arise. This leads to one of the most wondrous aspects of science: the more we learn, the more we realize how much is left to learn.