DOES GOD EXIST? TODAY

September 30, 2025September 29, 2025

Walking Upright: Unique to Humans

Those who reject belief in God assume that humans evolved mechanically and that there was no need for a creator. Unfortunately, the media promotes stories that cater to those who dismiss faith in God, making it easier for them to identify as “none” when asked about their religious beliefs. A recent article is an example of not fully explaining the design required to enable walking upright.

A Reuters News Agency article by Mike Blake titled “How Humans Evolved to Walk Upright” fails to mention a critical design feature for walking upright. The article discusses a study of pelvis designs in primates by Harvard University evolution biologist Terence Capellini. It suggests that the shape of the human pelvis explains how humans walk upright. However, upright posture involves more than just the pelvis.

The opening into the skull that connects the spinal cord to the brain is called the foramen magnum (Latin for “great hole”). It is positioned at the center of the human skull but located towards the rear in other primates. Besides the pelvis, the foramen magnum’s position is an essential part of the design that supports bipedalism, or walking upright on two legs. The human pelvis also plays a crucial role in forming the birth canal that allows the passage of babies with larger brains. The position of the foramen magnum is an essential component of the design that enables bipedalism, or walking upright on two legs.

The Reuters article mentions that researchers identified over 300 genes involved in the design that enables walking upright. The lead author of the study stated that it is not just a single gene but many DNA regulatory elements that must work together to accomplish what seems so simple to humans. Chimpanzees sometimes walk on two legs, but it requires more effort because they lack the unique human design features. Birds, kangaroos, and a few other animals walk on two legs, but they do so because of anatomically different designs.

Bipedalism grants humans the ability to use our hands for carrying objects, using tools, creating art, raising and cooking food, while also allowing us to observe our surroundings from a higher vantage point. We can walk and run long distances because of our distinctive body design. Was this unique design merely an accident of natural selection, or the work of an intelligent Creator?

References: reuters.com, nature.com, and britannica.com

September 29, 2025September 28, 2025

Cancer Is a Darwinian Evolutionary Process

Most people today are or will be affected by cancer. If they don’t experience it firsthand, they probably have friends or family members who will. Billions of dollars and countless hours have been dedicated to finding a cure. So far, the ultimate cure remains elusive. One challenge is that cancer is, in a sense, many diseases because it affects different parts of the body in various ways. A cancer tumor is a cluster of cells growing uncontrollably. Various factors can cause this, but a cancer expert explains that cancer is a Darwinian evolutionary process.

Karl Krueger, a former senior manager of cancer research at the National Cancer Institute of the National Institutes of Health, has authored two peer-reviewed papers describing cancer in Darwinian terms. Our cells have fail-safe mechanisms to prevent them from entering a state of runaway replication. If these mechanisms are disrupted, cells can begin to reproduce through cell division, similar to bacteria, resulting in what we call a cancer tumor.

The human body is a multicellular organism in which all components, down to the cellular level, must cooperate for the body’s health. When normal regulatory controls fail, tumor cells become selfish, cloning themselves without regard for the host. Darwin’s concept of natural selection and survival of the fittest, when applied to cancer cells, becomes out-of-control growth.

At the cellular level, according to Krueger, “Those cells which proliferate at faster rates and maintain this growth process at their site of origin, or beyond in the case of metastasis, supersede the role of natural selection. In this game, it is not survival of the fittest but rather the fastest proliferating cells that present themselves most prominently in tumors…” In other words, cancer progression is an evolutionary process.

Krueger’s insights align with Michael Behe’s 2019 book, Darwin Devolves. Behe argued that at the molecular level, the Darwinian mechanism more often breaks features rather than creating new ones. The bottom line is that cancer is a Darwinian evolutionary process, and natural selection is not a creative force because, in all biological systems, there is a natural tendency toward disorder. We refer to this as entropy, or simply aging.

Reference: scienceandculture.com

September 26, 2025September 24, 2025

How Would You Want to Be Remembered?

Only two weeks ago, people around the world were shaken by the assassination of Charlie Kirk. At only 31 years of age, he had made a dramatic impact on the lives of many people. Less than three months before he was fatally shot, Kirk was interviewed on a podcast, and the host asked him, “If you could be associated with one thing, how would you want to be remembered?” Of course, he did not know that his life would end soon, but he answered that question boldly and clearly.

The answer Kirk gave is one I wish more Christians could give, including myself. He replied, “I want to be remembered for courage for my faith. That would be the most important thing; most important thing is my faith.” Over the past two weeks, I’ve seen many negative comments about Charlie Kirk, most of which are wildly false. However, one thing I’ve noticed among some Christians since Kirk’s death is that they have gained new courage to speak up for their faith. Some have openly admitted that they’ve been quiet about their Christian faith but now feel more courageous because of Charlie Kirk’s boldness.

Someone very dear to me is currently facing a terminal illness with only a short time to live. Her Christian faith assures her that when she leaves this life, something much better awaits her. That was the faith Charlie Kirk had, but he expected to have many more years to live. The woman I love, knowing her time is limited, wants to be remembered for sharing her faith with everyone she meets, including nurses, neighbors, friends, and family. She knows where she’s headed, and she wants others to share that hope as well. If you knew you had only a short time to live, would you be more courageous in sharing your faith?

The question everyone should consider is, “How would you want to be remembered?” If you’re a Christian, are you boldly sharing your faith with those you encounter? If you love them, you’ll want them to have the same hope you have. You will want to do everything you can to see that they will be with you in heaven.

Reference: foxnews.com

September 25, 2025September 23, 2025

Hermit Crabs Stealing Homes

Hermit crabs might be accused of stealing their homes. Maybe “stealing” is a bit strong. Perhaps we should say they are “scavenging” or “recycling.” There are over 800 species of of these crabs, and most of them find an abandoned shell of a gastropod (snail) and move in.

The fact that hermit crabs (superfamily Paguroidea) live alone in shells is why we call them “hermits.” For a gastropod such as a snail, the shell is part of its body—an exoskeleton that offers protection. When the owner dies, the hermit takes over the abandoned shell. You might call it a mobile home because hermit crabs, like the original owners, carry the shells with them as they move.

Outside the shell, a hermit crab is vulnerable to predators because of its soft abdomen. Inside the shell, the crab is protected and can retract its entire body if needed. It has a curved abdomen to fit the shell, and the tip is designed to grip the shell tightly. Because they depend on shells for protection, sometimes two of them will fight over one they both like.

Marine hermit crabs spend most of their time underwater, breathing through gills. As long as their gills stay wet, they can stay on land briefly. There are about 15 species of land hermit crabs, but they still need access to water. People sometimes keep them as pets.

As a hermit crab grows, it needs larger shells, so they compete to find new homes. Some have observed them lining up in a queue from largest to smallest. When the largest moves to a bigger shell, each of the others moves up to the next size. Having shells available requires a balance between the number and size of the crabs and the gastropods that die. Sometimes, they are forced to find shelter in hollow pieces of wood or rock. Sadly, they may even take refuge in plastic trash from which they cannot escape.

Some larger hermit crabs support sea anemones on their shells. The venomous anemones protect the crabs from predators, and they benefit by eating food fragments that escape the crab’s grasp. Once again, we see how the web of life is designed to work together for survival. We believe this is no accident but the work of a Master Designer.

September 24, 2025September 23, 2025

The Song Sparrow’s Success

Many sparrows visit my feeders regularly. Looking at my copy of the National Geographic Field Guide to the Birds of North America, I see that 19 pages are dedicated to various sparrow species. While many are limited to specific areas of North America, some are widespread across the continent. One such species is the song sparrow (Melospiza melodia). Some scientists have been researching the reason for the song sparrow’s success.

Song sparrows are divided into 25 subspecies spread from the East Coast to the West Coast, from Alaska’s remote islands to the Mexican volcanic plateau. These birds may seem quite ordinary, but they are extraordinarily successful at surviving and thriving in boreal forests, coastal wetlands, and even deserts. The secret of the song sparrow’s success is that each subspecies has unique traits that help it survive in its specific habitat.

In the Alaskan Aleutian Islands, the maxima subspecies has larger bodies to better conserve body heat. The fallax subspecies, found in the Sonoran and Mohave deserts, has lighter plumage to blend into the desert’s brown landscape. The caurina subspecies of the Pacific Northwest has darker feathers to resist moisture-related microbes. In Atlantic Coast salt marshes, the atlantica subspecies has larger bills to assist in evaporative cooling.

Scientists from the Cornell Lab of Ornithology and the University of British Columbia sequenced the DNA of nearly every subspecies to understand the song sparrow’s success. They found that genes and the environment work together to enable variations among subspecies, allowing them to thrive in diverse ecosystems.

This new research confirms what we have previously stated. God has given each species the ability to adapt and change over time to fit changing environments. That adaptability is key to the song sparrow’s success. Sparrows can evolve and adapt, yet they remain sparrows. This ability to change highlights God’s divine power in His creations (Romans 1:20). Jesus affirmed God’s love for even the sparrows, and much more for every human being. (See Matthew 10:29-31.)

Reference: National Geographic Field Guide to the Birds of North America and allaboutbirds.org

September 23, 2025September 22, 2025

First Responders in the Body

David Coppedge wrote a very interesting article about the body’s “first responders.” He described four instances where the body has its own superheroes ready in advance to handle and prevent crises that could lead to life-threatening diseases, such as cancer. These first responders in the body had to be present before they were needed. They are like police or firefighters who need the skill and training to come to the rescue when necessary. Planning and preparation indicate design.

One line of defense against infections is provided by cilia, which sweep the airways clean with wave-like motions. These hair-like structures are familiar, but recent research has shown that they provide upward as well as lateral flow to push fluids away from the airway surface. This action helps prevent bacteria, viruses, and harmful particles from reaching the cells of the airways and causing infections.

Another first responder removes toxic waste called reactive oxygen species (ROS) that develop in the cell’s mitochondria. Since these are toxic substances, ROS must be handled carefully. Organelles called peroxisomes detoxify these dangerous chemicals, sparing mitochondria from oxidative stress. This process requires two proteins that are resistant to toxins and produce a bridge that allows ROS to move safely between organelles.

This line of defense has been compared to the comic superhero, the Incredible Hulk. Dendritic cells that are part of the immune system travel through tissues looking for problems to solve, like cops on a beat. Usually, they slip through tissues, removing “bad guys” one at a time. However, when they come across a “mob” in their way, these narrow and flexible immune cells expand like the Incredible Hulk, with bulging muscles to push obstacles out of the way.

One of the first responders in the body is compared to Spartan warriors. It is the critical enzyme SPRTN. Before a cell divides, its DNA must be copied for the new cell. Unwanted proteins can latch onto the DNA strand and clog the copying machinery with cross-links called DPCs. That can lead to premature aging, cancer, or other problems. The SPRTN enzyme finds and repairs the clogs by degrading the proteins that cause them. SPRTN must degrade the clog without harming the surrounding tissue, and it does that by detecting ubiquitin tags that the DPCs carry. Understanding how SPRTN works enables scientists to develop strategies to enhance defense against age-related diseases and tissue damage caused by cancer therapies.

All of these discoveries were made through empirical observation by competent and respected scientists and reported in science journals. The first responders in the body are ready and prepared to serve and protect the human body. Like first responders to natural disasters, they are not there by accident but by a designed plan for defense and protection.

Reference: evolutionnews.org

September 22, 2025September 21, 2025

Glowing Birds-of-Paradise

Some of the most colorful and fascinating birds are the more than 40 species in the Paradisaeidae family, known as birds-of-paradise. They are more than just colorful; they are extravagant in their ornamentation and in their mating rituals. We have previously looked at the King of Saxony bird-of-paradise and Wilson’s bird-of-paradise. Studying these birds always reveals something new. In February 2025, a team of researchers published a new study about glowing birds-of-paradise.

Birds-of-paradise inhabit the rainforests of New Guinea and Australia, where they showcase their dazzling colors and remarkable features. Rene Martin, a University of Nebraska ichthyologist (a scientist who studies fish), specializes in deep-sea glow-in-the-dark fish. Some of her colleagues mentioned birds that seem to gleam, which led her to expose some specimens of birds-of-paradise at the American Museum of Natural History to UV light.

What Martin discovered was glowing birds-of-paradise. Thirty-seven species showed biofluorescence under ultraviolet light. Seeing them with human eyes was impressive, but for the specialized eyes of birds, it must be even more dramatic. Unsurprisingly, the males glow the most. For example, the entire belly of the male king bird-of-paradise seems to glow under UV light. Females exhibit some scattered and subdued glowing areas, which might help them camouflage in the sun-dappled rainforest. Meanwhile, the biofluorescence of the males could enhance their brilliant colors in the dark rainforest.

The discovery of these glowing birds-of-paradise reminds us that it’s easy to overlook what is right in front of us. Edwin Scholes, founder and director of the Cornell Lab of Ornithology’s Birds-of-Paradise Project, said, “Just when people think, ‘Oh, we must know everything there is to know about birds-of-paradise,’ we find something completely mind-blowing. There’s still a lot to be discovered.”

What new insights will science uncover about God’s creation in the coming days and years? The more we learn, the more we realize the truth of Romans 1:20, which tells us we can know there is a God by the things He has made.

Reference: allaboutbirds.org

September 19, 2025September 18, 2025

The Homochirality of Organic Molecules

Yesterday, we discussed the chirality, or handedness, of molecules, especially amino acids and proteins. The homochirality of organic molecules refers to their requirement for the same handedness, a mystery that has puzzled scientists since 1848, when Louis Pasteur first observed that some life-essential molecules had mirror-image forms. Amino acids used by living cells and the proteins they build have left-handed chirality, while DNA, RNA, and the sugars forming their building blocks are all right-handed. These facts raise a question for those who believe life arose spontaneously.

Left-handed proteins and right-handed DNA are found in all living organisms. The spiral structure of DNA needs to twist in a specific direction to function properly, but what caused the right-handed sugar molecules to come together? When half of all amino acid molecules in nature exhibit right chirality and the other half left, what force could have gathered only the left-handed ones to form the first proteins?

Scientists have speculated that cosmic rays or polarized light might have triggered this process. However, even if such forces created an initial bias for the same-handedness, they could not sustain and amplify it enough to produce a significant number of homochiral molecules to form the first living cells. In 1999, researchers proposed that electron spin created magnetism, causing left-handed peptides (short chains of amino acids) to bind to magnetic surfaces like magnetite. But this still did not explain how the homochirality of organic molecules could be amplified sufficiently to generate living cells.

Some scientists consider RNA to be the key to the origin of life. In 2009, a group of researchers studying RNA molecules suggested that a crystal called RAO could react to produce two of RNA’s four nucleotides. In 2023, other researchers used magnetism to produce RAO crystals with homochirality. However, this process required a magnetic field 6,500 times stronger than Earth’s magnetic field. Additionally, RAO has only been shown to produce two of RNA’s four nucleotides, still falling short of generating the complete homochirality of molecules needed for life.

As 2024 ended, NASA-funded research identified a problem with the so-called “RNA world” hypothesis. Simulating early Earth conditions, they found that RNA did not show a chemical bias toward selecting homochiral amino acids. The current thinking is that the homochirality of organic molecules “could have emerged through later evolutionary pressures.” In other words, we have the “evolution-of-the-gaps” theory because, of course, evolution can do anything you can imagine.

Currently, NASA scientists are analyzing samples brought back from asteroid Bennu, hoping that molecular evidence from meteorites and asteroids will demonstrate that the building blocks for life came from beyond Earth. I suspect that the force responsible for bringing life to Earth did originate outside our planet, and even beyond the universe.

References: science.org and nasa.gov

September 18, 2025September 18, 2025

Left-Handedness of Proteins and Amino Acids

About 9.2 percent of people are left-handed. In other words, less than 10 percent of humans exhibit left-handedness. However, the proteins in living organisms are 100 percent left-handed. I know proteins don’t have hands, but using the term “handedness” helps to explain how proteins are structured. Proteins are made from amino acids, which fold into left-handed shapes that enable their functions in living beings. These proteins are composed of amino acids, which are also left-handed.

This handedness is more accurately called “chirality.” There are over 500 different amino acids, and they exhibit both left and right chirality. However , only 22 of them are used to make proteins, and their chirality is all left-handed. This creates a mystery. If amino acids existed on early Earth in equal amounts of right- and left-handed forms, and life requires only left chirality, how could life have formed spontaneously? Some thus-far unexplained force would have to select only left-handed amino acids to come together to get life started. Robert F. Service, writing on science. org, called this “an enduring mystery.”

Scientists have proposed several ideas to explain why proteins are left-handed. Some suggest meteorites delivered left-handed amino acids to early Earth. It appears that meteorites are rich in these amino acids, likely due to exposure to polarized light. Another hypothesis is that magnetic fields on early Earth twisted the biomolecules. Robert Service asks, “But even if some external force imparted an initial bias, what propagated it?”

Gerald Joyce, a chemist specializing in the origins of life and president of the Salk Institute for Biological Studies, said, “Perhaps it was just a statistical coin flip that caused an original bias toward building blocks of one-handedness to form. But once that coin flipped, it caused other coins to flip.” Those of us who believe in a Creator are often accused of using a “God-of-the-gaps” explanation for life’s mysteries. To me, this explanation for the left-handedness of proteins sounds like a “coin-flip-of-the-gaps.”

Reference: science.org and Science magazine, Vol 383, Issue 6686

September 17, 2025September 15, 2025

Axolotls, or Mexican Salamanders

People often call them Mexican walking fish, but they are not fish. They are amphibians, specifically salamanders. Axolotls (Ambystoma mexicanum) or Mexican salamanders look like a fish because it never fully leaves its larval stage.

Unlike other salamanders and frogs, axolotls do not go through metamorphosis. When they become adults, they still look like tadpoles. They develop tiny legs but keep their gills instead of growing lungs and moving to land. The external gills and caudal fin, which are usually only found on salamander larvae, give axolotls a fish-like appearance.

Genetic differences lead to four color variations, from black or olive to pale pink or gold. They eat insects, worms, and small fish by sucking food into their mouths like a vacuum cleaner. In the wild, they are critically threatened and close to extinction because their last native habitat, Lake Xochimilco, is being overtaken by urban growth from Mexico City. However, many of these salamanders are bred in captivity as exotic pets and for research.

Axolotls are valuable for studying heart and nerve functions. They have an incredible ability to heal themselves, capable of regenerating severed limbs and some internal organs. Their injuries heal without leaving scars. Axolotls can also accept transplants of organs, eyes, or even brain parts without rejection issues.

Scientists study axolotls to discover new secrets of healing. God has given us many resources in the natural world and the ability to learn from them. As we have said many times, science and faith are friends, not enemies.