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Do you agree that irreducibly complex systems are better explained by Design and tell why or why not?
Yes, in my opinion they point directly to the Designer, who is God, creator of the universe. Not only irreducibly complex systems, but all of life shows God's infinite wisdom, through its bottomless complexity. A single cell is more complex than an entire town with all its wiring and plumbing - any biologist will tell you that. Is there evidence against EvolutionCan you show that God existsGod's wisdom seen in His creationsMore about God's wisdom
What is artificial evolution?
Artificial evolution is a computational technique inspired by biological evolution, where populations of candidate solutions to a problem are evolved through mutation, selection, and recombination. It can be used to optimize complex systems, find optimal solutions, or train machine learning models.
How have computers expanded biological research?
They simulate complex biological systems that cannot be studied directly
What is the most complex protein level found in biological systems?
The most complex protein level found in biological systems is the quaternary structure, which refers to the arrangement of multiple protein subunits to form a functional protein complex.
How have computer models expanded biological research?
They simulate complex biological systems that cannot be studied directly
What is Biological organization?
Biological organization is also known as the hierarchy of life. It is the hierarchy of complex biological structures and systems that define life.
What are the levels of organization of biological systems from siplest to msot complex?
The levels of organization of biological systems from simplest to most complex are: atoms, molecules, organelles, cells, tissues, organs, organ systems, organisms, populations, communities, ecosystems, and biosphere.
What is the name of the law that states that a more complex system cannot be created in a less complex one?
This principle is known as "Irreducible Complexity," which suggests that certain biological systems are too complex to have evolved from simpler, predecessor systems. It is often used as an argument against the theory of evolution.
How does irreducible complexity relate to the flagellar motor?
Researchers have proposed potentially viable evolutionary pathways for allegedly irreducibly complex systems such as blood clotting, the immune system and the flagellum
What are some examples of irreducibly complex systems?
An eye and flagella Creationists commonly put forward the eye or the bacterial flagellum as examples of irreducibly complex systems that could not have evolved from simpler systems. However, neither the eye nor the bacterial flagellum is really irreducibly complex. Scientists can point to primitive eyes, going back to merely light-sensitive areas of skin. An evolutionary progression can readily be deduced. The bacterial flagellum is a complex structure that allows a bacterium to move around in a liquid, and indeed the flagellum would not work as such if any key component were removed. However, there are similar bacterial structures that contain most, but not all, the components of the flagellum and which perform useful functions. The type III secretory system, a molecular syringe which bacteria use to inject toxins into other cells, is one such structure. Whether the bacterial flagellum evolved from the type III secretory system or from another bacterial system, the existence of the type III secretory system proves that the bacterial flagellum is not irreducibly complex.
What is an applied science that is concemed with biological systems living organisms or derivatives thereofto make products for specific use?
Complex systems biology
What are the four big ideas of life science?
There are four big ideas in Life Sciences. The first is that evolution drives the diversity and unity of life. The second is that Biological systems use free energy and molecular building blocks to grow, reproduce and maintain homeostasis. The third big idea is that living systems store, retrieve, transmit and respond to information that is essential to life processes. The fourth and last big idea is that biological systems interact, and these systems and their interactions are complex.
