DNA is proof that living systems are designed and the fine tuning of the universe is proof that the entire universe is designed.
DNA is an extremely highly specified and complex code which provides the instructions for a nano-manufacturing plant to build proteins for living cells. Proteins have a wide range of function in the cell; such as, building components of the cell to harvesting energy.
There are complex molecular machines, like the bacteria flagellum, that are irreducibly complex, meaning if one part is removed or damaged in the system then the system is either degraded or fails to function.
One example is the bacteria flagellum which is a molecular machine that operates like an outboard motor complete with a propeller, drive shaft, and u-joints. It is said to be the most efficient motor in the universe as it can rotate at 100,000 RPM and stop on a dime and reverse direction in a quarter turn.
These machines in the cells of living systems are built part by part in a nano-manufacturing plant using the code inside the DNA molecule. There are codes instructing the machine to start assembling parts in specific orders and instructing when to stop the assembly. There are spell checker type enzymes searching and correcting errors in the code, there is copying and transporting of the code. DNA has nested coding. DNA has a files within folders hierarchical structure. A senior software engineer with Microsoft once said DNA follows design strategies similar to those used by their software programmers but one far more advanced than they have been able to devise.
The specific genetic instructions to build a protein in even the simplest one celled organism would fill hundreds of pages of printed text.
Approximately 3 percent of DNA encodes protein sequences and over 85 percent is noncoding DNA. Noncoding DNA transcribes into functional non-coding RNA molecules (like transfer RNA, ribosomal RNA, and regulator RNAs). Other functions of noncoding DNA include transcriptional and translational regulation of protein-coding sequences, scaffold attachment regions, origins of DNA replication, centormeters and telomeres. This is no longer referred to as "junk DNA." That was an old term. The noncoding DNA is more like the operating system.
DNA proves the design of living systems. The fine-tuning of the universe proves the design of the universe.
DNA is an extremely highly specified and complex code which provides the instructions for a nano-manufacturing plant to build proteins for living cells. Proteins have a wide range of function in the cell; such as, building components of the cell to harvesting energy.
There are complex molecular machines, like the bacteria flagellum, that are irreducibly complex, meaning if one part is removed or damaged in the system then the system is either degraded or fails to function.
One example is the bacteria flagellum which is a molecular machine that operates like an outboard motor complete with a propeller, drive shaft, and u-joints. It is said to be the most efficient motor in the universe as it can rotate at 100,000 RPM and stop on a dime and reverse direction in a quarter turn.
These machines in the cells of living systems are built part by part in a nano-manufacturing plant using the code inside the DNA molecule. There are codes instructing the machine to start assembling parts in specific orders and instructing when to stop the assembly. There are spell checker type enzymes searching and correcting errors in the code, there is copying and transporting of the code. DNA has nested coding. DNA has a files within folders hierarchical structure. A senior software engineer with Microsoft once said DNA follows design strategies similar to those used by their software programmers but one far more advanced than they have been able to devise.
The specific genetic instructions to build a protein in even the simplest one celled organism would fill hundreds of pages of printed text.
Approximately 3 percent of DNA encodes protein sequences and over 85 percent is noncoding DNA. Noncoding DNA transcribes into functional non-coding RNA molecules (like transfer RNA, ribosomal RNA, and regulator RNAs). Other functions of noncoding DNA include transcriptional and translational regulation of protein-coding sequences, scaffold attachment regions, origins of DNA replication, centormeters and telomeres. This is no longer referred to as "junk DNA." That was an old term. The noncoding DNA is more like the operating system.
DNA proves the design of living systems. The fine-tuning of the universe proves the design of the universe.
