Intelligent Design Or Evolution?: Why the Origin of Life and the Evolution of Molecular Knowledge Imply DesignIntelligent Design or Evolution? examines many unresolved issues associated with chemical evolution, the origin of life, and the evolution of molecular knowledge. With the help of information theory, this book develops statistical models to describe the evolution of the first genes and proteins. It also investigates the chemistry required for the prebiotic synthesis of biological molecules on the primitive earth. The evidence presented will show that naturalistic laws fail to explain the synthesis of RNA, DNA and proteins in the primordial soup. These same laws also fail to explain the origin of life and the evolution of the first genes and proteins. Taken together, these failures imply that life was created. |
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... The Origin of Life.........................................................................................248 Chapter 16: Natural Selection Preserves Existing Genes.............250 This Simple Example.
... The Origin of Life.........................................................................................248 Chapter 16: Natural Selection Preserves Existing Genes.............250 This Simple Example.
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Chapter 16: Natural Selection Preserves Existing Genes.............250 This Simple Example Shows that Evolution Does not Work Quite Like Darwin Imagined..............................................................252 Natural Selection ...
Chapter 16: Natural Selection Preserves Existing Genes.............250 This Simple Example Shows that Evolution Does not Work Quite Like Darwin Imagined..............................................................252 Natural Selection ...
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Soon thereafter the genetic code was broken, and the chemical mechanism behind evolution became clear. ... Over many millions of years, changes in existing genes yield new genes; therefore, animals continually evolve and adapt.
Soon thereafter the genetic code was broken, and the chemical mechanism behind evolution became clear. ... Over many millions of years, changes in existing genes yield new genes; therefore, animals continually evolve and adapt.
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If an existing gene evolves into a new gene with a new function, then the original function will be lost, and natural selection will not allow this to happen. So Ohno suggested that existing genes do not evolve into new genes unless ...
If an existing gene evolves into a new gene with a new function, then the original function will be lost, and natural selection will not allow this to happen. So Ohno suggested that existing genes do not evolve into new genes unless ...
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But his programming and logic are both flawed because natural selection cannot preserve or optimize a gene that ... Large steps are associated with the evolution of genes that are completely different from all other existing genes.
But his programming and logic are both flawed because natural selection cannot preserve or optimize a gene that ... Large steps are associated with the evolution of genes that are completely different from all other existing genes.
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Содержание
VIII | 17 |
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X | 20 |
XI | 22 |
XII | 24 |
XIII | 25 |
XIV | 28 |
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LXXXIV | 159 |
LXXXV | 161 |
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XC | 166 |
XCI | 168 |
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CXXXVII | 250 |
CXXXVIII | 252 |
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CXL | 255 |
CXLI | 256 |
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CL | 270 |
CLI | 272 |
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Часто встречающиеся слова и выражения
adenine alanine alignment allowed amino acids amino acid sequence amino acids arising by chance assumption atoms ATP synthase available micro-states bacteria base billion bits group bits of information bits per amino blocks calculate knowledge cell chapter chemical evolution chemical reactions codons coin combination complex concentration contains create cytosine electron energy source enzymes example existing genes figure function Furthermore G3PD gene duplication genetic code glycine hydrogen information theory insulin letter Life’s Origin Miller Molecular Evolution molecular knowledge mutations natural selection nucleotides number of tries odds open the door optimized Orgel oxygen peptide bond peptide chains position possible outcomes prebiotic primordial information primordial soup probability relative entropy replicating molecule ribose ribozymes RNA molecule second law selective advantage sentence Shannon entropy synthesize technique tosses total number trapped scientist valine words