On any production line in factories up and down the country, one can witness computerised  machines or robotics  fed specific information  or codes that are  uploaded and functioning  in programmed ways . You can also witness various selection mechanisms built into the programming  for  many adapted purposes. For instance, the size of a particular drilled part may have to be changed , or  any part of a moulding or shell can be  slightly modified for set  particular purposes . Considerable and almost unlimited varigatedness of a  manufacturing  process follows very  similar methods at its basics  , yet with  adjustments to programming  controlled by the information fed into the production process brings the many  different results . It might be  an adaption or even a totally different looking manufactured item made .

The speculative Darwinians are so caught up in false logic and arguments that they fail to understand the simplicity of same engineer different engineering characteristics.

Look at the codes of the genome ACTG.with it’s endless combinations , take a 21 roller bike chain , could you unlock it by chance . HOW many different combinations might there be ?

So each creature and bodies have various amounts of sugars , nucleotide, amino acids, and lipids , all arrangements by DNA  coding with the RNA messengers making the arrangements.

See this description.

“Different creatures can have varying levels of sugars, nucleotides, amino acids, and lipids in their cells and tissues. These biomolecules are essential for life, but their proportions and types can differ significantly between species, even among those that are closely related.

Several factors contribute to these differences:

1. Diet and nutrition: The availability and types of nutrients in an organism’s diet can influence the levels and types of biomolecules present in its cells. adaptations: Different species  thrive in various environments, leading to variations in their metabolic pathways, energy storage, and biomolecule composition.
2. Cellular structure and function: The specific functions and structures of cells, tissues, and organs can require unique combinations and concentrations of biomolecules.
3. Developmental stages: The composition of biomolecules can change during an organism’s development, growth, and aging.

Some examples of differences in biomolecule composition include:

• Sugar metabolism: Some organisms, like plants, store energy in the form of starch, while others, like animals, use glycogen.
• Amino acid composition: Different species have varying requirements for essential amino acids, which are necessary for protein synthesis.
• Lipid composition: The types and proportions of lipids in cell membranes can vary significantly between species, influencing membrane structure and function.
• Nucleotide composition: The genetic material (DNA and RNA) of different species can have distinct nucleotide compositions, reflecting their unique evolutionary histories.

These differences are a reflection of the incredible diversity of life on Earth “

What is the difficulty in understanding engineer?

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