Uh-huh. Here's why none of that is true.
Modern biological evolution (including common ancestry) has real-world application especially with the advent of genomics over the last few decades. This includes areas like pharmaceuticals/drug discovery pipelines, medical research, agriculture, conservation biology, etc. Companies have even gone so far as to patent methodologies directly based on the theory of evolution.
If evolution were as false as creationist claimed it was, the
first place you'd hear about it would be industry. Those in industry have a vested interest in the best understanding of biology possible; they have no reason to prop up an imaginary conspiracy just for the sake of it. In effect, modern bio-industry is the canary in the gold mine for anything in biology. Yet, when I look to industry I don't see anything creationists claim to be true about evolution being false or there being a conspiracy to hide the truth.
This is what James McCarter, founder and CEO of Divergence Inc. (a former biotech firm that was acquired by Monsanto, one of the world's leading biotechnology firms). Is he part of your conspiracy too?
Evolution, in addition to being solid science, provides us with a practical and powerful tool-kit. Applied techniques based on evolution play central roles in the biotechnology industry, and in recent advances in genomics and drug discovery. Bioinformatics, the application of computers to biology and one of the hottest career opportunities in science, is full of evolution-based computer code. Tens of thousands of researchers in the multibillion-dollar field of biomedical research and development use evolution-based discoveries and concepts as a routine part of their important work.
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What does evolution have to do with biotechnology? As the president of a biotech firm in St Louis, I can tell you that evolutionary biology is an integral part of what we and other companies do. I hire scientists who are well-trained in molecular evolutionary biology; who know how to recognize the business end of enzymes simply by looking at DNA sequences; who know which changes in a protein are important; who can design research tools based on the way a species manipulates the genetic code. Today, these skills are as important to discoveries in the laboratory as knowing how to use a microscope, and it takes an understanding of evolution to master them.
Evolution is a Winner -- for Breakthroughs and Prizes | National Center for Science Education