The statement 'the early embryonic stages of many different animal species share anatomical similarities' is TRUE. These similarities are due to a common origin.
<h3>Similarities in embryo development </h3>
The similarities during the embryo stage of development among different animals are due to the expression of ancient genes.
These ancient genes have the same evolutionary origin, thereby they are homo-logous sequences.
For example, fish embryos and human embryos express certain homo-logous genes in the embryos stage, thereby leading to the development of gill slit during this stage.
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Yes
Explanation:
Although I wouldn't go all out and make my kid like a super genius, athletic, attractive prodigy in everything in the world. I think every parent would want to be able to be like "Oh I want to protect them from this disease" or "I want them to be a happy kid"
The appropriate answer is A. Through sexual reproduction. Sexual reproduction involves the joining of two special sex cells or gametes which are usually from two different individuals. Sexual reproduction gives rise to new individuals which have a mix of genetic information from both of their parents, so the offspring are always different from their parents.
Answer:
A
Explanation:
others answers give variables that still apply to planets
Answer:
The genetic code only consists of 4 letters of A T C and G. That means it is a VERY simple language. Combinations of three of these letters (codons) are translated into functional information in the form of amino acids. Each three letters = one amino acid.
Although the code seems simple, the information that can be derived from it is highly complex, making an entire organisms.
Take for example a simple 4 letter sequence of letters. ACTG, AGTC, AATG, etc. There are 256 potential combinations, just in a sequence of 4. Imagine in humans where there are THREE BILLION letters! The possible combinations are essentially endless.
