Answer:
Embryonic stem cells have a larger differentiation potential than adult stem cells
Explanation:
This is because embryonic stem cells can develop in any other type of differentiated cell type in the body (pluripotent), while adult stem cells are limited in that way (multipotent or unipotent). So, we can say that embryonic stem cells are more flexibile.
Another advantage of the embryonic stem cells is that they are more easily grown in culture.
Embryonic stem cells- derived during early development
Adult stem cells-derived from adult tissue
TAGCCAT is the correct answer
The referenced universal genetic code is understood to be DNA. Its multilevel coded intelligent design structure is a complex information system more complex than anything else in the universe and considerably more complex than anything humans have ever produced. The DNA structure is comprised of homochiral amino acids and pentose sugars that cannot be created through any naturalistic processes.
It is estimated that the the simplest organism is comprised of 600-1500 gene products, requiring >1 million nucleotides to properly decode and produce the proteins, RNA, enzymes and ribosomes that the cell is structured of.
Abiogenesis, the naturalistic hypothesis for the origin of life, has no explanation for the origin of life processes required to produce life. The intelligent designed DNA is proof of the existence of God, the creator of the universe and life.
The carrying capacity is the size of a population that can live indefinitely using the resources available where that population lives. <span> If </span>carrying capacity<span> is exceeded, the </span>population<span> declines because </span>its<span> environment can no longer support the excess numbers. Hope this helps.</span>
Coevolution is the name given to a long term change that takes place in two species because of their close interactions with one another.
Coevolution occurs when the evolution of two or more species mutually depends on each other or influences each other due to their close ecological interactions. Coevolution can create interactions such as predators and prey, parasites and hosts, mutualism and competition.
An example of coevolution is mutualistic interaction between flowering plants and associated pollinators (such as insects) which have ecological interaction and mutually depend on one another. This species are believed to evolve together or probably came together after some time and are mutually adapted. Their interaction is as a result of coevolutionary process.