False. Proteins have very specific shapes and functions and cannot be used interchangeably.
Homologous structures.
Homologous
The structures of arteries, capillaries, and veins are all different, because of their different functions. The only way that they are similar is because they are hollow, and have some elasticity.
The structures of arteries, capillaries, and veins are all different, because of their different functions. The only way that they are similar is because they are hollow, and have some elasticity.
It smells similar because of the proteins present in the silk thread. When we burn hair it has the same smell because proteins are also present in the hair (keratin).
It smells similar because of the proteins present in the silk thread. When we burn hair it has the same smell because proteins are also present in the hair (keratin).
They are both often used interchangeably, simply because they refer to the same thing - namely the amount of space an object contains within it.
The structure of proteins in plants and animals is fundamentally similar because both are composed of amino acids linked by peptide bonds, forming polypeptide chains. These chains fold into specific three-dimensional shapes dictated by the sequence of amino acids, allowing proteins to perform various functions. Both plant and animal proteins can exhibit similar levels of organization, including primary, secondary, tertiary, and quaternary structures. This structural similarity reflects the universal nature of the genetic code and the biochemical processes that govern protein synthesis across all living organisms.
Structures that are similar are called analogous structures. These structures may serve similar functions but have evolved independently in different species.
a cell can make mistakes when it copies what in the dna
Similar structures that evolved independently are called analogous structures, or analogies.
The primary proteins of cellular structure (such as in microfilaments or intermediate tubules) is myosin and actin, and sometimes collagen, and all of these are proteins in the cell. Because proteins generally connect to similar structures (aka other proteins), and the cellular membrane must SOMEHOW be attached to the primary cell structure, and it is easier to connect to the inner membrane than outer, the answer is yes.