The right answer is Ribosomes from the endoplasmic reticulum ==> Golgi apparatus ==> vesicles that fuse with plasma membrane and taken out of the cell.
In the eukaryotic cell in particular, the protein must be delivered or transported from the place of synthesis to its functional compartment by a sorting and routing system.
The destination of the protein is determined by its nature thanks to the presence of specific sequence called addressing signal.
During the addressing, several molecules are used, namely: receptors specific for the targeting sequence, translocation membrane proteins and chaperone proteins.
Depending on their final destination, there are two protein addressing routes: the secretory pathway and the cytosolic pathway.
The part of their eye , located behind the retina ,called the Tapetum lucidum. It is reflective and helps the cat with night vision based on how light passes through it
The answer is the second option.
The Hardy-Weinberg equation assumes that all genotypes occur with equal frequency, i<span>f selection can be quantified, relative fitness values can be calculated and used to appropriately modify the Hardy-Weinberg equation.
</span><span>Choices to this question are:
1---but if there is selection against one or more genotypes, equal frequency of all genotypes is not possible.
2----If selection can be quantified, relative fitness values can be calculated and used to appropriately modify the Hardy-Weinberg equation.
<span>3----Natural selection can influence the genotype frequencies predicted by Hardy-Weinberg, but allele frequencies are not affected.
</span>4----If it can be determined that selection favors a particular genotype, the Hardy-Weinberg equation should not be applied.</span>
Answer:
Carnivores are animals that eat other animals. The word carnivore is derived from Latin and literally means "meat eater." Wild cats such as lions and tigers are examples of vertebrate carnivores, as are snakes and sharks, while invertebrate carnivores include sea stars, spiders, and ladybugs.
Explanation:
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