The main difference between the gamete and the genotype is that the gamete is a sex cell, on the other hand, the genotype is the genetic makeup of the cell.
Gamete versus genotype
Gametes are the sex cells that are of two types of male sex cells known as sperm and female sex cells known as ovules. Sperm are found in the male sex organs in semen and eggs are found in the ovary of the female organ. Genotype is a different term from gamete. In reality, it is a structure, composition or genetic structure of a specific organism. Gametes are used to form a new individual. When a male gamete unites with a female gamete during the sexual process, a zygote is formed which then develops into an individual. Genotype determines your characteristics or traits. Genotype talks about hair color, eye color, eye shape, nose, and even your entire personality. These characteristics travel from parents to offspring through genes. Genes are the part of DNA that is present on chromosomes.
|A gamete is a reproductive cell (egg or sperm) that would come together during sexual mating.||The genotype is the genetic makeup of the cell that determines the characteristics of an individual.|
|Gregor mendal||Wilhelm Johannsen distinguished the genotype from the phenotype|
|Sperm and ovum||Genes, chromosomes, DNA, alleles|
|Purpose / use|
|To determine gender||Genetic identity|
What is the gamete?
The term gamete was first introduced by Gregor Mendel, an Austrian biologist. A gamete is a sex cell. It is also known as a reproductive cell that comes together during sexual mating. A male cell, which is known as a sperm, joins with a female cell, which is known as an ovum or egg during sexual mating and a zygote is formed, the union of a male and female cell. Meiosis is a process from which a gamete is produced by cell division. During this process, the gamete is called haploid, which means that it only has one set of chromosomes. After sexual production, when the male sperm and female egg become zygote, the haploid now becomes diploid, which means having two sets of chromosomes. So each gamete, be it sperm or egg,
Genotype is a set of genes in DNA that is responsible for a specific trait. Two individuals who have even a small difference in their genes are known to have different genotypes. In fact, a genotype is the genetic makeup of a cell. It is basically the complete hereditary genetic identity of an individual. It is unique to each one, even if they are twins. Genes are hidden traits or characteristics of an individual. Wilhelm Johannsen first discovered the term genotype in 1909 while working in Denmark. This difference is between the hereditary dispositions of individuals (genotype) and how these dispositions are manifested in the physical traits of individuals (phenotype). There are three types of genotypes; homozygous dominant, heterozygous and homozygous recessive. Chromosomes are expressed in a pair of letters called alleles. Allele pairs are a dominant trait, a codominant trait, and a recessive trait. One genotype sequence is different from the other genotype sequence. Genotypes are indicated by letters such as Aa in which A represents one allele while a represents the other allele. Therefore, the genotype is a complete inherited genetic identity and refers to the single genome.
- A gamete is a mature haploid male or female sex cell on the other hand, the genotype is the genetic complement of a phenotype.
- Gametes are used to form an individual, while the genotype is used to specify the traits of an individual.
- A gamete is discovered by Gregor Mendal, while the genotype is described by Wilhelm Johannsen.
It has been concluded that the term gamete refers to sex cells, either sperm or egg cells, while genotype refers to specific genetic characteristics that are passed on to an individual.