they are alive!!
Triploid organisms are normally sterile as their lack of homologous chromosomes prevents pairing during meiosis. This can be useful to plant breeders, for example in banana cultivation: sterile triploid bananas can be propagated asexually and will not contain any seeds.
Triploid is also known as 3n.
The triploid stage of a flowering plant occurs during fertilization when the male and female gametes combine to form a triploid zygote. This triploid zygote then develops into the endosperm, which provides nutrients for the developing embryo in the seed. The triploid endosperm typically contains three sets of chromosomes, one from the male and two from the female parent.
The triploid nucleus in the megaspore divides to produce endosperm, which provides the plan embryo in the seed with food.
If the diploid number of the plant is ten, then its haploid number is 5. Since triploid refers to three times the haploid number, then a triploid plant would have 15 chromosomes.
Assuming you mean sterile as in seedless (unable to reproduce), the majority of the ones you find in the store are. The plants tend to have 50% more chromosomes than normal (triploid). That makes them free of seeds and thus sterile. The black specks inside are not seeds. The way they propagate these are with clippings. So the majority of the bananas you eat of a specific cultivar have the same DNA.
Triploid indicates there are three sets of chromosomes within the nucleus. A plant with four sets of chromosomes is said to have a tetraploid nucleus.
A triploid cell resulting from double fertilization becomes the endosperm, which provides nutrients to the developing embryo in plants.
In triploid organisms, there are three sets of chromosomes in each cell. This can lead to genetic imbalances and affect the organism's development and viability. Triploidy commonly occurs in plants, but can also occur in animals, including humans.
Triploid.
the triploid The endosperm is a nutritive tissue which nourishes the developing embryo. The endosperm in angiosperm is triploid (3n) and it is a post - fertilization structure.
Bananas are not "made"; no one makes them but people can assist banana trees to grow. Bananas are part of creation, like other fruits; they are referred to as being created.