Some studies have isolated defects for the production of pituitary hormones to the short arm (the "p" end) of chromosome 3 at a specific location of 3p11. Other studies have found changes on the short arm of chromosome 7.
It is Auxin produced in the stem apex.
I'm going to answer the question 'Are chromosomes responsible FOR inheritING the characterISTICS of an organism?' Hope that's what you meant. Chromosomes aren't responsible as such, chromosomes are bundled up strands of DNA, and the DNA is what's responsible for.... well, it's not really the characteristics, DNA, genes, describe the limits of an organisms characteristics, its GENOTYPE. The genotype plus the organism's environment are responsible for its characteristics, that is its PHENOTYPE.
CHROMOSOMES
In the cytological terminology x and y chromosomes are identified as sex chromosomes. In human being these chromosomes are responsible for determination of sex in the offspring.
The assembly of microtubules responsible for moving chromosomes during anaphase is called the mitotic spindle. It is composed of microtubules that attach to chromosomes and help separate them into two new daughter cells during cell division.
piturity
The typical causes of dwarfism are not missing chromosomes (haploid 23, diploid 46) but rather a gene mutation (or autosomal dominant genes) that express as conditions such as achondroplasia and hypochondroplasia. Either condition can result in disproportionate bone growth among other effects.
It is Auxin produced in the stem apex.
it depends on which gender has dwarfism so if the women has dwarfism the she could have a baby that has dwarfism
I'm going to answer the question 'Are chromosomes responsible FOR inheritING the characterISTICS of an organism?' Hope that's what you meant. Chromosomes aren't responsible as such, chromosomes are bundled up strands of DNA, and the DNA is what's responsible for.... well, it's not really the characteristics, DNA, genes, describe the limits of an organisms characteristics, its GENOTYPE. The genotype plus the organism's environment are responsible for its characteristics, that is its PHENOTYPE.
There is no treatment for dwarfism. It is permanent.
CHROMOSOMES
You can tell if you have dwarfism if you are really small.
There are no good advantages on dwarfism or gigantism.
Yes. Dwarfism is a genetic disorder.
The growth hormone is responsible for causing dwarfism or gigantism in children when levels are improperly regulated. Inadequate levels of growth hormone can lead to dwarfism, while excessive levels can result in gigantism. This hormone plays a crucial role in regulating growth and development in children.
In the cytological terminology x and y chromosomes are identified as sex chromosomes. In human being these chromosomes are responsible for determination of sex in the offspring.