X- linked traits can only be inherited through the x-chromosome, while other traits are inherited either by both the x and y chromosome or just the y-chromosome.
Source:
BSCS Biology: A Molecular Approach, Blue Version Ninth Edition
X-linked traits are transferred from parents, or a parentto their offspring on the X Chromosome. That is the biggest difference--as opposed to being located on any chromosome, X-linked traits are only transferred on X Chromosomes. A common X-linked trait is actually colorblindness. Often, X-linked traits or disorders are recessive; since men have only one X chromosome (because they are XY), they are often more prone to X-linked disorders, whereas women, who have two X chromosomes, often become "carriers"--that is, they have one X chromosome with a certain trait, but the other X chromosome has a dominant trait that masks the manifestation of the other trait.
He wanted to determine if traits affected each other, and concluded (based on his observations) that they did not. + To find out if traits could affect the inheritance of other traits. to determine if traits affected each other
He studied the inheritance of relatively simple, easily detected traits.
Inheritance refers to the concept by which the features from one class can be extended/made available in other classes. Java supports 3 forms of inheritance * Single Inheritance * Multiple Inheritance * Multilevel Inheritance (Can be implemented using interfaces)
Gregor Mendel took two different colored pea plants: one had traits for white plants and the other had traits for a red plant. When Mendel cross bred the two plants, a plant with traits for a pink plant grew. This is how Mendel contributed to the understanding of inherited traits.
If you mean just flower color, then you are speaking about one trait. He was trying to see which color was dominate or recessive. The same was true for height. If he did this for two (flower color and height) he was looking at combined traits. He wanted to know how these traits were inherited and what patterns they followed. He studied seven traits that seemed to be inherited separately. His work lead to the Laws of Inheritance.
to find out if traits could effect the inheritance of other traits
He wanted to determine if traits affected each other, and concluded (based on his observations) that they did not. + To find out if traits could affect the inheritance of other traits. to determine if traits affected each other
He wanted to determine if traits affected each other, and concluded (based on his observations) that they did not. + To find out if traits could affect the inheritance of other traits. to determine if traits affected each other
He wanted to determine if traits affected each other, and concluded (based on his observations) that they did not. + To find out if traits could affect the inheritance of other traits. to determine if traits affected each other
Different traits are passed on independently of each other.
Law of independent assortment
He studied the inheritance of relatively simple, easily detected traits.
I believe that you mean Gregor Mendel. He used peas to show dominant vs. recessive inheritance by noting their flower color. His observations were unappreciated for many years, but we now know that he was the first to systematically show the relationship between inheritance of traits, and how some traits are dominant over other traits.
males and females have different sex chromosomes
principle of independent assortment
Mendel called the more common traits "dominant" and the less common ones "recessive."-Sami. (:
There is no known "inventor" of the laws of biological inheritance, like other laws of nature, they were discovered. Mendel is the person you are most likely looking for. For more information, look up Mendelian Laws of Inheritance.