eye color (red/white) and body color (brown/yellow).
In fruit flies, eye color is a sex-linked trait determined by a single
gene with two alleles. Red color is dominant to white eye color. Body
color is an autosomal trait determined by a single gene with two
alleles, where brown is dominant to yellow.
-Angela B.
Thomas Morgan's work with fruit flies was important because it helped establish the chromosomal theory of inheritance. By observing patterns of inheritance in fruit flies, Morgan was able to demonstrate the connection between genetic traits and specific chromosomes, laying the foundation for our understanding of genetics today. His work was crucial in advancing the field of genetics and providing insights into how traits are inherited.
Morgan's research with fruit flies showed that specific traits are inherited through genes located on chromosomes, supporting Mendel's laws of inheritance. This explained Punnett and Bateson's observation of pea plant traits following predictable patterns, as genes were found to be responsible for the transmission of hereditary characteristics from parents to offspring.
The five traits commonly studied when using fruit flies in genetics are eye color, wing shape, body color, bristle number, and behavior. These traits can help researchers understand genetic inheritance patterns and gene interactions in fruit flies.
Fruit flies are commonly used in genetic studies because they have a short life cycle, produce many offspring, and share genes with humans. By studying fruit flies, scientists can observe patterns of inheritance, such as dominant and recessive traits, and gain insights into how genetic information is passed from one generation to the next. This research helps us understand fundamental principles of genetics and how genes contribute to inherited traits and diseases.
It showed that the father played an important role in determining the sex-linked traits of offspring.
Thomas Morgan's work with fruit flies was important because it helped establish the chromosomal theory of inheritance. By observing patterns of inheritance in fruit flies, Morgan was able to demonstrate the connection between genetic traits and specific chromosomes, laying the foundation for our understanding of genetics today. His work was crucial in advancing the field of genetics and providing insights into how traits are inherited.
Traits can not be inherited in reverse order. Traits can be inherited FROM the parents
they either have an inherited traits or learned traits!!! they either have an inherited traits or learned traits!!!
hes dead, does it matter? biology huh? lets entertain eatchother, heres a joke! ME: did i invite you to my BBQ YOU: no, why? ME: then why are you all you in my gril!?!?! tffw = to funny for word, i just made that up! spread it around!!
There are some traits that are inherited from the family. Some of the traits that are inherited are eyes,hair color and blood.
Morgan's research with fruit flies showed that specific traits are inherited through genes located on chromosomes, supporting Mendel's laws of inheritance. This explained Punnett and Bateson's observation of pea plant traits following predictable patterns, as genes were found to be responsible for the transmission of hereditary characteristics from parents to offspring.
Inherited traits are passed down genetically from parents to offspring, such as eye color or blood type. Traits that are not inherited are acquired through environmental influences or experiences, such as language proficiency or learned behaviors.
all traits are inherited, there is no such thing as a non-inherited trait...
All traits in horses are inherited.
All traits of gorilla are inherited .
I think you mean inherited and inherited traits - in which case yes - they're the same.
Thomas Morgan's work with fruit flies was important because it provided key insights into genetics, specifically the idea that genes are located on chromosomes and the concept of sex-linked inheritance. His research laid the foundation for our understanding of how traits are inherited and paved the way for future discoveries in genetics.