if the ratio had more recessive traits, like if you made a punnit square and you saw that there were more of the recessive traits (BB bb bb bb) then you know that the most common trait is the recessive one "bb" (considered as homozygous recessive ( i think))
I think it is Dominant and recessive.
I think it is Dominant and recessive.
i don't know but i think it is because of the recessive and dominate traits.
its a dominant trait because it covers up your recessive trait so only dominant shows :)
Only if the generations before were homozygous recessive as well. When doing the punnett square and you see there is a chance of having a heterozygous trait then that specie is not a purebred. The organism's offsprings must have the same physical traits.
I think you mean to ask what is the difference between RECESSIVE and dominant traits. Simply put, recessive means weaker, dominant means stronger. Every person has 23 pairs of chromosomes. We get 23 chromosomes from our mother and 23 chromosomes from our father. The chromosomes contain genes, which code for our traits - hair colour, eye colour, nose, height etc etc. When the chromosomes join, there can be 3 results: 1). two recessive traits, e.g two genes for blue eye colour 2). one recessive and one dominant traits, e.g one gene for blue eyes, one gene for brown eyes 3). two dominant traits, e.g two genes for brown eye colour. If 1). occurs, the recessive trait will be expressed. ---> blue eyes If 2). occurs, the dominant trait will be expressed. ---> brown eyes If 3). occurs, the dominant trait will be expressed. ---> brown eyes.
The two types of alleles for traits are dominant alleles and recessive alleles. Dominant alleles are expressed when at least one copy is present, while recessive alleles are only expressed when two copies are present.
If Mendel had used non-true breeding plants, the results would likely have been more complex and less clear-cut. Non-true breeding plants can produce a mix of traits in their offspring, potentially obscuring the patterns of inheritance he observed. This could have made it more challenging to identify dominant and recessive traits, possibly delaying the understanding of basic genetic principles. However, dominant and recessive traits would still exist; they just might not have been as easily distinguishable in his experiments.
Recessive genes
Yes, Color Blindness is recessive, Not dominant. :)
Inheritance of traits in organisms is controlled by genes, which are segments of DNA that code for specific traits. These genes are passed from parents to offspring through sexual reproduction. The combination of genes from both parents determines the traits that are expressed in the offspring.