Yes, as the gene coding for one subunit of hemoglobin is mutated so that it codes one amino acid different thus leading to sickle cell trait.
Mendelian inheritance patterns in families and populations. By analyzing family pedigrees, researchers can track the transmission of specific traits from one generation to the next, helping to identify the genetic basis of various human phenotypes. Additionally, population studies and genome-wide association studies have further advanced our understanding of single gene traits in humans by identifying specific genetic variants associated with certain traits or diseases.
Traits controlled by two or more genes are called polygenic traits. In polygenic inheritance, multiple genes work together to produce a particular phenotype, resulting in a wide range of possible variations. Examples include height, skin color, and eye color in humans.
Traits or characteristics that are controlled by a single gene, such as blood type or certain genetic disorders, are typically more strongly inherited than traits that are influenced by multiple genes or the environment, such as height or intelligence. These single-gene traits are passed down in a predictable manner from parents to offspring.
Quantitative traits refer to characteristics that are determined by multiple genes and environmental factors, resulting in a continuous range of phenotypes. These traits are typically measured on a numerical scale, such as height or weight. Quantitative genetics is the field of study that focuses on understanding the genetic basis of these complex traits.
Genetically controlled traits are characteristics or features of an organism that are determined by the genes they inherit from their parents. These traits can be influenced by multiple genes (polygenic traits) or a single gene (monogenic traits) and can be inherited in different ways, such as through dominant or recessive alleles. Examples of genetically controlled traits include eye color, height, and susceptibility to certain diseases.
height
Skin color, height, weight
ABO Single gene trait blood group alleles on humans. That is the variation, not much, and not much recombination. 3! = 6. There is posited to be at least 7 alleles for height, which is a polygenic trait. Hypothetical alleles, SMYDKECV 7! = 5040 different combinations of alleles in height polygenic traits.
Single gene traits are either one type or another,for example everyone is either (ABO System) group A,B AB or O with no intermediates - this shows discontinuous variation. In polgyenic traits, continuous variation is shown and there is a range with no discrete categories - height
Dwarfism is a dominant trait in humans.
Multiple alleles
Hello there! Traits controlled by two or more genes are for example skin color and height.
Mendelian inheritance patterns in families and populations. By analyzing family pedigrees, researchers can track the transmission of specific traits from one generation to the next, helping to identify the genetic basis of various human phenotypes. Additionally, population studies and genome-wide association studies have further advanced our understanding of single gene traits in humans by identifying specific genetic variants associated with certain traits or diseases.
Examples are body weight, height, or shape, reproductive rate, and various behaviour traits.
Breathing, for one. Mindfulness is another. Respiration is the best example of this when it is considered to be a single trait. There are many less complex instances, yet all are 'highly biochemically involved'.
Height, eye color, many behavioral traits and many single gene deleterious mutations that lead to disease, such as Huntington's disease.
the example of inherited traits are mostly you can see the anatomical like skin colour, eye colour, height, hair pattern etc.