When two genes are present close to each other on a chromosome, they tend to inherit together and show very low recombination, this is called... View Article
In humans, genes for eye colour and hair colour are linked and therefore certain combinations of hair and eye colour are inherited together.... View Article
Certain disorders that show Mendelian inheritance pattern are haemophilia, sickle cell anaemia, colour blindness, etc. Also Check: How Does... View Article
Mendel’s third law is the law of independent assortment. Further reading: DNA Polymerase RNA Splicing Polygenic Inheritance Chromosome... View Article
According to the law of independent assortment, alleles of two different genes present in a hybrid segregate independently of each other.... View Article
When there is incomplete dominance, the dominant allele does not completely mask the effect of the recessive allele and the heterozygous F1... View Article
Mendel’s first law is the law of dominance and Mendel’s second law is the law of segregation. Further reading: DNA Polymerase RNA Splicing... View Article
Mendel’s law of dominance is not always true because sometimes both the alleles are codominant as in ABO blood group inheritance and sometimes... View Article
According to the law of segregation, the pair of alleles segregate at the time of gamete formation and each gamete receives only one allele.... View Article
The three exceptions to Mendel’s observations are codominance, incomplete dominance and pleiotropy. Further reading: DNA Polymerase RNA... View Article
Mendel’s laws are important because they help in determining the inheritance pattern of a trait and are useful in hybridisation experiments to... View Article
The law of dominance is not universal because in certain cases such as in the case of incomplete dominance one allele shows incomplete dominance... View Article
According to the law of dominance, in a heterozygote, the dominant allele masks the effect of the recessive allele and is expressed in the... View Article
The three steps of RNA processing are splicing, capping and tailing by which hnRNA is converted into mRNA. Further reading: DNA Polymerase... View Article
