How Is The Alternate Type Of Phyllotaxy Arranged?
In this type of phyllotaxy, a single leaf emerges at every node in an alternate fashion. It can be seen... View Article
In this type of phyllotaxy, a single leaf emerges at every node in an alternate fashion. It can be seen... View Article
Out cross refers to the mating between two animals of the same breed but without any common lineage for 4-5... View Article
Back cross is done between a hybrid and a parent. It is useful in getting offspring, which is identical to... View Article
Test cross is a kind of back cross. All the test crosses are back crosses because in the test cross... View Article
Back cross is the cross between F1 generation plants to any of the parent plants. Also Check: How Does Gene... View Article
Cross between F1 generation plant to any of the parent plants is known as back cross, whereas a cross between... View Article
Daughters inherit X-linked traits from their father as well as from their mother. Further reading: Polygenic Inheritance Chromosome Structure Molecular... View Article
Boys receive all the X-linked genes only from the mother and girls receive half of the X-linked genes from mother... View Article
Fetal aneuploidy refers to a condition in which the fetus has one or more chromosomes more or less than the... View Article
In polyploidy, there is a change in a complete set of chromosomes, whereas in aneuploidy only one or more chromosomes... View Article
Yes, sperm can have both structural and numerical chromosomal abnormalities. Further reading: Short Notes Of Biology For NEET Aneuploidy Chromosomal... View Article
Aneuploidy leads to various chromosomal disorders. It leads to miscarriages, birth defects such as altered metabolism, growth, mental retardation, infertility,... View Article
Aneuploidy is the most common cause of chromosomal abnormalities. E.g. Down’s syndrome, Patau syndrome, Edward’s syndrome, etc. Further reading: Short... View Article
Aneuploidy is mostly caused by non-disjunction or non-segregation of a chromosome at the time of gamete formation. Further reading: Short... View Article
Aneuploidy in a foetus can be diagnosed by chorionic villus sampling (CVS) and amniocentesis. Further reading: Short Notes Of Biology... View Article
All human males inherit an X chromosome from their mothers and a Y chromosome from their fathers. Further reading: Polygenic... View Article
Aneuploidy is the presence of one or more extra chromosomes or one or more chromosomes less than the normal chromosomes... View Article
Aneuploidy is a chromosomal abnormality, wherein a number of chromosomes are less or more such as monosomy and trisomy. It... View Article
Aneuploidy is the presence of one or more chromosomes more or less, e.g. 45 or 47 chromosomes in humans. Monosomy... View Article
Down’s syndrome is an example of aneuploidy. It is due to the trisomy of chromosome 21. Further reading: Short Notes... View Article