Homologous chromosomes are chromosome pairs of the same length, centromere position, and staining pattern, with genes for the same characteristics at corresponding loci. One homologous chromosome is inherited from the organism's mother; the other from the organism's father.[1]
They pair (synapse) during meiosis, or cell division that occurs as part of the creation of gametes.
Each chromosome pair contains genes for the same biological features, such as eye color, at the same locations (loci) on the chromosome. Each pair, however, can contain the same allele (both alleles for blue eyes) or different alleles (one allele for blue eyes and one allele for brown eyes) for each feature.
i answered my own question... =p
A chromosome pair consists of an identical pair with the same genes and same biological features. A homologous chromosome pair consists of a non-identical pair with the same biological features and contain the same genes at the same loci but each have different alleles (genetic information) at those genes.
Homologous chromosomes are chromosomes of the same length, centromere position and staining qualities that have genes for the same characteristics at the same loci (position).
"Homologue" is the word used to describe any two (or more) structures that are similar in structure and function. So homologous chromosomes are an example of homologues. Another example is the arm of a human and the leg of the dog.
Usually they dont as homologous chromosomes form bivalents with other homologous chromosomes and crossing over occurs between the 2. But if a chiasmata does form between the t homologous chromosomes they can change information.
A diploid cell differs from haploid is that the diploid cell has homologous chromosomes as when the haploid cell doesn't have homologous chromosomes.
A diploid cell differs from haploid is that the diploid cell has homologous chromosomes as when the haploid cell doesn't have homologous chromosomes.
Chromosomes refer to structures with DNA and proteins that contain genetic information. The term "homologous chromosomes" is used to specify that the chromosomes contain the same genes, but have the same or different alleles.
crossing over
Usually they dont as homologous chromosomes form bivalents with other homologous chromosomes and crossing over occurs between the 2. But if a chiasmata does form between the t homologous chromosomes they can change information.
Homologous chromosomes are individual chromosomes inherited from each parent. Sister chromatids are the result of DNA replication, and the are identical.
A diploid cell differs from haploid is that the diploid cell has homologous chromosomes as when the haploid cell doesn't have homologous chromosomes.
A diploid cell differs from haploid is that the diploid cell has homologous chromosomes as when the haploid cell doesn't have homologous chromosomes.
A diploid cell differs from haploid is that the diploid cell has homologous chromosomes as when the haploid cell doesn't have homologous chromosomes.
homologous chromosomes exchange alleles during crossing over.
Nondisjunction is when a Chromosome is unable to separate correctly during cell devision. Translocation (In Chromosomes) is when an abnormality is caused by the rearrangement of parts between non-homologous Chromosomes.
homologues= same function different origin analogues= same origin with possibly a different function
Chromosomes refer to structures with DNA and proteins that contain genetic information. The term "homologous chromosomes" is used to specify that the chromosomes contain the same genes, but have the same or different alleles.
The question is not proper. Please define more. I assume you meant whether the genetic information is transferred between homologous chromosomes. Yeah it does. When the two homologous chromosomes pair up to form bivalents, crossing over occurs between them.
In prophase I of meiosis, crossing over of homologous chromosomes occurs. This does not happen in prophase of mitosis.
The genes are aligned between the pole, since it's involving homologous chromosomes, where all characteristics of chromosomes are the same, it kind of makes sense that identical genes would be aligned between the poles.