How Do You Spell CHROMOSOME BREAKAGE?

Pronunciation: [kɹˈə͡ʊməsˌə͡ʊm bɹˈe͡ɪkɪd͡ʒ] (IPA)

Chromosome breakage is pronounced as /ˈkroʊməsoʊm ˈbreɪkɪdʒ/. The word "chromosome" is spelled with the letters "c," "h," "r," "o," "m," "o," "s," "o," "m," "e" and "breakage" is spelled with the letters "b," "r," "e," "a," "k," "a," "g," "e." This term refers to the occurrence of breaks or fractures in the DNA strands of a chromosome. Chromosome breakage can be induced by external factors such as radiation, chemicals or errors during cell replication, which can result in genetic abnormalities, diseases or developmental disorders.

CHROMOSOME BREAKAGE Meaning and Definition

1. Chromosome breakage refers to the physical fragmentation or cleaving of chromosomes, which are the organized structures made up of DNA molecules that house an organism's genetic information. This process can occur naturally as a result of various intrinsic or extrinsic factors, or it can be induced experimentally for research purposes.

   During chromosome breakage, the integrity of the genetic material within chromosomes is compromised as one or more breaks or gaps appear in the DNA strands forming the chromosome. These breaks can be categorized into different types, such as single-stranded DNA breaks and double-stranded DNA breaks. The precise location and extent of the breaks can vary, and they can occur randomly or at specific regions within the chromosome.

   Chromosome breakage can have significant consequences for the affected organism. If not repaired properly, it can lead to mutations or loss of genetic information. It can also result in structural abnormalities, such as chromosome rearrangements or translocations, where segments of chromosomes are exchanged or attached to different chromosomes.

   Various factors can contribute to chromosome breakage, including exposure to ionizing radiation, chemicals, certain drugs, or high levels of oxidative stress. Additionally, genetic disorders or conditions, such as Fanconi anemia or Bloom syndrome, can make individuals more susceptible to chromosome breakage.

   Studying chromosome breakage and the repair mechanisms that organisms employ to fix these breaks is crucial for understanding the maintenance and stability of genetic material, as well as the development of diseases associated with chromosomal abnormalities.

Common Misspellings for CHROMOSOME BREAKAGE

• xhromosome breakage
• vhromosome breakage
• fhromosome breakage
• dhromosome breakage
• cgromosome breakage
• cbromosome breakage
• cnromosome breakage
• cjromosome breakage
• curomosome breakage
• cyromosome breakage
• cheomosome breakage
• chdomosome breakage
• chfomosome breakage
• chtomosome breakage
• ch5omosome breakage
• ch4omosome breakage
• chrimosome breakage
• chrkmosome breakage
• chrlmosome breakage
• chrpmosome breakage

Etymology of CHROMOSOME BREAKAGE

The word "etymology" refers to the origin or history of a word. However, "chromosome breakage" is not a single word with its own etymology. Instead, it is a combination of words referring to a specific concept.

"Chromosome" is derived from the Greek words "chroma" (color) and "soma" (body). This term was coined by the German scientist Wilhelm Waldeyer in 1888, who observed the thread-like structures in the nucleus of cells that appeared colorful when stained.

"Breakage" comes from the verb "break", which means to separate into pieces as a result of force or pressure.

So, when we combine these terms, "chromosome breakage" is a phrase that describes the situation when a chromosome undergoes some kind of damage or fracture.

Plural form of CHROMOSOME BREAKAGE is CHROMOSOME BREAKAGES