How Do You Spell ACROCENTRIC CHROMOSOME?

Pronunciation: [ˌakɹə͡ʊsˈɛntɹɪk kɹˈə͡ʊməsˌə͡ʊm] (IPA)

Acrocentric chromosome is a term used in biology to refer to a chromosome where the centromere is positioned near one of the ends, resulting in one long arm and one short arm. Phonetically, the word is spelled /ˈækrəʊsɛntrɪk/ using the International Phonetic Alphabet (IPA). The first syllable "ac" is pronounced with the short "a" sound, followed by "ro," "c" with a soft "s" sound, "en," "tri" with a short "i" sound, and "k" at the end. Understanding the phonetic spelling can assist in proper pronunciation and communication within the scientific community.

ACROCENTRIC CHROMOSOME Meaning and Definition

1. An acrocentric chromosome refers to a specific type of chromosome found in most organisms, including humans. It is characterized by having a centromere located near one end, causing one arm of the chromosome to be significantly shorter than the other. The longer arm is called the q arm, while the shorter arm is known as the p arm.

   These chromosomes are typically designated as acrocentric because the centromere is located near the end, close to the telomere, which is the protective cap of the chromosome. Acrocentric chromosomes are numbered based on their size, with the smallest being designated as chromosome 21, and the largest acrocentric chromosome being chromosome 15.

   Acrocentric chromosomes play a vital role in the genetic makeup of an organism. They contain multiple regions known as the nucleolus organizer regions (NORs) that are responsible for the production of ribosomal RNA (rRNA), a crucial component in protein synthesis. These NORs are often housed within secondary constrictions or satellite regions, which can be observed under a microscope.

   Abnormalities involving acrocentric chromosomes are associated with certain genetic disorders such as Down syndrome, where there is an extra copy of chromosome 21. Translocations, which involve the exchange of genetic material between acrocentric chromosomes, can also occur. These molecular rearrangements may lead to disorders like Robertsonian translocation syndrome, which can affect fertility and result in individuals having abnormal offspring.

   In summary, acrocentric chromosomes possess a centromere located near one end, resulting in a significant size difference between the two arms. They are crucial for ribosomal RNA production and can be associated with genetic disorders and translocations if abnormalities occur.

Common Misspellings for ACROCENTRIC CHROMOSOME

• zcrocentric chromosome
• scrocentric chromosome
• wcrocentric chromosome
• qcrocentric chromosome
• axrocentric chromosome
• avrocentric chromosome
• afrocentric chromosome
• adrocentric chromosome
• aceocentric chromosome
• acdocentric chromosome
• acfocentric chromosome
• actocentric chromosome
• ac5ocentric chromosome
• ac4ocentric chromosome
• acricentric chromosome
• acrkcentric chromosome
• acrlcentric chromosome
• acrpcentric chromosome
• acr0centric chromosome

Etymology of ACROCENTRIC CHROMOSOME

The term "acrocentric chromosome" is derived from two parts: "acro" and "centric".

1. "Acro" comes from the Greek word "akron", which means "tip" or "end". This prefix is often used in words related to extremities or ends.

2. "Centric" stems from the Latin term "centrum", meaning "center". It's commonly used in scientific contexts to refer to the central part of something.

When combined, "acrocentric" refers to the characteristic of having the centromere (the specialized region that holds sister chromatids together during cell division) located near the chromosome's tip. "Acrocentric chromosomes" have a short arm and a long arm, with the centromere found near the end of the short arm.

Plural form of ACROCENTRIC CHROMOSOME is ACROCENTRIC CHROMOSOMES