How Do You Spell HOMOLOGOUS PROTEIN?

Pronunciation: [həmˈɒləɡəs pɹˈə͡ʊtiːn] (IPA)

Homologous protein is a term frequently used in molecular biology to describe proteins that share a common ancestral protein. In IPA phonetic transcription, the word is spelled /həˈmɑːləɡəs ˈproʊtiːn/. The first syllable is pronounced "huh", the second syllable is pronounced "mawl", and the third syllable is pronounced "uh-guh-s". The final syllables are pronounced "pro-teen". While the spelling of this term might be challenging for some, understanding its meaning is critical for scientists working in the field of molecular biology.

HOMOLOGOUS PROTEIN Meaning and Definition

  1. A homologous protein refers to a protein that possesses a similar or identical amino acid sequence and three-dimensional structure to another protein due to the presence of a common evolutionary ancestor. It is characterized by having a high degree of similarity in primary, secondary, and tertiary structures, as well as in their overall biological function.

    By sharing a common ancestry, homologous proteins typically perform similar functions across different organisms. The similarities in structure and function can be attributed to the conservation of amino acid residues critical for protein folding, stability, and activity. Therefore, changes in the amino acid sequence of a homologous protein may directly or indirectly affect its properties.

    Homology-based protein structure prediction methods and sequence alignment tools are employed to identify and compare homologous proteins. These methods enable the identification of conserved regions, residues, and motifs, aiding in inferring the function and evolutionary relationships of proteins. Additionally, studying homologous proteins can help elucidate the mechanisms underlying protein function and evolution.

    Homologous proteins play crucial roles in various biological processes, such as enzyme catalysis, signal transduction, DNA replication, and immune response. They can be found across different organisms, ranging from single-celled organisms to complex multicellular organisms, including humans. The conservation of homologous proteins throughout evolution underscores the fundamental importance of these proteins in maintaining cellular processes and overall biological organization.

Common Misspellings for HOMOLOGOUS PROTEIN

  • gomologous protein
  • bomologous protein
  • nomologous protein
  • jomologous protein
  • uomologous protein
  • yomologous protein
  • himologous protein
  • hkmologous protein
  • hlmologous protein
  • hpmologous protein
  • h0mologous protein
  • h9mologous protein
  • honologous protein
  • hokologous protein
  • hojologous protein
  • homilogous protein
  • homklogous protein
  • homllogous protein
  • homplogous protein
  • hom0logous protein

Etymology of HOMOLOGOUS PROTEIN

The word "homologous" is derived from the Greek word "homologos", which combines "homo" meaning "same" and "logos" meaning "relation" or "word". In biology, "homologous" refers to structures or sequences that share a similar origin or common ancestor.

The term "homologous protein" typically refers to proteins that have a similar structure, function, or sequence due to a shared evolutionary ancestry. The prefix "homo-" implies similarity or sameness, and "logous" implies a relationship or correspondence. Therefore, "homologous protein" describes proteins that exhibit a significant degree of similarity or relation, often indicating common ancestry.

Overall, the etymology of the term "homologous protein" reflects the concept of proteins sharing a common origin or evolutionary relationship.

Plural form of HOMOLOGOUS PROTEIN is HOMOLOGOUS PROTEINS