How Do You Spell PEPTIDYL TRANSLOCASES?

Pronunciation: [pˈɛptɪdˌɪl tɹanslˈɒke͡ɪsɪz] (IPA)

Peptidyl translocases are important enzymes that play a crucial role in protein synthesis. The correct spelling of this word is 'peptidyl' /pɛpˈtaɪdəl/ and 'translocases' /trænsˈloʊkeɪsɪz/. The word 'peptidyl' contains the syllables 'pep' which is pronounced as /pɛp/ and 'tidyl' which is pronounced as /ˈtaɪdəl/. The second word, 'translocases', is made up of the syllables 'trans' pronounced as /træns/ and 'locases' pronounced as /ˈloʊkeɪsɪz/. Understanding the correct phonetic transcription of words is important to ensure accurate communication in scientific research.

PEPTIDYL TRANSLOCASES Meaning and Definition

1. Peptidyl translocases, also known as translocons, are a class of protein complexes found in biological systems that play a crucial role in the process of protein synthesis. Specifically, they are responsible for translocating or moving nascent or newly synthesized polypeptide chains across or into the intracellular compartments, such as the endoplasmic reticulum (ER) or the mitochondria.

   Peptidyl translocases are composed of multiple subunits that work collectively to facilitate the translocation process. Within the ER, translocases are involved in the translocation of proteins from the cytosol into the ER lumen, where they undergo proper folding, post-translational modifications, and trafficking to their final destinations. In mitochondria, these complexes assist in the translocation of proteins across the mitochondrial membrane, allowing them to reach different mitochondrial compartments involved in energy production.

   The translocation process mediated by peptidyl translocases is fueled by the energy derived from the hydrolysis of ATP. Additionally, these complexes rely on specific signal sequences present in the nascent polypeptide chains to recognize and select the proteins that need to be translocated. The proper functioning of peptidyl translocases is essential for the correct localization and functionality of proteins within the cell.

   Overall, peptidyl translocases are vital components of cellular machinery responsible for directing newly synthesized proteins to their proper destinations, ensuring their proper folding and function, and maintaining the overall organization and function of intracellular compartments.

Common Misspellings for PEPTIDYL TRANSLOCASES

• oeptidyl translocases
• leptidyl translocases
• -eptidyl translocases
• 0eptidyl translocases
• pwptidyl translocases
• psptidyl translocases
• pdptidyl translocases
• prptidyl translocases
• p4ptidyl translocases
• p3ptidyl translocases
• peotidyl translocases
• peltidyl translocases
• pe-tidyl translocases
• pe0tidyl translocases
• pepridyl translocases
• pepfidyl translocases
• pepgidyl translocases
• pepyidyl translocases
• pep6idyl translocases
• pep5idyl translocases

Etymology of PEPTIDYL TRANSLOCASES

The term "peptidyl translocases" is a combination of two components: "peptidyl" and "translocases".

The component "peptidyl" refers to "peptide", which comes from the Latin word "peptis" meaning "to digest" or "digestion". In Greek, "peptein" means "to cook" or "to ripen". It is derived from these roots that "peptide" has come to represent a combination of amino acids joined by peptide bonds, forming a protein or a part of a protein.

The component "translocases" comes from the word "translocate", which means to transport or move across a membrane or from one location to another within a cell. The term "translocases" denotes the enzymes or proteins responsible for this translocation process.