How Do You Spell PERIPLASMIC SPACES?

Pronunciation: [pˌɛɹɪplˈazmɪk spˈe͡ɪsɪz] (IPA)

Periplasmic spaces refer to the areas found in bacterial cells where proteins are synthesized and metabolized. The word is spelled phonetically as pɛrɪplæzmɪk speɪsɪz. The first syllable, "per," is pronounced as "puh," while the second syllable, "i," is pronounced as "ih." The third syllable, "plas," is pronounced as "plaas," and the fourth syllable, "mic," is pronounced as "mik." The final syllable, "spaces," is spelled phonetically as "speɪsɪz," which is pronounced as "speys-iz." Understanding the phonetic transcription can help individuals pronounce and spell this word correctly.

PERIPLASMIC SPACES Meaning and Definition

1. Periplasmic spaces refer to the small compartments present between the inner and outer membranes of certain types of bacteria. These spaces are found in gram-negative bacteria, which have a more complex cellular structure compared to gram-positive bacteria.

   The periplasmic space is an area that lies between the cell's cytoplasmic membrane (inner membrane) and the outer membrane. It is an aqueous region that contains a gel-like substance known as the periplasmic fluid or periplasm. This fluid is rich in proteins, enzymes, and other substances that play important roles in the cell's physiology.

   The periplasmic space serves as a reservoir for numerous essential molecules, such as nutrients, metabolites, and ions, that are needed for the bacteria's survival and growth. It acts as a protective barrier against harmful substances by harboring enzymes that detoxify certain compounds or modify them to make them less toxic.

   Moreover, the periplasmic space is involved in various important biological processes. It is the site where proteins are folded and modified before being transported to their final destinations. It also plays a critical role in the bacterial cell wall biosynthesis, as enzymes responsible for constructing the peptidoglycan layer are located in this compartment.

   In summary, the periplasmic space is a crucial region in gram-negative bacteria, situated between the inner and outer membranes. It contains fluid filled with proteins, enzymes, and other important molecules, serving as a reservoir, a protective barrier, and a site for essential biological processes within the bacterial cell.

Common Misspellings for PERIPLASMIC SPACES

• oeriplasmic spaces
• leriplasmic spaces
• -eriplasmic spaces
• 0eriplasmic spaces
• pwriplasmic spaces
• psriplasmic spaces
• pdriplasmic spaces
• prriplasmic spaces
• p4riplasmic spaces
• p3riplasmic spaces
• peeiplasmic spaces
• pediplasmic spaces
• pefiplasmic spaces
• petiplasmic spaces
• pe5iplasmic spaces
• pe4iplasmic spaces
• peruplasmic spaces
• perjplasmic spaces
• perkplasmic spaces
• peroplasmic spaces

Etymology of PERIPLASMIC SPACES

The term "Periplasmic Spaces" comes from the combination of two words: "Peri-" and "plasmic".

1. "Peri-" is a prefix from Greek origin meaning "around" or "surrounding".

2. "Plasmic" comes from the word "plasm", which again has Greek roots and means "a formed thing" or "formed substance".

When combined, "Periplasmic" refers to something that is situated around or surrounding a particular area or substance.

The word "Spaces" is used to describe the areas or gaps that are found in between the layers or structures, emphasizing the empty regions.

Therefore, "Periplasmic Spaces" refers to the empty areas or gaps that exist in between layers or structures surrounding a specific substance or region, as per the terms' etymology.