Hecateromeric is a scientific term used to describe a protein structure consisting of 100 subunits. The spelling of the word can be confusing due to its Greek origin, but can be transcribed using the International Phonetic Alphabet (IPA) as /ˌhɛkətɛroʊˈmɛrɪk/. The first syllable is pronounced as "heka," the second syllable is "tero," and the third syllable is "meric." The word is commonly used in biology and chemistry to describe complex protein structures and is essential in understanding the functions of these molecules.
Heceratomeric is an adjective used to describe a molecular complex or a protein structure consisting of subunits derived from different sources or origins. The term is derived from the Greek words "hecaton" meaning "one hundred" and "meros" meaning "part", reflecting the idea of a complex composed of multiple components.
In biochemistry and molecular biology, a hecateromeric complex typically denotes a large protein assembly that is made up of a combination of subunits, which may differ in terms of their sequence, structure, or function. These subunits are often derived from different genes, organisms, or cell types. The different subunits come together to form a functional complex, usually through a well-defined interaction interface or binding site.
Heceratomeric complexes play crucial roles in various biological processes, including enzymatic activity, signaling pathways, and cellular organization. The presence of diverse subunits in these complexes allows for a broader range of functionalities, as each subunit can contribute unique properties or interact with specific substrates or ligands. By assembling a hecateromeric complex, organisms can achieve greater complexity and versatility in their molecular machinery.
Overall, hecateromeric refers to a complex or structure composed of subunits derived from different sources, emphasizing the collaborative nature of complex formation and the intricate interplay between diverse molecular components.
Noting a spinal neuron which gives off processes going to both sides of the cord; usually the same as a heteromeric neuron.
A practical medical dictionary. By Stedman, Thomas Lathrop. Published 1920.
The word "hecateromeric" is derived from the Greek roots "hekaton", meaning "hundred", and "meros", meaning "part". In Greek, "hekateromeric" (ἑκατερομερὴς) would literally translate to "consisting of a hundred parts".