How Do You Spell ASPARTOKINASE II HOMOSERINE DEHYDROGENASE II?

Pronunciation: [ɐspˈɑːtəkˌɪne͡ɪs ɹˌə͡ʊmən tˈuː hˌə͡ʊmə͡ʊsəɹˈiːn dˌiːha͡ɪdɹˈə͡ʊd͡ʒne͡ɪs ɹˌə͡ʊmən tˈuː] (IPA)

The word "Aspartokinase II Homoserine Dehydrogenase II" has a complex spelling due to its scientific nomenclature. The word can be broken down into smaller components such as "aspartokinase" and "homoserine dehydrogenase." Each component can be spelled using the International Phonetic Alphabet (IPA) to indicate its pronunciation. The phonetic transcription for "aspartokinase" would be /əˌspɑːrtəʊˈkaɪneɪs/ while "homoserine dehydrogenase" would be /ˌhəʊməʊsəˌriːn diːhaɪˈdrɒdʒenˌeɪs/. Understanding IPA helps to accurately pronounce and spell complicated scientific terms such as "Aspartokinase II Homoserine Dehydrogenase II

ASPARTOKINASE II HOMOSERINE DEHYDROGENASE II Meaning and Definition

1. Aspartokinase II homoserine dehydrogenase II is an enzyme involved in the biosynthetic pathway of amino acids. It is a bifunctional enzyme that combines the activities of two separate enzymes, aspartokinase II and homoserine dehydrogenase II.

   Aspartokinase II is the first step in the biosynthesis of the essential amino acids lysine, threonine, and methionine. It catalyzes the phosphorylation of aspartic acid to convert it into β-aspartyl phosphate. This reaction is important for the control of the amino acid synthesis pathway.

   Homoserine dehydrogenase II is the subsequent step in the pathway. It converts β-aspartyl phosphate into homoserine, an intermediate molecule used in the synthesis of methionine and threonine. This conversion involves the removal of phosphoryl groups and the reduction of the β-aspartyl phosphate molecule.

   The fusion of the activities of aspartokinase II and homoserine dehydrogenase II into a single enzyme allows for an efficient and coordinated regulation of amino acid synthesis. This enzyme plays a vital role in ensuring the proper balance of amino acids within the cell.

   The activity of aspartokinase II homoserine dehydrogenase II is highly regulated by feedback inhibition. The end products of the amino acid biosynthesis pathway, such as lysine, threonine, and methionine, act as inhibitors to prevent the overproduction of these amino acids. This regulatory mechanism helps maintain the optimal levels of amino acids required for cellular function.

Common Misspellings for ASPARTOKINASE II HOMOSERINE DEHYDROGENASE II

• zspartokinase ii homoserine dehydrogenase ii
• sspartokinase ii homoserine dehydrogenase ii
• wspartokinase ii homoserine dehydrogenase ii
• qspartokinase ii homoserine dehydrogenase ii
• aapartokinase ii homoserine dehydrogenase ii
• azpartokinase ii homoserine dehydrogenase ii
• axpartokinase ii homoserine dehydrogenase ii
• adpartokinase ii homoserine dehydrogenase ii
• aepartokinase ii homoserine dehydrogenase ii
• awpartokinase ii homoserine dehydrogenase ii
• asoartokinase ii homoserine dehydrogenase ii
• aslartokinase ii homoserine dehydrogenase ii
• as-artokinase ii homoserine dehydrogenase ii
• as0artokinase ii homoserine dehydrogenase ii
• aspzrtokinase ii homoserine dehydrogenase ii
• aspsrtokinase ii homoserine dehydrogenase ii
• aspwrtokinase ii homoserine dehydrogenase ii
• aspqrtokinase ii homoserine dehydrogenase ii
• aspaetokinase ii homoserine dehydrogenase ii
• aspadtokinase ii homoserine dehydrogenase ii