Hierarchical Structure of Proteins Although constructed by the polymer terjemahan - Hierarchical Structure of Proteins Although constructed by the polymer Bahasa Indonesia Bagaimana mengatakan

Hierarchical Structure of Proteins

Hierarchical Structure of Proteins
Although constructed by the polymerization of only 20 different amino acidsinto linear chains, proteins carry out an incredible array of diverse tasks. A protein chain folds into
a unique shape that is stabilized by noncovalent interactions between regions in the linear sequence of amino acids. This spatialorganization of a protein—its shape in three dimensions—is a key to understanding its function. Only when a protein is in its correct three-dimensional structure, or conformation,is it able to function efficiently. A key concept in understanding how proteins work is that function is derived from three-dimensional structure, and three-dimensional structure is specified by amino acid sequence.Here, we consider the structure of proteins at four levels of organization, starting with their monomeric building blocks, the amino acids.
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Hierarchical Structure of Proteins Although constructed by the polymerization of only 20 different amino acidsinto linear chains, proteins carry out an incredible array of diverse tasks. A protein chain folds intoa unique shape that is stabilized by noncovalent interactions between regions in the linear sequence of amino acids. This spatialorganization of a protein—its shape in three dimensions—is a key to understanding its function. Only when a protein is in its correct three-dimensional structure, or conformation,is it able to function efficiently. A key concept in understanding how proteins work is that function is derived from three-dimensional structure, and three-dimensional structure is specified by amino acid sequence.Here, we consider the structure of proteins at four levels of organization, starting with their monomeric building blocks, the amino acids.
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Struktur hirarkis Protein
Meskipun dibangun oleh polimerisasi hanya 20 amino yang berbeda acidsinto rantai linear, protein melaksanakan array yang luar biasa dari tugas yang beragam. Sebuah rantai protein lipatan ke
bentuk unik yang distabilkan oleh interaksi nonkovalen antar daerah di urutan linear dari asam amino. Ini spatialorganization dari protein-nya bentuk tiga dimensi-adalah kunci untuk memahami fungsinya. Hanya ketika protein adalah struktur tiga dimensi yang benar, atau konformasi, itu bisa berfungsi secara efisien. Sebuah konsep kunci dalam memahami bagaimana protein kerja fungsi yang berasal dari struktur tiga-dimensi, dan struktur tiga dimensi yang ditentukan oleh asam amino sequence.Here, kita mempertimbangkan struktur protein pada empat tingkat organisasi, dimulai dengan bangunan monomer mereka blok, asam amino.
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