What is the primary function of proteins? - coconut for fat loss
a. Energy delivered to the body
the taste of foods b.provide
c.promote reactions in the cells chemcal
d. serve as an important component of muscle and other tissues.
This is not a means to lower cholesterol?
a.eat foods containing less saturated fat
b.eat fewer eggs and red meat
c.drink skim milk
d. Increasing the volume of coconut and palm kernel oil in the diet.
and the drastic reduction in caloric intake
a. reduce your stomach
b. Burn that fat
c. slow metabolism
d. guarantee long-term weight loss
Thank you for taking the time to respond.
Saturday, January 30, 2010
Coconut For Fat Loss What Is The Primary Function Of Proteins?
3 comments:
Proteins play a key role in the cell, they say that encodes the realization of the rights covered by the information in the genes. [4] With the exception of certain types of RNA, biological molecules that act in most other relatively inert elements upon which proteins. Proteins make up half the dry weight of a cell of Escherichia coli, whereas other macromolecules such as DNA and RNA to make only 3% and 20%. [12] The total number of proteins in a cell or cell type at a given time or experimental conditions known as the proteome.
Hexokinase is presented as a simple ball and stick molecular model. Other molecules wide at the top right hand side are two substrates, ATP and functionality glucose.The key proteins that allow them to fulfill their cellular functions is its ability to bind to specific and strong. The region of the protein responsible for binding with another molecule is known as the binding site and is often a depression or "pocket" on the molecular surface. This ability, i-Links mediation of the tertiary structure of proteins that define the binding pocket and chemical properties of chains of amino acids surrounding side streets. "The proteins can be designed in extremely limited and specific, for example, binds to the inhibitor protein on the human angiogenin with a sub u0026lt ribonuclease Femtomole dissociation constant (\\ \\ \\ \\ \\ \\ \\ \\; 10-15 m), but in general not necessary to his counterparts Onconase amphibians (> 1 M). extremely small chemical changes such as adding a methyl group to a binding partner can sometimes be enough to nearly eliminate binding, for example, the 'aminoacyl-tRNA synthetase specific for the amino acid valine discriminates against which is very similar amino acid isoleucine side.
The proteins bind to other proteins and substrates from small molecules. When proteins bind specifically to other copies of the same molecule, they can form fibrils oligomerization, this process also to structural proteins that consist of globular monomers which themselves are linked to form rigid fibers. Protein-protein interactions and regUlate enzyme activity, control progression through the cell cycle, and allow provide an assembly of protein complexes that large number of reactions closely related to a common biological function. The proteins can also bind to or are even anchored in the cell membrane. The ability of the spouse induce conformational changes in proteins allows the construction of very complex signaling networks.
Proteins play a key role in the cell, they say that encodes the realization of the rights covered by the information in the genes. [4] With the exception of certain types of RNA, biological molecules that act in most other relatively inert elements upon which proteins. Proteins make up half the dry weight of a cell of Escherichia coli, whereas other macromolecules such as DNA and RNA to make only 3% and 20%. [12] The total number of proteins in a cell or cell type at a given time or experimental conditions known as the proteome.
Hexokinase is presented as a simple ball and stick molecular model. Other molecules wide at the top right hand side are two substrates, ATP and functionality glucose.The key proteins that allow them to fulfill their cellular functions is its ability to bind to specific and strong. The region of the protein responsible for binding with another molecule is known as the binding site and is often a depression or "pocket" on the molecular surface. This ability, i-Links mediation of the tertiary structure of proteins that define the binding pocket and chemical properties of chains of amino acids surrounding side streets. "The proteins can be designed in extremely limited and specific, for example, binds to the inhibitor protein on the human angiogenin with a sub u0026lt ribonuclease Femtomole dissociation constant (\\ \\ \\ \\ \\ \\ \\ \\; 10-15 m), but in general not necessary to his counterparts Onconase amphibians (> 1 M). extremely small chemical changes such as adding a methyl group to a binding partner can sometimes be enough to nearly eliminate binding, for example, the 'aminoacyl-tRNA synthetase specific for the amino acid valine discriminates against which is very similar amino acid isoleucine side.
The proteins bind to other proteins and substrates from small molecules. When proteins bind specifically to other copies of the same molecule, they can form fibrils oligomerization, this process also to structural proteins that consist of globular monomers which themselves are linked to form rigid fibers. Protein-protein interactions and regUlate enzyme activity, control progression through the cell cycle, and allow provide an assembly of protein complexes that large number of reactions closely related to a common biological function. The proteins can also bind to or are even anchored in the cell membrane. The ability of the spouse induce conformational changes in proteins allows the construction of very complex signaling networks.
The main function of proteins, the protein-support duh. They are "PRO" protein. Geeze
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