DNA determines a protein's shape by determining the sequence of the amino acids in a protein.
No they are not. Proteins are synthesized as per the information present in the DNA or genes. So Genes are something which determine the phenotype or a character of an organism by making RNA and proteins.
DNA codes for all of the proteins in the cell. Proteins are used as many things within the cell, including signalling molecules which communicate between different parts of the cell, and enzymes, which can adjust the length of structural molecules which keep the cells shape. The shape of the cell is also determined by physical constraints such as outside pressure, the surface area/volume ration, and how fast molecules can diffuse into the centre of the cell.
dna chains of proteins joined by sugar and phosphate bases are dnasequence of the proteins determine what enzymes and proteins can be synthesisedthis ultimately decides cell structure
cell wall and DNA
it makes it do it by the shape in a microscope
DNA takes the form of a chromosome. A segment of the chromosome that carries the blueprint for a protein is called a gene. The gene blueprint specifies the order of amino acids, the building blocks of proteins. The types of proteins we produce determine the traits we have such as our eye color, or the shape of our nose, or how long our ring finger is.
The genes determine the amino sequence and the shape the amino group will be folded into to become a protien.
DNA and proteins
they determine the sequence of amino acids in a protein i think
They're called histone proteins. There are 8histones proteins in which a loop of DNA wraps around twice. Then another histone protein called the H1 linker binds them together.
Watson and Crick used Franklin and Goslingâ??s â??Photo 51â?? to determine the three-dimensional shape of DNA. â??Photo 51â?? is the X-ray diffraction image of DNA that shows the pattern of DNA structure.
No. Genetic codes are found on DNA or RNA. These code for the creation of proteins - and all products which determine the structure and function of an organism.