Chromatin
The extended form of a DNA-protein complex present in the nucleus during interphase is chromatin. Chromatin is a combination of DNA and proteins, such as histones, that allows for the packaging of DNA into a more condensed structure within the nucleus. This structure helps regulate gene expression and protects the DNA molecule.
DNA is composed of four different base groups, which can form endless numbers of different sequences, which have the capacity to synthesize a wide variety of protein molecules, or to synthesize RNA which will synthesize protein molecules, and these protein molecules are the basis of all biochemistry; they form the catalysts and structural elements which create, regulate, and maintain all living organisms.
Genes are made up of DNA. DNA have codes to form proteins
Approximately 1-2% of the human genome codes for protein synthesis. The rest of the DNA is involved in regulating gene expression, controlling cell functions, and having other structural roles.
DNA --> RNA --> Proteins -----------------------------------------That simple.
Histone proteins form complexes called nucleosomes, around which DNA wraps to form chromatin. This organized DNA-protein structure helps regulate gene expression and maintain the structural integrity of the genome.
The protein around which chromosomal DNA is coiled is called histones. Histones help in organizing DNA into structural units called nucleosomes, which then further coil and condense to form chromatin fibers.
The extended form of a DNA-protein complex present in the nucleus during interphase is chromatin. Chromatin is a combination of DNA and proteins, such as histones, that allows for the packaging of DNA into a more condensed structure within the nucleus. This structure helps regulate gene expression and protects the DNA molecule.
B DNA stands for B-form DNA, which refers to the most common structural form of DNA found in nature.
The usable form of protein is DNA and the usable form of fat is well..... fat
DNA is composed of four different base groups, which can form endless numbers of different sequences, which have the capacity to synthesize a wide variety of protein molecules, or to synthesize RNA which will synthesize protein molecules, and these protein molecules are the basis of all biochemistry; they form the catalysts and structural elements which create, regulate, and maintain all living organisms.
Thomas A. Steitz has written: 'Structural studies of protein-nucleic acid interaction' -- subject(s): DNA-protein interactions, RNA-protein interactions
mRNA
Genes are made up of DNA. DNA have codes to form proteins
role of ssb protein in dna replication is when the double stranded dna is brought in the single stranded form during replication the ssb bind to the single stranded dna so that the ss dna remain in the the single stranded form and when replication process is completed these protein get dissociated from the dna
Approximately 1-2% of the human genome codes for protein synthesis. The rest of the DNA is involved in regulating gene expression, controlling cell functions, and having other structural roles.
A protein.