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Gene.
Sections of DNA which, when bound by particular proteins, increase transcription from a particular promoter. They can sometimes be many kilobases from the promoter in question.
..., in two steps, protein; or more correctly tens of thousands of different proteins. Step one: Transcription; a 'messenger Rna' copy of the nucleotide sequence, and hence the genetic information, contained within a strand of DNA is produced, processed and exported through the nuclear envelope to the waiting cytoplasmic rough endoplasmic reticulum (RER). Step two: Translation; mRnas are fed into the ribosomes of the RER, where their information is extracted three bases at a time - that is to say, the Triplet Codons are translated into an amino acid sequence; three bases code for each amino acid.
RNA is a single-stranded structure that is copied from an unzipped DNA strand identically, this is called transcription. The RNA strand contains the complementary base pairs for the DNA sequence. The DNA strand has sections that code for specific proteins, so when the RNA strand is created from the DNA, the RNA strand is then able to recreate the sequence that codes for the proteins. The RNA strand leaves the nucleus, via a nuclear pore, and enters the cytoplasm. In the cytoplasm the RNA strand binds to two Ribosomal subunits, and translation is carried out, producing proteins.
Ribosome. They attach to DNA strand and from the information taken create the proteins.
Gene.
Sections of DNA which, when bound by particular proteins, increase transcription from a particular promoter. They can sometimes be many kilobases from the promoter in question.
..., in two steps, protein; or more correctly tens of thousands of different proteins. Step one: Transcription; a 'messenger Rna' copy of the nucleotide sequence, and hence the genetic information, contained within a strand of DNA is produced, processed and exported through the nuclear envelope to the waiting cytoplasmic rough endoplasmic reticulum (RER). Step two: Translation; mRnas are fed into the ribosomes of the RER, where their information is extracted three bases at a time - that is to say, the Triplet Codons are translated into an amino acid sequence; three bases code for each amino acid.
RNA is a single-stranded structure that is copied from an unzipped DNA strand identically, this is called transcription. The RNA strand contains the complementary base pairs for the DNA sequence. The DNA strand has sections that code for specific proteins, so when the RNA strand is created from the DNA, the RNA strand is then able to recreate the sequence that codes for the proteins. The RNA strand leaves the nucleus, via a nuclear pore, and enters the cytoplasm. In the cytoplasm the RNA strand binds to two Ribosomal subunits, and translation is carried out, producing proteins.
Sections of RNA molecules that are removed before a eukaryotic gene becomes functional introns. The signal in DNA that indicates to enzymes where to bind to make RNA is the promoter.
The sections in between the sections of a play are referred to as interludes.
it is digested to your muscles.
cerebral hemispheres
Genes.
They can't, they group the more important and less important ones into sections. The amino acids that have the essential proteins for life are more closely evaluated though.
Special segments of DNA thet contain instruction for making proteins are called GENES.
genes are parts of the cell's DNA genome that encode for specific proteins that are needed in the organism (structural, enzymes, membrane proteins,..) they are located at different places in the genome and the metabolic state of the cell will enchance or repress the transcription of this genes.