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All of the genes are 'shown', but the B-strands of haemoglobin differ by one amino acid at position 6 (usually gutamic acid is espressed here, but in sickle cell anaemia valine is present instead)
DNA is composed of long strings of nucleic acid sequences, but not all of them code for proteins. The ones that do are called genes. Alleles are different versions of a certain gene. For example, the gene that codes for blood type has 3 different alleles, A, B, and O. The genes that code for hair and eye color also have many different alleles.
enzymes that catalyze glycolysis photosystems 1 and 2 cell walls nuclei genes composed of DNA
a. cancer cells divide uncontrollably. b. normal cells cannot make copies of DNA. c. cancer cells cannot make copies of DNA. d. normal cells divide uncontrollably. (A) cancer cells divide uncontrollably
Hi I believe you are talking about DNA transfer of genes and I believe it's a transfer of different gene coding which are not Identical. If A is on X chromosome and B is on Y then through recombination A will be on Y and B will be on Y.
cDNA is the short form complementary DNA. cDNA libraries are a combination of cloned cDNA fragments. cDNA libraries are used to express eukaryotic genes in prokaryotes.
Depends on the B parent. If the genes of the B parent are B and o, then the offspring could have A, B, or AB. If the genes of the B parent are B and B, then the offspring could have AB or B.
B. Berde has written: 'Neurohypophysial hormones and similar polypeptides' -- subject(s): Pituitary hormones
D. B Gower has written: 'Steroid hormones' -- subject(s): Steroid hormones
Branched DNA
If the parent's blood type is A and B, respectively, the possible blood type of their child are A, AB, B and O.
No. Cells transcribe one gene at a time.A gene codes for either one polypeptide (one chain of a protein) or for a molecule of RNA. Only about 2% of human DNA consists of genes, so there is a great deal of DNA that is not transcribed.Different genes may be transcribed in different cells, and some genes are only ever transcribed at a particular stage of the life-cycle. The only process that involves the entire genome is called replication and is carried out before cell division.