Title: The true laws of heredity, Danciu laws of heredity-four new laws
Description: NEW for geneticists and not only! Here's a novel approach in genetics and a giant step in the genome physiology: The true laws of heredity, Danciu laws of heredity-four new laws. These laws invalidate and change almost everything what was written previous about heredity, eliminate all errors of heredity made so far, elucidates exhaustive the mode how the characters are transmitted from parents to descendants, including most autosomal-recessive diseases, are a indispensable tool in medical genetics research of success and in the activity of obtaining of hybrids of plants and animals with high biological value, allow the understanding genotype-phenotype relationship and of genetic variation between individuals, at any species, allow the identification with more accuracy of recessive genes, namely genes that can not function, though should, causing autosomal-recessive diseases, are valid 100% in all cases and all species that reproduce by gametes. The new laws reveals with clarity all the truth regarding heredity, including: the genetics inheritance received of child from each parent is determined of the energy which the gametes, male and female, have at the moment of fecundation; only the sex chromosomes transmitted of father are active in the children's body, X at girls and Y at boys; at any pair of genes, if a gene has a mutation then no the healthy gene can not function; at any valid pair of hereditary factors (chromosomes, genes, nucleotide) can be chosen in the set of active factors only one factor; of all hereditary factors with rank of genes, segments of gene and nucleotide which have the same functional role and are in the set of active factors will be chosen to express only one factor; in meiosis 50%-1 sex chromosome (the inactive set of autosome chromosomes) of genome is eliminated, and 50%-1 sex chromosome (the active set of autosome chromosomes) equips both gamete-brothers; in the human genome is expressed maxim 25% of all genes, because only 50% are admitted in the set of active chromosomes, and of these 1/2 (25% of all) are genes dormant (at animals and plants expressing even much less of 25% of all genes); any process of after fertilization, including the configuration the set of active chromosomes, and starting and stopping of genes expression, is initiated and controlled of the systems of proteins-enzymes (mitochondrias); etc.