İngilizce-Türkçe-Almanca sözlük

1. i. kalıtım, soyaçekim, irsiyet. kalitim, soyaçekim. kalıtım. kalıtım. i. kalıtım, soyaçekim, irsiyet. soya çekimi. İrsiyet, soydanlık, kalıtım. kalıtım, soyaçekim, ırsiyet, soydan geçen özellik.
2. irsiyet, kalıtım, soyaçekim, kalıtım.
3. kalitim. soyaçekim.
4. kalıtım. soyaçekim. ırsiyet. irs. irsiyet. veraset.
5. kalıtım.

Etymology : Middle French heredité, from Latin hereditat-, hereditas, from hered-, heres heir; more at HEIR
Pronunciation : h&-'re-d&-tE
Function : noun
Date : circa 1540

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1. tendency of parents to transmit genetic qualities to their offspring; genetic qualities which are transmitted; inheritance (Archaic). heredity\he*red"i*ty\ , n. [l. hereditas heirship.] (biol.) hereditary transmission of the physical and psychical qualities of parents to their offspring; the biological law by which living beings tend to repeat their characteristics in their descendants. see: pangenesis.
2. Hereditary transmission of the physical and psychical qualities of parents to their offspring; the biological law by which living beings tend to repeat their characteristics in their descendants.
3. See Pangenesis. the total of inherited attributes the biological process whereby genetic factors are transmitted from one generation to the next.
4. Heredity is the process by which features and characteristics are passed on from parents to their children before the children are born. Heredity is not a factor in causing the cancer. the process by which mental and physical qualities are passed from a parent to a child before the child is born genetics (hérédité, from hereditas, from heres; HEIR). Transmission of physical and mental traits from parents to offspring through genes. From his studies in the late 19th century, Gregor Mendel derived certain basic concepts of heredity, which eventually became the foundation for the modern science of genetics. Each member of the parental generation transmits only half its genes to the offspring, and different offspring of the same parents receive different combinations of genes. Many characteristics are polygenic (i.e., influenced by more than one gene). Many genes exist in numerous variations (alleles) throughout a population. The polygenic and multiple allelic nature of many traits gives a vast potential for variability among hereditary characteristics. While the genotype (an individual's total hereditary makeup) determines the broad limits of features an individual may develop, the actual features that do develop (the phenotype) are dependent on complex interactions between genes and their environment. See also variation.