Sentence examples for study of inheritance from inspiring English sources

Classical genetics began with Mendel's study of inheritance in garden peas and continues with studies of inheritance in many different plants and animals.

The Framingham study also provided data that were used for the investigation of cancer, stroke, osteoporosis, arthritis, dementia, diabetes mellitus, and eye disease as well as for the study of inheritance and genetic patterns of common diseases.

As someone who writes about evolution and genetics – both of which involve the study of inheritance, and both of which rely on making quantitative comparisons between living things – I often receive letters from people associating Darwin with racism, usually citing the use of the words "favoured races" in the lengthy subtitle to his masterpiece, On the Origin of Species.

The study of inheritance systems combines attention to the growing knowledge about inheritance mechanisms and processes in nature with reflection about the nature and dynamics of the evolutionary process.

While many interesting cases involve identifying new inheritance channels which are based on new inheritance systems, and discussions are often ambiguous as to which of the two notions they refer to, the study of inheritance systems is a separate endeavor from the analysis of the inheritance channels affecting individual organisms or traits.

The study of inheritance systems is aimed at identifying and classifying the various mechanisms and processes of heredity, the types of hereditary information that is passed on by each, the functional interaction between the different systems, and the evolutionary consequences of these properties.

The establishment of Mendelian genetics allowed for quantitative studies of inheritance in populations.

Although the logic of famously cutting off the tails of 20 generations of mice 1,500 individuals proved faulty, his studies of inheritance of acquired traits helped finally lay to rest Lamarkian ideas of how evolution works.

Studies of inheritance of the low Cd-accumulation trait in durum wheat, suggests that grain Cd concentration is largely controlled by a single gene [ 6].

Studies of inheritance unequivocally show that BMI of children correlates more closely with maternal than with paternal BMI, suggesting that in addition to the genetic influences, the in utero environment may contribute to the development of obesity in offspring.

Notwithstanding this complexity, studies of inheritance of the low Cd trait in durum wheat have shown that grain Cd concentration is probably controlled by a single, dominant gene [ 53].