august friedrich leopold weismann (Meaning)
august friedrich leopold weismann (n)
German biologist who was one of the founders of modern genetics; his theory of genetic transmission ruled out the possibility of transmitting acquired characteristics (1834-1914)
Synonyms & Antonyms of august friedrich leopold weismann
No Synonyms and anytonyms found
august friedrich leopold weismann Sentence Examples
- August Friedrich Leopold Weismann's groundbreaking work on genetics and evolution challenged the prevailing Lamarckian view of inheritance.
- Weismann's theory of the "continuity of the germ-plasm" proposed that genetic material was passed down unchanged from one generation to the next.
- Weismann's experiments with mice and fruit flies provided evidence to support his hypothesis that acquired characteristics were not inherited.
- Weismann's work on germ cells and somatic cells further developed our understanding of the mechanisms of reproduction.
- August Friedrich Leopold Weismann made significant contributions to the field of embryology, studying the early development of organisms.
- Weismann's ideas influenced the development of Mendelian genetics and helped lay the foundation for modern evolutionary theory.
- Weismann's research on aging and longevity led to his theory that the life cycle of organisms was determined by genetic factors.
- August Friedrich Leopold Weismann was a renowned zoologist and one of the most influential scientists of his time.
- Weismann's concept of the "immortal germ-line" challenged traditional notions of mortality and the nature of life.
- August Friedrich Leopold Weismann's groundbreaking theories on heredity and evolution continue to shape our understanding of biology today.
FAQs About the word august friedrich leopold weismann
German biologist who was one of the founders of modern genetics; his theory of genetic transmission ruled out the possibility of transmitting acquired character
No synonyms found.
No antonyms found.
August Friedrich Leopold Weismann's groundbreaking work on genetics and evolution challenged the prevailing Lamarckian view of inheritance.
Weismann's theory of the "continuity of the germ-plasm" proposed that genetic material was passed down unchanged from one generation to the next.
Weismann's experiments with mice and fruit flies provided evidence to support his hypothesis that acquired characteristics were not inherited.
Weismann's work on germ cells and somatic cells further developed our understanding of the mechanisms of reproduction.
