Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Gregor Mendel, Thomas Hunt Morgan en experimenten in de klassieke genetica

View through CrossRef
Abstract Gregor Mendel, Thomas Hunt Morgan and experiments in classical genetics In the middle of the 19th century, Gregor Mendel performed a series of crosses with pea plants to investigate how hybrids are formed. Decades later, Thomas Hunt Morgan finalized the theory of classical genetics. An important aspect of Mendel’s and Morgan’s scientific approach is that they worked in a systematic, experimental fashion. But how did these experiments proceed? What is the relation between these experiments and Mendel’s and Morgan’s explanatory theories? What was their evidential value? Using present-day insights in the nature of experimentation I will show that the answer to these questions is fascinating but not obvious. Crossings in classical genetics lacked a crucial feature of traditional experiments for causal discovery: manipulation of the purported causes. Hence they were not traditional, ‘manipulative’ experiments, but ‘selective experiments’.
Title: Gregor Mendel, Thomas Hunt Morgan en experimenten in de klassieke genetica
Description:
Abstract Gregor Mendel, Thomas Hunt Morgan and experiments in classical genetics In the middle of the 19th century, Gregor Mendel performed a series of crosses with pea plants to investigate how hybrids are formed.
Decades later, Thomas Hunt Morgan finalized the theory of classical genetics.
An important aspect of Mendel’s and Morgan’s scientific approach is that they worked in a systematic, experimental fashion.
But how did these experiments proceed? What is the relation between these experiments and Mendel’s and Morgan’s explanatory theories? What was their evidential value? Using present-day insights in the nature of experimentation I will show that the answer to these questions is fascinating but not obvious.
Crossings in classical genetics lacked a crucial feature of traditional experiments for causal discovery: manipulation of the purported causes.
Hence they were not traditional, ‘manipulative’ experiments, but ‘selective experiments’.

Related Results

The Genius of Gregor Mendel and the genome of the first geneticist
The Genius of Gregor Mendel and the genome of the first geneticist
This review gives a detailed description of the life path of the founder of genetics, Gregor Mendel, who forever entered the pleiad of the most significant personalities in the his...
Historical study: Johann Gregor Mendel 1822–1884
Historical study: Johann Gregor Mendel 1822–1884
AbstractThe life and personality of Johann Gregor Mendel (1822–1884), the founder of scientific genetics, are reviewed against the contemporary background of his times. At the end ...
I CONBRAGEM - I CONGRESSO BRASILEIRO DE GENÉTICA MULTIDISCIPLINAR
I CONBRAGEM - I CONGRESSO BRASILEIRO DE GENÉTICA MULTIDISCIPLINAR
PREFÁCIO À 1ª EDIÇÃO A genética é uma ciência básica, mas nem por isso simples. Atualmente frente a tantos desafios impostos pela pandemia a genética tem se mostrado ferramenta fu...
Plasma AR Alterations and Timing of Intensified Hormone Treatment for Prostate Cancer
Plasma AR Alterations and Timing of Intensified Hormone Treatment for Prostate Cancer
This randomized clinical trial explores whether hormone intensification at start of androgen deprivation therapy alters selection of androgen receptor (AR) gene alterations within ...
Mendel e depois de Mendel
Mendel e depois de Mendel
Embora o nome de Johann Gregor Mendel (1822-1884) seja associado geralmente à Genética e às “Leis de Mendel”, poucas pessoas tiveram a oportunidade de conhecer o conteúdo de seu ar...
Características genéticas mendelianas: redescobrindo os trabalhos de Mendel/ Mendelian genetic characteristics: rediscovering Mendel's work
Características genéticas mendelianas: redescobrindo os trabalhos de Mendel/ Mendelian genetic characteristics: rediscovering Mendel's work
A genética analisa as características e os mecanismos hereditários ao longo das gerações, possuindo inestimável importância ao promover embasamento teórico e resoluções de problema...
Estudos Avançados em Genética e Farmacologia
Estudos Avançados em Genética e Farmacologia
Genética (do grego “genétikós”) significa “capaz de gerar”, indicando o seu papel na gênese da vida. A Genética é a ciência que estuda os genes, a hereditariedade e a transmissão d...
Variabilidade genética em populações naturais de Ziziphus joazeiro Mart., por meio de marcadores moleculares RAPD
Variabilidade genética em populações naturais de Ziziphus joazeiro Mart., por meio de marcadores moleculares RAPD
Os estudos de diversidade genética em populações naturais são imprescindíveis para a elaboração de estratégias de conservação. Assim, este trabalho foi realizado com o objetivo de ...

Back to Top