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Morgan Thomas Hunt: more books (100)

Thomas Hunt Morgan: Pioneer of Genetics by Ian Shine, Sylvia Wrobel, 2009-11-11

American Geneticists: Thomas Hunt Morgan, Barbara Mcclintock, Theodosius Dobzhansky, Craig Venter, Susan Lindquist, Joseph L. Goldstein

A Critique of the Theory of Evolution (Classic Reprint) by Thomas Hunt Morgan, 2010-10-22

The scientific basis of evolution, by Thomas Hunt Morgan, 1935

Thomas Hunt Morgan: The Man and His Science by Garland E. Allen, 1978-07

The development of the frog's egg; an introduction to experimental embryology by Thomas Hunt Morgan, 2010-06-19

The genetic and the operative evidence relating to secondary sexual characters by Thomas Hunt Morgan, 2010-09-04

Experimental Zoölogy by Thomas Hunt Morgan, 2010-10-14

The third-chromosome group of mutant characters of Drosophila melanogaster by Calvin Blackman Bridges, Thomas Hunt Morgan, 2010-08-18

Regeneration In Teleosts (1900) by Thomas Hunt Morgan, 2010-05-23

Regeneration, Part 1 by Thomas Hunt Morgan, 2010-03-05

The Mechanism of Mendelian Heredity [ 1922 ] by Thomas Hunt Morgan, 2009-08-10

The Problem of Development (Volume 1, no. 1) by Thomas Hunt Morgan, 2010-07-24

A Critique of the Theory of Evolution [ 1916 ] by Thomas Hunt Morgan, 2009-08-10

lists with details

Thomas Hunt Morgan Winner Of The 1933 Nobel Prize In Medicine
thomas hunt morgan, a nobel Prize Laureate in Physiology and Medicine, at the nobelPrize Internet Archive. thomas hunt morgan. 1933 nobel Laureate in Medicine
http://almaz.com/nobel/medicine/1933a.html
Medicine 1933
Features details of the nobel prize awarded in 1933 for his discoveries concerning the role played by the chromosome in heredity. Includes lecture and biography.
http://www.nobel.se/medicine/laureates/1933/index.html
Index Of Nobel Laureates In Medicine
ALPHABETICAL LISTING OF nobel PRIZE LAUREATES IN PHYSIOLOGY AND MEDICINE.Name, Year Awarded. Monod, Jacoues, 1965. morgan, thomas hunt, 1933.
http://almaz.com/nobel/medicine/alpha.html
Blue Grass Trust: Hunt-Morgan House
Visit the huntmorgan House, located in downtown Lexington, to learn more about the morgan family, including Confederate John hunt Morgen, Thunderbolt of the Confederacy, and nobel Prize winning scientist thomas hunt morgan.
http://www.bluegrasstrust.org/hunt-morgan/
Medicine 1933
Features details of the nobel prize awarded in 1933 for his discoveries concerning the role played Category Science Biology History People morgan, thomas huntThe nobel Prize in Physiology or Medicine 1933. for his discoveries concerningthe role played by the chromosome in heredity . thomas hunt morgan. USA.
http://www.nobel.se/medicine/laureates/1933/
Thomas H. Morgan - Biography
thomas hunt morgan was born on September 25, 1866, at Lexington USA He was the eldestson of Charlton hunt morgan. morgan was made a Foreign Member of the Royal
http://www.nobel.se/medicine/laureates/1933/morgan-bio.html

Extractions: In 1891 he became Associate Professor of Biology at Bryn Mawr College for Women, where he stayed until 1904, when he became Professor of Experimental Zoology at Columbia University , New York. He remained there until 1928, when he was appointed Professor of Biology and Director of the G. Kerckhoff Laboratories at the California Institute of Technology , at Pasadena. Here he remained until 1945. During his later years he had his private laboratory at Corona del Mar, California. During Morgan's 24-years period at Columbia University his attention was drawn toward the bearing of cytology on the broader aspects of biological interpretation. His close contact with E. B. Wilson offered exceptional opportunities to come into more direct contact with the kind of work which was being actively carried out in the zoological department, at that time.
Thomas Hunt Morgan
Features vita, synopsis of work, and references.Category Science Biology History People morgan, thomas hunt morgan won the 1933 nobel Prize in Physiology or Medicine Garland Allen, thomas huntmorgan The man and his science, Princeton Princeton University Press, 1978
http://www.cshl.org/public/History/scientists/morgan.html

Extractions: [William Keith Brooks] [H. Newell Martin] [Edmund Beecher Wilson] [E.G. Conklin] [Ross G. Harrison] Alfred Sturtevant ] [Calvin Bridges] [Hermann J. Muller] [Jacques Loeb] Morgan's early career was spent in natural history. He got his Ph.D., on the evolutionary relationships of pycnogonids, under W.K. Brooks at Johns Hopkins. Brooks was firmly entrenched in the morphological tradition and exposed Morgan, along with E.B. Wilson, E.G. Conklin, and later R.G. Harrison, to marine biology and experimental zoology. Brooks drew his students into field zoology, though those students went on to pursue more empirical, experimental approach to science advocated by Brooks's colleague, physiologist H Newell Martin. In 1891 Morgan replaced Wilson at Bryn Mawr (Wilson had moved to Columbia), where he met Jacques Loeb, and stayed until 1904. From morphology, then, his research interests shifted to experimental embryology (1891-94), as did many of his contemporaries. He carried out research on regeneration in earthworms and development of sea urchins. A strong influence at this time was his friend Hans Driesch, whom Morgan met at the Naples Zoological Station. Morgan became a devotee of Entwicklungsmechanik, or developmental mechanics. Morgan disagreed with Driesch on vitalism, but maintained a strong alliance with him on the importance of experimental methods. Morgan was interested in evolution, but skeptical of Darwinism, which he perceived to be too speculative and not grounded in observable phenomena. After 1900 he was also critical of Mendelism and the chromosomal theory of heredity.
CSHL - History: Thomas Hunt Morgan
Professor and Director of Biology, Caltech, 192845; nobel Prize in Garland Allen,thomas hunt morgan The man and his science, Princeton Princeton University
http://www.cshl.org/History/morgan.html

Extractions: Morgan got his Ph.D., on the evolutionary relationships of pycnogonids, under W.K. Brooks at Johns Hopkins. Brooks was firmly entrenched in the morphological tradition and exposed Morgan, along with E.B. Wilson, E.G. Conklin, and later R.G. Harrison, to marine biology and experimental zoology. Brooks drew his students into field zoology, though those students went on to pursue more empirical, experimental approach to science advocated by Brooks's colleague, physiologist H Newell Martin. In 1891 Morgan replaced Wilson at Bryn Mawr (Wilson had moved to Columbia), where he met Jacques Loeb, and stayed until 1904. From morphology, then, his research interests shifted to experimental embryology (1891-94), as did many of his contemporaries. He carried out research on regeneration in earthworms and development of sea urchins. A strong influence at this time was his friend Hans Driesch, whom Morgan met at the Naples Zoological Station. Morgan became a devotee of Entwicklungsmechanik, or developmental mechanics. Morgan disagreed with Driesch on vitalism, but maintained a strong alliance with him on the importance of experimental methods. Morgan was interested in evolution, but skeptical of Darwinism, which he perceived to be too speculative and not grounded in observable phenomena. After 1900 he was also critical of Mendelism and the chromosomal theory of heredity. In about 1908, Morgan began working with Drosophila. According to Garland Allen, he was trying to find macromutations a la Hugo de Vries, whom Morgan greatly admired. His approach was experimental evolution, an effort to distinguish among the evolutionary theories of the Darwinists, neo-Lamarckists, and de Vries by experimental breeding and Mendelian analysis.
Morgan, Thomas Hunt
In 1924 morgan received the Darwin Medal; in 1933 he was awarded the nobel Prizefor his He is the author of thomas hunt morgan The Man and His Science (1978
http://www.britannica.com/nobel/micro/404_45.html

Extractions: Thomas Hunt Morgan By courtesy of the California Institute of Technology, Pasadena (b. Sept. 25, 1866, Lexington, Ky., U.S.d. Dec. 4, 1945, Pasadena, Calif.), American zoologist and geneticist, famous for his experimental research with the fruit fly ( Drosophila ) by which he established the chromosome theory of heredity. He showed that genes are linked in a series on chromosomes and are responsible for identifiable, hereditary traits. Morgan's work played a key role in establishing the field of genetics . He received the Nobel Prize for Physiology or Medicine in 1933. Morgan's father, Charlton Hunt Morgan, was a U.S. consul, and his uncle, John Hunt Morgan, had been a Confederate army general. Early in life, Morgan showed an interest in natural history. In 1886 he received the B.S. degree from the State College of Kentucky (later the University of Kentucky) in zoology and then entered Johns Hopkins University for graduate work in biology. At Hopkins, Morgan studied under the morphologist and embryologist William Keith Brooks. After being awarded the Ph.D. in 1890, Morgan remained there a year before accepting a teaching post at Bryn Mawr College. Experiments in embryology.
Search Results For Morgan, Thomas Hunt - Encyclopædia Britannica - The Online E
thomas hunt morgan nobel Foundation Biography of this American physician awardedthe nobel Prize in Medicine or Physiology, in 1933, for his research on
http://www.britannica.com/search?miid=1202141&query=Morgan,+Thomas+Hunt
GetFound Search Results
morgan Winner of the 1933 nobel Prize in Medicine thomas hunt morgan, a nobel PrizeLaureate in Physiology and Medicine, at the nobel Prize Internet Archive.
http://casinoaceking.us/chnl0.asp?keywords=Morgan Thomas
Thomas Hunt Morgan At Columbia University
Essay by Eric R. Kandel which explores hunt's work and achievements, and his relationship with the Category Science Biology History People morgan, thomas hunt Sturtevant, AH (1959) thomas hunt morgan Biographical Memoirs. Zuckerman,Harriet (1977) Scientific Elite nobel Laureates in the United States.
http://www.columbia.edu/cu/alumni/Magazine/Legacies/Morgan/

Extractions: . . . . the rise and development of genetics to mature age is another instance of an all-comprising and all-affecting generalization based upon an overwhelming body of integrated facts, . . . [and] will rank in the history of science with such other great events as mentioned, . . . The basic tenets of genetics have already influenced decisively all parts of biology after what has been only a short span in the history of science; and further that beyond this, many other fields of science have fallen under the spell and we have every reason to believe that genetics is bound to remain in a pivotal position in the future. Richard B. Goldschmidt, The Impact of Genetics Upon Science When future historians turn to examine the major intellectual accomplishments of the twentieth century, they will undoubtedly give a special place to the extraordinary achievements in biology, achievements that have revolutionized our understanding of life's processes and of disease. Important intimations of what was to happen in biology were already apparent in the second half of the nineteenth century. Darwin had delineated the evolution of animal species, Mendel had discovered some basic rules about inheritance, and Weissman, Roux, Driesch, de Vries, and other embryologists were beginning to decipher how an organism develops from a single cell. What was lacking at the end of the nineteenth century, however, was an overarching sense of how these bold advances were related to one another.
Thomas Hunt Morgan
thomas hunt morgan was born in Kentucky in 1866 to a distinguished In recognitionof his work on chromosomes, morgan was awarded the nobel Prize in
http://www.columbia.edu/cu/bw/may01/livinglegacies.html

Extractions: by Eric R. Kandel When future historians turn to examine the major intellectual ccomplishments of the twentieth century, they will undoubtedly give a special place to the extraordinary achievements in biology, achievements that have revolutionized our understanding of life's processes and of disease. Important intimations of what was to happen in biology were already apparent in the second half of the nineteenth century. Darwin had delineated the evolution of animal species, Mendel had discovered some basic rules about inheritance, and Weissman, Roux, Driesch, de Vries, and other embryologists were beginning to decipher how an organism develops from a single cell. What was lacking at the end of the nineteenth century, however, was an overarching sense of how these bold advances were related to one another. The insight that unified these three fields heredity, evolution, and development and set biology on the course toward its current success came only at the beginning of the twentieth century. It derived from the discovery that the gene, localized to specific positions on the chromosome, was at once the unit of Mendelian heredity, the driving force for Darwinian evolution, and the control switch for development. This remarkable discovery can be traced directly to one person and to one institution: Thomas Hunt Morgan and Columbia University. Much as Darwin's insights into the evolution of animal species first gave coherence to nineteenth-century biology as a descriptive science, Morgan's findings about genes and their location on chromosomes helped transform biology into an experimental science.
Government Resources
thomas hunt morgan Lexington born thomas hunt morgan wonthe nobel Prize in 1933 for Physiology or Medicine
http://library.louisville.edu/government/states/kentucky/thmorgan.html
Morgan, Thomas (1866-1945) -- From Eric Weisstein's World Of Scientific Biograph
In 1933, morgan was awarded the nobel Prize for the discovery of the chromosomalmechanism by which Allen, G. E. thomas hunt morgan The Man and His Science.
http://scienceworld.wolfram.com/biography/MorganThomas.html

Extractions: American geneticist whose maternal great grandfather was Francis Scott Key, author of the words to the American national anthem, "The Star-Spangled Banner." Morgan pioneered the entire field of genetics with his study of Drosophila, the fruit fly. He collaborated at Caltech with Bridges and Sturtevant. In 1915, Morgan collaborated with Sturtevant, Hermann Muller and Bridges in writing the landmark textbook The Mechanism of Mendelian Heredity. In 1933, Morgan was awarded the Nobel Prize for the discovery of the chromosomal mechanism by which traits are passed to offspring through interaction of genes. Bridges Muller (Hermann) References Allen, G. E. Thomas Hunt Morgan: The Man and His Science. Princeton, NJ: Princeton University Press, 1978. The Mechanism of Mendelian Heredity, rev. ed. New York: H. Holt, 1923. Shine, I. and Wrobel, S. Thomas Hunt Morgan: Pioneer of Genetics. Lexington, KY: University Press of Kentucky, 1976.
THOMAS HUNT MORGAN
nobel Foundation Nato a Lexington- Kentucky,USA il 25 settembre 1866; Laureato in scienze presso il Kentucky State College
http://www.minerva.unito.it/SIS/Morgan/THOMAS HUNT MORGAN.html

Extractions: Scuola Interateneo di Specializzazione per la Formazione degli Insegnanti della Scuola Secondaria Anno Accademico 1999-2000 Corso di Storia ed Epistemologia delle Scienze Vilma Osella Chiara Masieri Materiali SISS Home Page Segue il testo originale delle due Autrici INDI CE Thomas Hunt Morgan La carriera universitaria La Drosophila La prima importante scoperta Una nuova ipotesi Il Drosophila Group Morgan: un grande scienziato Il primo Nobel conferito ad un genetista Scheda - T. H. Morgan: le date della vita Scheda - Thomas Hunt Morgan: le opere principali Scheda - Bibliografia Thomas Hunt Morgan: la vocazione per le scienze Thomas Hunt Morgan nacque nel settembre del 1866 a Lexington, Kentucky, U.S.A., figlio primogenito di Charlton Hunt Morgan. Diversi furono i luoghi della sua vita, legati ai suoi studi ed agli incarichi ottenuti durante la lunga e brillante carriera. Negli anni 1888-1889, lavorò come ricercatore presso la United States Fish Commission a Woods Hole, in un laboratorio con il quale sarebbe sempre rimasto in contatto. Dopo la Laurea, ottenne anche un lavoro presso la John Hopkins University dove studiò la morfologia e la fisiologia e dove, nel 1890, ottenne il titolo di dottore di ricerca presentando una tesi sulle relazioni evolutive dei picnogonidi, sotto la guida di W.K.Brooks.
BIOGRAFÍAS: Morgan, Thomas Hunt
Translate this page Biografías. morgan, thomas hunt. Ilustración pendiente. Por el conjunto de estostrabajos, le fue concedido el premio nobel de Medicina y Fisiología en 1933.
http://www.iespana.es/natureduca/biog_morgan.htm

Extractions: Naturaleza educativa Biografías Morgan, Thomas Hunt Ilustración pendiente iólogo y genetista estadounidense (1866-1945), nacido en Lexington, Kentucky. Es famoso por sus trabajos de confirmación de las leyes de la herencia del botánico austriaco Gregor Mendel, sentando las bases de la genética experimental moderna. Por el conjunto de estos trabajos, le fue concedido el premio Nobel de Medicina y Fisiología en 1933. Estudió en el State College de Kentucky, y más tarde estudió embriología en la Universidad John Hopkins, donde se doctoró en 1891. Como catedrático de zoología experimental en la Universidad de Columbia de 1904 a 1928, se mostró en un principio crítico respecto a la teoría mendeliana, que aún no había sido físicamente demostrada. Numerosos genetistas realizaron sus primeras investigaciones en el laboratorio de Morgan, incluido el español José Fernández Nonidez. Mientras realizaban experimentos y análisis citológicos sobre la mosca del vinagre, Drosophila melanogaster
Biographies Info Science : Morgan Thomas Hunt
Translate this page une même paire. thomas hunt morgan reçoit le prix nobel de médecineet physiologie en 1933. nouvelle recherche, Copyright Info
http://www.infoscience.fr/histoire/biograph/biograph.php3?Ref=47
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thomas hunt morgan Features details of the nobel prize awarded in 1933 forhis discoveries concerning the role played by the chromosome in heredity.
http://www.searchuk.com/TOP/Science/Biology/Genetics/History/People/Morgan,_Thom
Morgan, Thomas Hunt
thomas hunt morgan (18661945). An American biologist and nobel Prize winner(1933) who contributed to the knowledge of the mechanism of heredity.
http://www.webref.org/scientists/morgan.htm

Extractions: Free Cell Phones and Accessories, Cash Rebates and More! Thomas Hunt Morgan (1866-1945) An American biologist and Nobel Prize winner (1933) who contributed to the knowledge of the mechanism of heredity. He reported the first gene mutation (white eye) in the fruit fly (Drosophila). He made many valuable contributions to experimental embryology.

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