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Reception. Guests
No full textThe opening of the exhibit Günter Blobel: Pioneer of Molecular Cell Biology. Reception
Photo by Lubosh Stepanekhttps://digitalcommons.rockefeller.edu/open-house-2018/1015/thumbnail.jp
Remarks. Elias Coutavas
No full textElias Coutavas, Senior Research Associate. Blobel Laboratory
Photo by Lubosh Stepanekhttps://digitalcommons.rockefeller.edu/open-house-2018/1016/thumbnail.jp
The house where Galileo Galilei was born
No full textThe house near the Porta Fiorentina at Pisa where Galileo was born on 15 February 1664https://digitalcommons.rockefeller.edu/alfred-cohn-collection/1003/thumbnail.jp
Hermanni Boerhaave Sermo academicus. Frontispiece
No full textBoerhaave, Hermanni. Hermanni Boerhaave Sermo academicus. Frontispiece
Photo by Lubosh Stepanekhttps://digitalcommons.rockefeller.edu/alfred-cohn-collection/1028/thumbnail.jp
Günter Blobel: After the war
No full textThe exhibit Günter Blobel: Pioneer of Molecular Cell Biology is on view (Welch Hall, Main Reading Room) until March 2019.
Idea, design: Olga Nilova, Outreach Librarian
Photo by Lubosh Stepanekhttps://digitalcommons.rockefeller.edu/blobel-molecular-biology/1005/thumbnail.jp
Staff and student directory
No full textThe cover of the staff and student directory for the years 1961-1962, featuring a piece of artwork titled Madrigo tree
Courtesy of the University Madison Archiveshttps://digitalcommons.rockefeller.edu/blobel-molecular-biology/1013/thumbnail.jp
Signal hipothesis
No full textBlobel and Sabatini hypothesized in 1971 that a nascent peptide, bearing a terminal ‘signal’, interacts with a binding factor attached to the endoplasmic reticulum (ER) membrane, allowing docking of the ribosome and its associated mRNA. Upon passage of the newly synthesized protein across the ER membrane, the ribosome is able to dissociate from the site of synthesis and re-enter the cytoplasmic pool, ready for another round of synthesis
Blobel, G. and Sabatini, D. (1971) in Biomembranes, pp.193-195, Plenum Press, New York
Photo by Lubosh Stepanekhttps://digitalcommons.rockefeller.edu/blobel-molecular-biology/1023/thumbnail.jp
Friends of Dresden
No full textIn 1995, following the reunification of Germany, Günter Blobel founded Friends of Dresden, U.S.-based group to support the reconstruction, restoration, and preservation of the city’s artistic and architectural legacy. Günter has brought the same intensity and passion to this project as he has to science. He has made ties with similar groups in Germany and in Britain, attending numerous fundraising events on both sides of the Atlantic and wondered how much more he could give. Then in year of 2000, Blobel donated almost the entirety of his Nobel Prize money for the rebuilding of the Dresden Frauenkirche, a Lutheran church and baroque architectural masterpiece, and the Dresden Synagogue that was destroyed by the Nazis on Kristallnacht in 1938.
Photo by Lubosh Stepanekhttps://digitalcommons.rockefeller.edu/blobel-molecular-biology/1055/thumbnail.jp
Blobel Laboratory. View no.2, April 2018
No full textBlobel laboratory in Rockefeller Research Building, 2018
Photo by Lubosh Stepanekhttps://digitalcommons.rockefeller.edu/blobel-laboratory/1001/thumbnail.jp
Blobel Laboratory. View no. 12, April 2018
No full textBlobel laboratory in the Rockefeller Research Building, 2018
Photo by Lubosh Stepanekhttps://digitalcommons.rockefeller.edu/blobel-laboratory/1011/thumbnail.jp