'Nucleosome' presentation slideshows

by Michael Y. Tolstorukov

1.19k views • 98 slides

by Michael Y. Tolstorukov

984 views • 86 slides

Chapter 8: Cell Reproduction

0. Chapter 8: Cell Reproduction. Original slide set from: www.laney.edu/wp/laura_coronado/files/2011/08/SV Chap - 8 .ppt. WHAT CELL REPRODUCTION ACCOMPLISHES. Reproduction: May result in the birth of new organisms More commonly involves the production of new cells. Cell Division.

1.1k views • 83 slides

Chapter 19

Chapter 19. Nucleosomes.

1.13k views • 80 slides

Edward N. Trifonov University of Haifa, Israel

Nucleosome positioning sequence code: 33 years of agony and final picture. Edward N. Trifonov University of Haifa, Israel. Prague, Brno 2013. Lab of G. Bunick, 2000. DNA in the nucleosome is severely deformed. Neighboring base pairs become partially unstacked.

792 views • 62 slides

Edward N. Trifonov University of Haifa, Israel

Nucleosome positioning sequence code: 33 years of agony and final picture. Edward N. Trifonov University of Haifa, Israel. Prague, Brno 2013. Lab of G. Bunick, 2000. DNA in the nucleosome is severely deformed. Neighboring base pairs become partially unstacked.

745 views • 62 slides

Biol/Chem 473

Biol/Chem 473. Schulze lecture 6: Introduction to chromatin structure. Control regions upstream of pair-rule genes are complex.

764 views • 39 slides

The genomic code for nucleosome positioning

DNA double helix. Nucleosomes. Chromosome. The genomic code for nucleosome positioning. Felsenfeld & Groudine, Nature (2003). DNA in nucleosomes is extremely sharply bent. Side view (Space filling representation). Top view (Ribbon representation). ~80 bp per superhelical turn.

399 views • 39 slides

A biophysical approach to predicting intrinsic and extrinsic nucleosome positioning signals

A biophysical approach to predicting intrinsic and extrinsic nucleosome positioning signals. Alexandre V. Morozov Department of Physics & Astronomy and the BioMaPS Institute for Quantitative Biology, Rutgers University morozov@physics.rutgers.edu. IPAM, Nov. 26 2007.

399 views • 38 slides

N.A. Kolchanov and V.G. Levitsky

Kolchanov N.A., IC&G, BGRS 2000. 1. NUCLEOSOME FORMATION SITES: CODING, ORGANIZATION AND FUNCTION. Institute of Cytology and Genetics of SB RAS, Novosibirsk, Russia. N.A. Kolchanov and V.G. Levitsky. kol@bionet.nsc.ru. levitsky@bionet.nsc.ru. Kolchanov N.A., IC&G, BGRS 2000.

503 views • 37 slides

How Cells Reproduce

How Cells Reproduce. Dividing HeLa Cells. Eukaryotes and Prokaryotes. Eukaryotic cells undergo mitosis and/or meiosis Separates duplicated chromosomes of parent cell into two daughter nuclei Another mechanism divides cytoplasm. Mitosis and Meiosis. Mitosis

454 views • 32 slides

The Charm++ Programming Model and NAMD

The Charm++ Programming Model and NAMD. Abhinav S Bhatele Department of Computer Science University of Illinois at Urbana-Champaign. http://charm.cs.uiuc.edu E-mail: bhatele@illinois.edu. University of Illinois Urbana-Champaign, Illinois, USA. Processor Virtualization.

367 views • 24 slides

347 views • 24 slides

A picture is worth a 1000 words

The ABCs of DNA & Chromatin Folding Tom Connor Bishop Associate Professor of Chemistry & Physics Louisiana Tech University. A picture is worth a 1000 words. ... or maybe a lot of arguments. The Human Genome is 3,000,000,000 basepairs long. That's one meter long.

274 views • 11 slides