|
1.
Nano ICT Group | KARC KARC Kobe Research Laboratories (Kobe Advanced ICT Research Center) ... works at a high frequency above 100 MHz by using superconductors and a single photon ... 2.
KARC colloquium Almost 100 years later we shall demonstrate a shift in that paradigm by reducing ... Organizer, :. Kazuhiro OIWA Ph.D. Protein Biophysics Group Leader, KARC ... 3.
X571 Strain name, X571. Subcellular localization, Membrane. Accession No. AB027835. Gene, SPBC36.01c. GFP-fusion/full length (a.a.), 343/580 ... 4.
TB22 Strain name, TB22. Subcellular localization, Cytoplasm. Accession No. AB027938. Gene, SPCC63.14. GFP-fusion/full length (a.a.), 699/1184 ... 5.
One-Dimensional Unicellular Creatures Evolved with Genetic Algorithms File Format: Adobe PostScript - View as HTML cbbc. (ligand to inactivate). The answer stack .... evolution in GAs with a babel-like fitnesslandscape: Mathe-. matical analyses. ... 6.
K026 Strain name, K026. Subcellular localization, Nucleus. Accession No. AB027808. Gene, SPBC530.05. GFP-fusion/full length (a.a.), 70/743 ... 7.
E961 Strain name, E961. Subcellular localization, Nucleus. Accession No. AB027785. Gene, SPBC21C3.11. GFP-fusion/full length (a.a.), 302/425. Product ... 8.
K705 Strain name, K705. Subcellular localization, Cytoplasm. Accession No. AB027812. Gene, myp2+. GFP-fusion/full length (a.a.), 2077/2104 ... 9.
S866 Strain name, S866. Subcellular localization, Cytoplasm. Accession No. AB027825. Gene, SPAC2C4.07c. GFP-fusion/full length (a.a.), 659/927 ... 10.
Information quantity analysis for BOLD signal using the most ... File Format: PDF/Adobe Acrobat - View as HTML Information quantity analysis for BOLD signal using the most informative dimension method. M. Misaki. 1,2. , S. Miyauchi. 1,3. , S. Kan. 1,4. , and T. Koike ... |
| |
|
View More »
|
