University of Uppsala

We are indebted to Prof. A. Claesson (University of Uppsala, Sweden) for submitting... 

Salo Gbonowitz, Department of Organic Chemistry, Chemical Institute, University of Uppsala, Uppsala, Sweden... 

Dr. Igor Abrikosov Condensed Matter Theory Group Institute of Physics University of Uppsala Box 530, S-75121 Uppsala Sweden... 

Almost exactly one year later. Arrhenius submitted his Ph.D. thesis at the University of Uppsala. 

Roark D, Yphantis DA (1969) Ann New York Acad Sci 164 245 Rinde H (1928) The Distribuhon of the Sizes of Particles in Gold Sols Prepared According to the Nuclear Method. PhD Thesis, University of Uppsala, Uppsala, Sweden Harding SE (1988) Gums and Stabilisers for the Food Industry 4 15 http //www.wyatt.com/... 

Institute of Chemistry University of Uppsala 751 21 Uppsala, Sweden (Section 6.7.2.5)... 

The strategy for the development of the oral absorption model at pION is illustrated in Fig. 7.58. The human jejunal permeabilities reported by Winiwarter et al. [56] were selected as the in vivo target to simulate by the in vitro model. In particular, three acids, three bases and two nonionized molecules studied by the University of Uppsala group were selected as probes, as shown in Fig. 7.58. They are listed in the descending order of permeabilities in Fig. 7.58. Most peculiar in the ordering is that naproxen, ketoprofen, and piroxicam are at the top of the list, yet these three acids are ionized under in vivo pH conditions and have lipophilicity (log Kj) values near or below zero. The most lipophilic molecules tested, verapamil and carbamazepine... 

Department of Physical Chemistry. University of Uppsala, Box 532, S-75121 UPPSALA,Sweden Department of Experimental Sciences. Universitat Jaume I Apartat242, Castello, Spain... 

Robelius, F. (2007). Giant Oil Fields - The Highway to Oil. Dissertation. Uppsala University of Uppsala. 

Biohydrogen (Roskilde University (DK), University of Jyvaskyla (FIN), Tampere University of Technology (FIN), University of Akureyri (IS), Norwegian Institute of Water Research (N), University of Uppsala (S), Linkobing University (S)). 

Department of Chemistry, University of Uppsala, Uppsala, Sweden. 

TISEMIJS, ARNE W. K. (1902-1971). A Swedish biochemist who won the Nobel prize for chemistry in 1948, for his research on electrophoresis and adsorption analysis, especially for his discoveries concerning the complex nature of the serum proteins. His work also involved virus isolation and synthesis of blood plasma. He earned degrees from die University of Uppsala and Princeton University, as well as a multitude of honorary degrees. 

Department of Organic Chemistry, Royal Institute of Technology. 100 44 Stockholm, Sweden. Present address of J.E.B. Department of Organic Chemistry, University of Uppsala, Box 531,751 21 Uppsala, Sweden. 

Jensen, K. F. Hitchman, M. L. Ahmed A., In Proceedings, Fifth European Conference on CVD University of Uppsala Uppsala, Sweden, 1985, pp 144-151. 

NG14. This mutant is capable of elaborating 15 FP units/mL with a productivity of 45 units/L/hr. The final concentration of soluble extracellular protein is 21.2 mg/mL. Samples of this enzyme preparation were sent to G. Pettersson at the University of Uppsala, Sweden, for quantification of each of the enzymes in the cellulase complex using purified antibodies to the individual enzymes. The quantitative antigen-antibody reaction showed that 600 mg/g of this enzyme preparation was one enzyme, cellobiohydrolase. This represents a yield of 13 g/L of cellobio-hydrolase, which is a 100-fold increase over the amount of cellobiohydrolase obtained with strain QM 9414 (130 mg/L) the best previously existing cellulase mutant (G. Pettersson, personal communication). 

We are grateful to Mary Mandels and Raymond Andreotti of the U.S. Army Natick Laboratories for testing the mutants under controlled fermentor conditions (Figure 2) and to Goran Pettersson of the University of Uppsala, Sweden, for the antibody determinations. 

Bamford, C. H., and Ward, J. C. (1961). Fifth International Symposium on Free Radicals, University of Uppsala, 1961, Almquist and Wiksell, Stockholm. Bass, A. M., and Broida, H. P. (eds.) (1960). Formation and Trapping of Free Radicals , Academic Press, New York and London. 

The authors thank MinistAre de 1 Education Nationale, Brussels for a grant (2.4516.82) in support of their NMR studies. Jean Grandjean gratefully acknowledges support from Fonds National de la Recherche Scientifique, Brussels to perform self-diffusion experiments at the University of Uppsala, Sweden. These measurements were only made possible thanks to the hospitality and the expertise of Professor Peter Stilbs, now at Stockholm, and Dr. R. Rymdem, in Uppsala. 

---