Precepts and practice /

Mode of access: Internet.

Love and pride.

Mode of access: Internet.

Pascal Bruno. A Sicilian story.

Mode of access: Internet.

The cross of Christ : or, Meditations on the death and passion of our blessed Lord and Saviour.

Mode of access: Internet.

1936 University of Michigan Football Team

1938 University of Michigan Football Team

Bill Buntin, UM Men's Basketball, 1963

[Ensian caption: Buntin goes way up on patented "Big Dipper" hook shot]

1939 UM Track Team

Top Row: Robert Barnard, Sherman Olmstead, Thomas Lawton, Geoffrey Hall, August Fabyan, Frank Feely

4th Row: Richard Bennett, Perry Kimerer, Robert King, Jack Leuritz, Robert Hook, John Dobson, Ralph Pyszynski

3rd Row: Francis Hogan, John Kutsche, Harry Wisner, Donald Canham, Carl Culver, Fred Culver, Edward Barrett, Warren Breidenbach

2nd Row: asst. coach Ken Doherty, Stanley Kelley, G. Wesley Allen, David Cushing, Philip Balyeat, Thomas Jester, Henry Heyl, Alan H. Smith, st. mngr. John Green

Front Row: Harvey Clarke, Douglas Hayes, Elmer Gedeon, captain Bill Watson, Coach Charles Hoyt, Ralph Schwartzkopf, Ross Faulkner, Harold Davidson

1940 UM Track Team

Top Row: asst. coach Chester Stackhouse, John Keller, John Dobson, Howard Egert, Thomas Lawton, Charles Decker, Raymond Gauthier, st. mngr. Tom Adams

3rd Row: John Kautz, Wilbert Ackerman, William Dobson, Robert Hook, Jack Leuritz, George, Ostroot. Alfred Piel, Robert Barnard, William Harnist

2nd Row: Edward Barrett, Harry Wisner, Warren Breidenbach, Carl Culver, James Rae, Fred Culver, Henry Heyl, Sherman Olmstead, Geoffrey G. Hall,

Front Row: Alan H. Smith, Stanley Kelley, Philip Balyeat, captain Ralph Schwarzkopf, coach Ken Doherty, Don Canham, Francis Hogan, David Cushing

University of Michigan Football Team, 1936

Solomon Sobsey, Harold Floersch, Donald Siegel, Edward Greenwald, Cedric Sweet, John Brennan, Matt Patanelli, Seymour Rosenthall, Melvin Kramer, Fred Jahnke, John Jordan, Norman Nickerson, Arthur Valpey, Earle Luby, George Shakarian, Elmer Gedeon, Dan Smick, Chris Everhardus, Donald Paquette

Middle Row: Edward Stanton, Alex Loiko, John Smithers, Fred Olds, Joseph Rinaldi, George Maurer, George Marzonie, Robert Cooper, Forrest Jordan, Frederick Ziem, Ernest Pederson, James Lincoln, William Barclay, Douglas Farmer, C. Stark Ritchie, Clarence VandeWater, Martin Mark, Ralph Heikkinen

Front Row: Robert Campbell, Frank Bissell, Ferris Jennings, Charles Gray, Norm Purucker, Jerome Belsky, Chester Stabovitz, Kenneth Frost, Robert Curren, R. Wallace Hook, Joseph Barassa, Lilburn Ochs, Louis Levine, Blair Philips, Jesse Garber, Robert Piotrowski, James Barnett

University of Michigan Football Team, 1937

top Row: Norman Nickerson, Edward Frutig, Dan Smick, Thomas Hutton, James Lincoln, Charles Shaw, Harold Floersch, Paul Nielsen, Roland Savilla, Fred Jahnke, William Smith, Kenneth Steen, John Nicholson, Archie Kodros, Arthur Valpey, Elmer Gedeon, Louis Levine, Robert Curren, Norman Purucker

Middle Row: Robert Cooper, John Kinsey, Horace Tinker, Clarence VandeWater, Vincent Valek, James Bilbie, Don Siegel, David Gates, Earle Luby, Douglas Farmer, captain Joe Rinaldi, Dennis Kuhn, Solomon Sobsey, Forrest Jordan, John Brennan, Melvin Kramer, Paul Penvenne, Fred Olds

Front Row: Derwood Laskey, Harry Mulholland, Jerome Belsky, Milo Sukup, Fred Trosko, Herman Ulevitch, Robert Piotrowski, Robert Campbell, William Barclay, George Marzonie, Wallace Hook, Fred Ziem, Hercules Renda, Ralph Heikkinen, Ernest Pederson, Stark Ritchie, Wesley Warren

Percy Mallory [a novel].

Mode of access: Internet.

Two empirical hydrocyclone models revisited

There has been an abundance of literature on the modelling of hydrocyclones over the past 30 years. However, in the comminution area at least, the more popular commercially available packages (e.g. JKSimMet, Limn, MODSIM) use the models developed by Nageswararao and Plitt in the 1970s, either as published at that time, or with minor modification. With the benefit of 30 years of hindsight, this paper discusses the assumptions and approximations used in developing these models. Differences in model structure and the choice of dependent and independent variables are also considered. Redundancies are highlighted and an assessment made of the general applicability of each of the models, their limitations and the sources of error in their model predictions. This paper provides the latest version of the Nageswararao model based on the above analysis, in a form that can readily be implemented in any suitable programming language, or within a spreadsheet. The Plitt model is also presented in similar form. (C) 2004 Elsevier Ltd. All rights reserved.

Increased adjuvant activity of minimal CD8 T cell peptides incorporated into lipid-core-peptides

A problem facing the use of subunit peptide and protein vaccines is their inability to stimulate protective immune responses. Many different approaches have been utilized to overcome this inefficient immune activation. The approach we have taken is to modify the vaccine antigen so that it now has adjuvant properties. To do this, multiple copies of minimal CD8 T cell epitopes were attached to a poly lysine lipid core. These constructs are known as lipid-core-peptides (LCP). The research presented here examines the adjuvant activity of LCP. Using mouse models, we were able to show that LCP were indeed able to activate antigen-presenting cells in vitro and to activate cytotoxic T-cell responses in vivo. More importantly, LCP were able to stimulate the development of a protective antitumour immune response.

Using different structure types of microemulsions for the preparation of poly(alkylcyanoacrylate) nanoparticles by interfacial polymerization

A phase diagram of the pseudoternary system ethyloleate, polyoxyethylene 20 sorbitan mono-oleate/sorbitan monolaurate and water with butanol as a cosurfactant was prepared. Areas containing optically isotropic, low viscosity one-phase systems were identified and systems therein designated as w/o droplet-, bicontinuous- or solution-type microemulsions using conductivity, viscosity, cryo-field emission scanning electron microscopy and self-diffusion NMR. Nanoparticles were prepared by interfacial polymerization of selected w/o droplet, bicontinuous- or solution-type microemulsions with ethyl-2-cyanoacrylate. Morphology of the particles and entrapment of the water-soluble model protein ovalbumin were investigated. Addition of monomer to the different types of microemulsions (w/o droplet, bicontinuous, solution) led to the formation of nanoparticles, which were similar in size (similar to 250 nm), polydispersity index (similar to 0.13), zeta-potential (similar to-17 mV) and morphology. The entrapment of the protein within these particles was up to 95%, depending on the amount of monomer used for polymerization and the type of microemulsion used as a polymerization template. The formation of particles with similar characteristics from templates having different microstructure is surprising, particularly considering that polymerization is expected to occur at the water-oil interface by base-catalysed polymerization. Dynamics within the template (stirring, viscosity) or indeed interfacial phenomena relating to the solid-liquid interface appear to be more important for the determination of nanoparticle morphology and characteristics than the microstructure of the template system. (c) 2005 Elsevier B.V. All rights reserved.