1952 University of Michigan Football Team

University of Michigan Football Team, 1924

Back Row (standing): Joseph Pickarski, Raymond Heym, Walter Kunow, Foster Hall, Harry Hawkins, Richard Dewey, Richard Babcock, William Heath, Philip Marion, Paul Samson, John Ryrholm, Todd Rockwell, Edgar Madsen, William Ullman, Robert Brown, ? Kurston, Harold Steele, Barney Koplin, Edliff Slaughter, Ernest Ratliff, Frederick Parker, Charles Grube, Howell White, William Herrnstein, Charles Munz, James K. Miller, Herbert Steger

Midle Row: H.S. Maentz, Harold MacGregor, Hupert Goebel, Floyd McCaffree, William McMillan, Lowell Palmer, Harlan Froemke, William Flora, Lyman Savage, Wilfred Kilpatrick, Victor Domhoff, Carl Stamman, Ben Friedman

Front Row: Thomas Edwards, Leo Hoffman, William Coventry, Kent McIntyre, Charles Sommers, Russell Davis, Henry Ferenz, Elmer Langguth, John Lovette, Dwight Kellar

1945 Ice Hockey Team

1948 Ice Hockey Team

1924 University of Michigan Baseball Team

Top Row: Peter Jablonowski, Homer Stryker, coach Ray Fisher, student mngr. William White, Steven Wilson, Herbert Steger

Front Row: William Giles, Jerry Benson, Harry Kipke, Orville DeView, captain Jack Blott, George Haggarty, George Dillman, Edward Bachman

1925 University of Michigan Baseball Team

Top Row: Merle C. Baker, Norrie Ryrholm, student mngr Reed, Herbert Steger, William Pucklewartz, Harlan Walter, Peter Jablonowski, coach Ray Fisher, Harlan Froemke

Front Row: Edward Bachman, Leo Coleman, William Giles, captain George Dillman, George Haggarty, Jerry Benson. Steven Wilson

University of Michigan Men's Basketball Team, 1941

Back Row: trainer Ray Roberts, Mel Comin, Joe Glasser, asst. coach John Townsend, Leo Doyle, Harold Westerman, mngr. William Osborn

Front Row: James Mandler, William Cartmill, head coach Bennie Oosterbaan, captain Herb Brogan, asst. coach Ernie McCoy, George Ruehle, Bill Herrmann

Radio - Birthday Party - 15th Anniversary - Showing First Transmitter Ever Used

C.C. Bradner, Walter Hoffman, Wynn Wright, Ty Tyson, Harry Bannister, Herschel Hart, Jeff B. Webb, William Scripps, William E. Scripps, Warren S. Booth, Herb Ponting.

Robert Thomason, UM Track, 1948

[Michiganensian caption: "Tops in the nation is this1948 edition of Michigan's two-mile relay team. The quartet composed of Herb Barten, George Vetter, Robert Thomason, Joe Shae, went undefeated in the indoor season and turned in the best times of the year."]

Uber de 2,4-Dioxytriphenylessigsaurelaktonsulfosaure und ihre Salze /

Thesis (doctoral)--Kgl. Bayer. Ludwig-Maximilians-Universitat zu Munchen, 1908.

Crime in public housing : a review of major issues and selected crime reduction strategies /

Mode of access: Internet.

Medicinal herbal extracts - renal friend or foe? Part one: The toxicities of medicinal herbs

In recent years, an increasing percentage of people from industrialized countries have been using complementary and alternative medicines (CAM). This, combined with numerous warnings regarding the potential toxicity of these therapies, suggests the need for practitioners to keep abreast of the reported incidence of renal toxicity caused by the ingestion of medicinal herbs. The goal of the present two-part series, on the toxic or beneficial effects of medicinal herbs on renal health, is to provide practitioners with a summary of the most recent information as well as the means by which evidence for benefit or toxicity has been found. In this first article, we explore in vivo evidence of toxicity. Included are nephrotoxicity from aristolochic acid and other components within herbs, herb-drug interactions resulting in adverse renal effects, and renal toxicity from contaminants within the extracts. The review aims to provide a guide to encourage future toxicity studies and rigorous clinical trials.

The effect of St John's wort extracts on CYP3A: a systematic review of prospective clinical trials

Aim The aim of this systematic review was to assess the quality and outcomes of clinical trials investigating the effect of St John's wort extracts on the metabolism of drugs by CYP3A. Methods Prospective clinical trials assessing the effect of St John's wort (SJW) extracts on metabolism by CYP3A were identified through computer-based searches (from their inception to May 2005) of Medline, Cinahl, PsycINFO, AMED, Current Contents and Embase, hand-searches of bibliographies of relevant papers and consultation with manufacturers and researchers in the field. Two reviewers selected trials for inclusion, independently extracted data and recorded details on study design. Results Thirty-one studies met the eligibility criteria. More than two-thirds of the studies employed a before-and-after design, less than one-third of the studies used a crossover design, and only three studies were double-blind and placebo controlled. In 12 studies the SJW extract had been assayed, and 14 studies stated the specific SJW extract used. Results from 26 studies, including all of the 19 studies that used high-dose hyperforin extracts (> 10 mg day(-1)), had outcomes consistent with CYP3A induction. The three studies using low-dose hyperforin extracts (< 4 mg day(-1)) demonstrated no significant effect on CYP3A. Conclusion There is reasonable evidence to suggest that high-dose hyperforin SJW extracts induce CYP3A. More studies are required to determine whether decreased CYP3A induction occurs after low-dose hyperforin extracts. Future studies should adopt study designs with a control phase or control group, identify the specific SJW extract employed and provide quantitative analyses of key constituents.

Parthenium weed: a potential major weed for agro-ecosystems in Pakistan

Parthenium weed (Parthenium hysterophorus L.) is a new and potentially major weed in Pakistan. This weed, originating from central America, is now a major weed in many regions of the world including Eastern Africa, India, parts of South East Asia and Australia. Presumably its recent arrival in Pakistan has been due to its movement from India, but this has yet to be established. In Australia it has been present for about 50 years, in which time it has spread from isolated infestations to establish core populations in central Queensland with scattered and isolated plants occurring south into New South Wales and north-west into the Northern Territory. Its spread in Pakistan is likely to be much more rapid, but lessons learnt in Australia will be of great value for weed managers in Pakistan. This annual herb has the potential to spread to all medium rainfall rangeland, dairy and summer cropping areas in Pakistan. In Australia its main effect is upon livestock production, but it is also causing health concerns in regional communities. However, in India it has also had a significant impact in cropping systems. To help coordinate actions on its management in Australia, a National Weeds Program has created a Parthenium Weed Management Group (PWMG) and under this group a Parthenium Weed Research Group (PWRG) has been formed. Funding coming from this national program and other sources has supported the PWRG to undertake a collaborative and technology exchange research program in two main areas: 1) biology and ecology and 2) management; while the PWMG has focused on community awareness and the production of various extension and management packages. Research in the area of biology and ecology has included studies on the evaluation of competitive plants to displace parthenium weed, the use of process-based simulation models to monitor and predict future spread and abundance under present and future climate conditions, the effect of the weed on human health and the ecology of its seed bank. Management research has focussed on the development of biological control approaches using plant-feeding insects and pathogens. The effectiveness of biological control is also being monitored through long term studies on seed bank size and dynamics. The use of fire as another potential management tool is also being evaluated. In addition to this important research, an effort has also been made to spread the most important findings and management outcomes to the wider community through an extension and education program driven by the PWMG. These developments within Australia, in parthenium weed management, will be of great help to P