University of Michigan Men's Basketball Team, 1939

Back Row: mngr. Robert Lindgren, John Nicholson, Dan Smick, Russell Dobson, trainer Ray Roberts

Middle Row: Charles Pink Tom Harmon, asst. coach John Townsend, captain Leo Beebe, head coach Bennie Oosterbaan, James Rae, Edmund Thomas

Front Row: Milo Sukup, Michael Sofiak

UM Men's Swimming Team, 1925

Back Row: head coach Matt Mann, Alfred Meilziner John L. Halstead, Albert Mayer, Paul Starrett, Albert G. Seidman

Middle Row: Milo Oliphant, Henry Johnson, Paul C. Samson, captain William W. Kerr John L. Gow, Fred Dunakin, A. Edmond Allan,

Front Row: Richard Papenguth, Manfred G. Whittingham

1901 UM Track Team

Back Row: trainer Keene Fitzpatrick, Louis Udell, Walter Perry, Albert Herrnstein, Bruce Shorts, Neil Snow, Forrest, Milo White, mngr. Milton Livingston

Middle Row: Frank Clark, Walter Foster, Clark Leiblee, captain Howard Hayes, Charles Dvorak, Julius Nufer, Walter Fishleigh

Front Row: Robert Dilloway, Archie Hahn, Louis Buckley, Charles Haslam. Morris Hall, Francis S. Low, Harold Breitenbach, John Robinson, Fred Tryon

1899 University of Michigan Football Team (Chicago Times-Herald photo)

Back Row: 1- Charles Street (Q), 2 – Charles McDonald (T), 3 - David Gill (E), 4 – Everett Sweeley (F), 5 – Lee Barkenbus (G), 6 - Hugh White (E), 7 – Rutherford B.H. Kramer (G), 8 – Albert Herrnstein (H), 9 – John F. McLean (H),

Third Row: 10 – William Cunningham (C), 11 – Arthur Fitzgerald (Q), 12 –Curtis Mechling (T), 13 - Arthur Brookfield (G), 14 – Walter Bain (H), 15 - Milo White (F), 16 – Ebin Wilson( r), 17 - John Dickey (C), 18 - Rudolph Siegmund (G)

Second Row: 19 - James Pell (E), 20 - ? Martin (E), 21 – Elisha Sayad (C), 22 – Harry Brown (E), 23 - Clayton Teetzel (H), 24 Captain Allen Steckle (T), 25 – Harry Durant (F), 26 -Lewis Larsen (C), 27 – Richard France (G), 28 Leo Keena (F),

Front Row: 29 – Scott Turner (G), 30 – George Burns ( H), 31 – Jesse L. Yount (T), 32 - Carl Mohr (Q), 33 - Walter Shaw (F), 34 - Harrison Weeks (H)

Inset: trainer Keene Fitzpatrick

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

Das Fürstenthum Serbien, seine Bewohner, deren Sitten und Gebräuche,

Part 2 has special title page with imprint: Stuttgart, Hallberger'sche Verlagshandlung, 1838.

The works of Shakespeare /

"The text ... from MacBeth [v. 31] onwards has been edited by Mr. Walter Raleigh" note in v. 38.

The complete works of Shakespeare with life, compendium, and concordance ...

At head of title: The Dr. Johnson edition.

The poetical works of Geoffrey Chaucer /

Three-quarter bound in maroon levant morocco, with gilt borders and tooling on spine; marbled covers and endpapers; gilt top edge; uncut.

Municipal affairs. A quarterly magazine devoted to the consideration of city problems from the standpoint of the taxpayer and citizen.

M. R. Maltbie, editor.

Surveying manual; a manual of field and office methods for the use of students in surveying,

Mode of access: Internet.

Questions, exercises, and notes on Robinson's Elementary law,

Mode of access: Internet.

An evolutionary radiation of beeflies in semi-arid Australia: systematics of the Exoprosopini (Diptera : Bombyliidae)

Almost half of the 4822 described beeflies in the world belong to the subfamily Anthracinae, with most of the diversity found in three cosmopolitan tribes: Villini, Anthracini, and Exoprosopini. The Australian Exoprosopini previously contained three genera, Ligyra Newman, Pseudopenthes Roberts and Exoprosopa Macquart. Pseudopenthes is an Australian endemic, with two species including Ps. hesperis, sp. nov. from Western Australia. Two new species of the exoprosopine Atrichochira Hesse, Atr. commoni, sp. nov. and Atr. paramonovi, sp. nov., are also described from Australia, extending the generic distribution from Africa. Cladistic analysis clarified the phylogenetic relationships between the recognised groups of the Exoprosopini and determined generic limits on a world scale. Inclusion of 18 Australian exoprosopines placed the Australian species in the context of the world fauna. The Exoprosopini contains six large groups. The basal group I contains species previously included in Exoprosopa to which the name Defilippia Lioy is applied. Group II contains Heteralonia Rondani, Atrichochira, Micomitra Bowden, Pseudopenthes, and Diatropomma Bowden. Colossoptera Hull is newly synonymised with Heteralonia. Group III is a paraphyletic assemblage of Pterobates Bezzi and Exoprosopa including the Australian Ex. sylvana ( Fabricius). Ligyra is paraphyletic, forming two well-separated clades. The African clade is described as Euligyra Lambkin, gen. nov., which, together with Litorhina Bezzi and Hyperalonia Rondani, form group IV. The Australian group V is true Ligyra. The remaining monophyletic lineage of exoprosopines, group VI, the Balaana-group of genera, shows evidence of an evolutionary radiation of beeflies in semi-arid Australia. Phylogenetic analysis of all 42 species of the Balaana-group of genera formed a basis for delimiting genera. Seven new genera are described by Lambkin & Yeates: Balaana, Kapua, Larrpana, Munjua, Muwarna, Palirika and Wurda. Four non-Australian species belong to Balaana. Thirty two new Australian species are described: Bal. abscondita, Bal. bicuspis, Bal. centrosa, Bal. gigantea, Bal. kingcascadensis, K. corusca, K. irwini, K. westralica, Lar. collessi, Lar. zwicki, Mun. erugata, Mun. lepidokingi, Mun. paralutea, Mun. trigona, Muw. vitreilinearis, Pa. anaxios, Pa. basilikos, Pa. blackdownensis, Pa. bouchardi, Pa. cyanea, Pa. danielsi, Pa. decora, Pa. viridula, Pa. whyalla, W. emu, W. impatientis, W. montebelloensis, W. norrisi, W. patrellia, W. skevingtoni, W. windorah, and W. wyperfeldensis. The following new combinations are proposed: from Colossoptera: Heteralonia latipennis (Brunetti); from Exoprosopa: Bal. grandis (Pallas), Bal. efflatounbeyi (Paramonov), Bal. latelimbata ( Bigot), Bal. obliquebifasciata ( Macquart), Bal. tamerlan (Portschinsky), Bal. onusta ( Walker), Def. busiris (Jaennicke), Def. efflatouni ( Bezzi), Def. eritreae (Greathead), Def. gentilis ( Bezzi), Def. luteicosta ( Bezzi), Def. minos (Meigen), Def. nigrifimbriata ( Hesse), Def. rubescens ( Bezzi), K. adelaidica ( Macquart), Lar. dimidiatipennis ( Bowden), Muw. stellifera ( Walker), and Pa. marginicollis ( Gray); from Ligyra: Eu. enderleini ( Paramonov), Eu. mars ( Bezzi), Eu. monacha (Klug), Eu. paris ( Bezzi), Eu. sisyphus ( Fabricius), and Eu. venus (Karsch).

Clathrin isoform CHC22, a component of neuromuscular and myotendinous junctions, binds sorting nexin 5 and has increased expression during myogenesis and muscle regeneration

The muscle isoform. of clathrin heavy chain, CHC22, has 85% sequence identity to the ubiquitously expressed CHC17, yet its expression pattern and function appear to be distinct from those of well-characterized clathrin-coated vesicles. In mature muscle CHC22 is preferentially concentrated at neuromuscular and myotendinous junctions, suggesting a role at sarcolemmal contacts with extracellular matrix. During myoblast differentiation, CHC22 expression is increased, initially localized with desmin and nestin and then preferentially segregated to the poles of fused myoblasts. CHC22 expression is also increased in regenerating muscle fibers with the same time course as embryonic myosin, indicating a role in muscle repair. CHC22 binds to sorting nexin 5 through a coiled-coil domain present in both partners, which is absent in CHC17 and coincides with the region on CHC17 that binds the regulatory light-chain subunit. These differential binding data suggest a mechanism for the distinct functions of CHC22 relative to CHC17 in membrane traffic during muscle development, repair, and at neuromuscular and myotendinous junctions.