The history of our Lord and Saviour Jesus Christ : comprehending all that the four evangelists have recorded concerning him : all their relations being brought together in one narration, so that no circumstance is omitted, but that inestimable history is continued in one series, in the very words of Scripture /

Text in Delaware.

Okalluktualiæt /

Pilling, J.C. Bibl. of the Eskimo language, 1887, p. 56.

Bibliography of the Algonquin languages,

"Mr. Wilberforce Eames ... has contributed ... a number of special articles ... relating to the publications of the Apostle Eliot, the Indiane primer, Lykins, Mather, Mayhew, Meeker, Pierson, Quinney, Rawson, Sergeant, and Simerwell, besides many new titles, biographic material, etc."--Pref., p. iv.

Bibliography of the Eskimo language,

Title vignette.

Wowapi inonpa : wowapi wakan etanhan taju wanjikji oyakapi kin he dee = The second Dakota reading book : consisting of Bible stories from the Old Testament /

In the Santee dialect.

Missien van den Orégon en reizen naer de Rotsbergen en de bronnen der Colombia, der Athabasca en Sascatshawin, in 1845-46 /

Dutch translation of: Missions de l'Orégon et voyages aux montagnes Rocheuses, which in turn is a translation of the author's Oregon missions and travels over the Rocky Mountains in 1845-46.

Comparative vocabulary of Algonquin dialects. From Heckewelder's manuscripts in the collections of the American philosophical society, Philadelphia.

"The manuscript of this work is in the library of the American philosophical society. It is a copy made by Mr. Duponceau, and forms no. xxvii of a collection made by him and recorded in a folio account book, of which it occupies pp. 114-119."--Pilling, Bibl. of the Algonquin languages, p. 227.

Fibre slippage in cyclically perturbed fibrous assemblies

The dynamics of fibre slippage within general non-bonded fibrous assemblies is studied in the situation where the assembly is subjected to general small cyclic loads. Two models are proposed. The first is applicable when the general cyclic loading is complemented by an occasional tugging force on one end of a fibre, which causes it to gradually withdraw from the assembly, such as might occur during the pilling of a textile. The second considers the situation in which the cyclic perturbations act around a constant background load applied to the assembly. The dynamics is reminiscent of self-organized critical behaviour. This model is applied to predict the progressive elongation of a single yarn during weaving.

Immunofluorescence microscopy of SNAP23 in human skeletal muscle reveals colocalization with plasma membrane, lipid droplets, and mitochondria

Synaptosomal-associated protein 23 (SNAP23) is a SNARE protein expressed abundantly in human skeletal muscle. Its established role is to mediate insulin-stimulated docking and fusion of glucose transporter 4 (GLUT4) with the plasma membrane. Recent in vitro research has proposed that SNAP23 may also play a role in the fusion of growing lipid droplets (LDs) and the channeling of LD-derived fatty acids (FAs) into neighboring mitochondria for β-oxidation. This study investigates the subcellular distribution of SNAP23 in human skeletal muscle using immunofluorescence microscopy to confirm that SNAP23 localization supports the three proposed metabolic roles. Percutaneous biopsies were obtained from the m. vastus lateralis of six lean, healthy males in the rested, overnight fasted state. Cryosections were stained with antibodies targeting SNAP23, the mitochondrial marker cytochrome c oxidase and the plasma membrane marker dystrophin, whereas intramuscular LDs were stained using the neutral lipid dye oil red O. SNAP23 displayed areas of intense punctate staining in the intracellular regions of all muscle fibers and continuous intense staining in peripheral regions of the cell. Quantitation of confocal microscopy images showed colocalization of SNAP23 with the plasma membrane marker dystrophin (Pearson's correlation coefficient r = 0.50 ± 0.01). The intense punctate intracellular staining colocalized primarily with the mitochondrial marker cytochrome C oxidase (r = 0.50 ± 0.012) and to a lesser extent with LDs (r = 0.21 ± 0.01) visualized with oil red O. We conclude that the observed subcellular distribution of SNAP23 in human skeletal muscle supports the three aforementioned metabolic roles.