The Military history of Ohio : Its border annals, its part in the Indian wars, in the war of 1812, in the Mexican war, and in the war of the rebellion, with a prefix, giving a compendium of the history of the United States ... Special local department in editions by counties, giving a roster of Ohio's rank and file from the county in the war of the rebellion, regimental histories, with histories of its G. A. R. and Ladies' Auxiliary Posts, and Camps of Sons of the Veterans.

Mode of access: Internet.

Proceedings of the ... state encampment, United Spanish War Veterans and ... annual convention Ladies Auxiliary, Department of Oregon.

Mode of access: Internet.

Journal of the...annual convention of the Woman's Relief Corps, auxiliary to the Grand Army of the Republic, Department of Minnesota.

1st-3d journals issued combined.

Address to the clergy and the people of the county of Middlesex [microform] : from the Middlesex Massachusetts Auxiliary Society, established June, A.D. 1817, in aid of the American Society for Educating Pious Youth for the Gospel Ministry.

Mode of access: Internet.

The social and civil influence of the Christian ministry. A sermon, preached at the sixth anniversary of the Auxiliary Education Society of the Young Men of Boston; February 6, 1825. ...

Pages [24]-30 contain the Treasurer's account, Constitution, and a list of officers and members of the Society.

An analysis of the system of the Bible Society : throughout its various parts, including a sketch of the origin and results of auxiliary and branch societies and Bible associations ... /

Mode of access: Internet.

Proceedings of the ... annual encampment of the United Spanish War Veterans and Ladies' Auxiliary, Department of Oregon

Title varies slightly.

History of American textiles : with kindred and auxiliary industries (illustrated) /

"A popular and accurate historical account of the growth and development of the making of American fabrics accompanied by sketches and illustrations of the men and establishments that have made one of the world's greatest industries."

Rochambeau. A commemoration by the Congress of the United States of America of the services of the French auxiliary forces in the war of independence.

Includes index.

A naval auxiliary merchant marine : speech of Hon. William G. McAdoo, Secretary of the Treasury, delivered before the Chamber of Commerce of Indianapolis, Ind. on October 13, 1915.

"Presented by Mr. Fletcher, December 7, 1915."

Regulations for the Naval Auxiliary Service

Mode of access: Internet.

The alpha(2)delta auxiliary subunit reduces affinity of omega-conotoxins for recombinant N-type (Ca(v)2.2) calcium channels

The omega-conotoxins from fish-hunting cone snails are potent inhibitors of voltage-gated calcium channels. The omega-conotoxins MVIIA and CVID are selective N-type calcium channel inhibitors with potential in the treatment of chronic pain. The beta and alpha(2)delta-1 auxiliary subunits influence the expression and characteristics of the alpha(1B) subunit of N-type channels and are differentially regulated in disease states, including pain. In this study, we examined the influence of these auxiliary subunits on the ability of the omega-conotoxins GVIA, MVIIA, CVID and analogues to inhibit peripheral and central forms of the rat N-type channels. Although the beta3 subunit had little influence on the on- and off-rates of omega-conotoxins, coexpression of alpha(2)delta with alpha(1B) significantly reduced on- rates and equilibrium inhibition at both the central and peripheral isoforms of the N-type channels. The alpha(2)delta also enhanced the selectivity of MVIIA, but not CVID, for the central isoform. Similar but less pronounced trends were also observed for N-type channels expressed in human embryonic kidney cells. The influence of alpha(2)delta was not affected by oocyte deglycosylation. The extent of recovery from the omega-conotoxin block was least for GVIA, intermediate for MVIIA, and almost complete for CVID. Application of a hyperpolarizing holding potential ( - 120 mV) did not significantly enhance the extent of CVID recovery. Interestingly, [R10K] MVIIA and [O10K] GVIA had greater recovery from the block, whereas [K10R] CVID had reduced recovery from the block, indicating that position 10 had an important influence on the extent of omega-conotoxin reversibility. Recovery from CVID block was reduced in the presence of alpha(2)delta in human embryonic kidney cells and in oocytes expressing alpha(1B-b). These results may have implications for the antinociceptive properties of omega-conotoxins, given that the alpha(2)delta subunit is up-regulated in certain pain states.

Auxiliary subunit regulation of high-voltage activated calcium channels expressed in mammalian cells

The effects of auxiliary calcium channel subunits on the expression and functional properties of high-voltage activated (HVA) calcium channels have been studied extensively in the Xenopus oocyte expression system, but are less completely characterized in a mammalian cellular environment. Here, we provide the first systematic analysis of the effects of calcium channel beta and alpha(2)-delta subunits on expression levels and biophysical properties of three different types (Ca(v)1.2, Ca(v)2.1 and Ca(v)2.3) of HVA calcium channels expressed in tsA-201 cells. Our data show that Ca(v)1.2 and Ca(v)2.3 channels yield significant barium current in the absence of any auxiliary subunits. Although calcium channel beta subunits were in principle capable of increasing whole cell conductance, this effect was dependent on the type of calcium channel alpha(1) subunit, and beta(3) subunits altogether failed to enhance current amplitude irrespective of channel subtype. Moreover, the alpha(2)-delta subunit alone is capable of increasing current amplitude of each channel type examined, and at least for members of the Ca(v)2 channel family, appears to act synergistically with beta subunits. In general agreement with previous studies, channel activation and inactivation gating was regulated both by beta and by alpha(2)-delta subunits. However, whereas pronounced regulation of inactivation characteristics was seen with the majority of the auxiliary subunits, effects on voltage dependence of activation were only small (< 5 mV). Overall, through a systematic approach, we have elucidated a previously underestimated role of the alpha(2)-delta(1) subunit with regard to current enhancement and kinetics. Moreover, the effects of each auxiliary subunit on whole cell conductance and channel gating appear to be specifically tailored to subsets of calcium channel subtypes.

Auxiliary Police

General note: Title and date provided by Bettye Lane.