Cobb's spelling book, being a just standard for pronouncing the English language ...

Advertising matter: p. 166-168.

Stair builders' guide; a treatise on the construction of straight flight, platform, cylindrical and eliptical [!] stairs, explaining the theory and practice so the average building mechanic may understand it, with examples of work ranging from the simplest to the most complex forms,

Mode of access: Internet.

The concise Standard dictionary of the English language,

Mode of access: Internet.

Arminian inconsistencies and errors; in which it is shown that all the distinctive doctrines of the Presbyterian confession of faith are taught by standard writers of the Methodist Episcopal Church.

Mode of access: Internet.

The Standard edition of the complete psychological works of Sigmund Freud /

Includes index and bibliographies.

The desk Standard dictionary of the English language, designed to give the orthography, pronunciation, meaning, and etymology of about 83,000 words and phrases in the speech and literature of the English-speaking peoples;

Mode of access: Internet.

Salesmanship. The standard course of the United Y.M.C.A. schools.

Mode of access: Internet.

Long-and-short haul : Hearings before the Committee on Interstate Commerce, United States Senate, Seventy-fourth Congress, second session, on H.R. 3263, an act to amend paragraph (1) of section 4 of the Interstate Commerce Act, as amended February 28, 1920 (U.S.C., title 49, sec. 4) May 11 to May 28, 1936.

Burton K. Wheeler, chairman; Fred H. Brown, presiding, May 26, 1936.

Trade agreements extension : hearings before the Committee on Finance, United States Senate, Eighty-fourth Congress, first session, on H.R. 1, an act to extend the authority of the President to enter into trade agreements under section 350 of the Tariff Act of 1930, as amended, and for other purposes.

"Index by general categories, pts. 1-4" issued seperately.

Our Navy, the Standard Publication of the U.S. Navy

Mode of access: Internet.

Standard methods for the examination of dairy products, microbiological and chemical.

Mode of access: Internet.

A Standard dictionary of the English language.

"Prepared by more than two hundred specialists and other scholars under the supervision of Isaac K. Funk ... editor-in-chief; Francis A. March ... consulting editor; Daniel S. Gregory ... managing editor; associate editors: John Denison Champlin, Arthur E. Bostwick, Rossiter Johnson, Frank H. Vizetelly, complete in one volume.

Type 1 nitrergic (ND1) cells of the rabbit retina: Comparison with other axon-bearing amacrine cells

NADPH diaphorase (NADPHd) histochemistry labels two types of nitrergic amacrine cells in the rabbit retina. Both the large ND1 cells and the small ND2 cells stratify in the middle of the inner plexiform layer, and their overlapping processes produce a dense plexus, which makes it difficult to trace the morphology of single cells. The complete morphology of the ND1 amacrine cells has been revealed by injecting Neurobiotin into large round somata in the inner nuclear layer, which resulted in the labelling of amacrine cells whose proximal morphology and stratification matched those of the ND1 cells stained by NADPHd histochemistry. The Neurobiotin-injected ND1 cells showed strong homologous tracer coupling to surrounding ND1 cells, and double-labelling experiments confirmed that these coupled cells showed NADPHd reactivity. The ND1 amacrine cells branch in stratum 3 of the inner plexiform layer, where they produce a sparsely branched dendritic tree of 400-600 mum diameter in ventral peripheral retina. In addition, each cell gives rise to several fine beaded processes, which arise either from a side branch of the dendritic tree or from the tapering of a distal dendrite. These axon-like processes branch successively within the vicinity of the dendritic field before extending, with little or no further branching, for 3-5 mm from the soma in ventral peripheral retina. Consequently, these cells may span one-third of the visual field of each eye, and their spatial extent appears to be greater than that of most other types of axon-bearing amacrine cells injected with Neurobiotin in this study. The morphology and tracer-coupling pattern of the ND1 cells are compared with those of confirmed type 1 catecholaminergic cells, a presumptive type 2 catecholaminergic cell, the type 1 polyaxonal. cells, the long-range amacrine cells, a novel type of axon-bearing cell that also branches in stratum 3, and a type of displaced amacrine cell that may correspond to the type 2 polyaxonal cell. (C) 2004 Wiley-Liss, Inc.

The type 1 polyaxonal amacrine cells of the rabbit retina: A tracer-coupling study

The type 1 polyaxonal (PA1) cell is a distinct type of axon-bearing amacrine cell whose soma commonly occupies an interstitial position in the inner plexiform layer; the proximal branches of the sparse dendritic tree produce 1-4 axon-like processes, which form an extensive axonal arbor that is concentric with the smaller dendritic tree (Dacey, 1989; Famiglietti, 1992a,b). In this study, intracellular injections of Neurobiotin have revealed the complete dendritic and axonal morphology of the PA1 cells in the rabbit retina, as well as labeling the local array of PA1 cells through homologous tracer coupling. The dendritic-field area of the PA1 cells increased from a minimum of 0.15 mm(2) (0.44-mm equivalent diameter) on the visual streak to a maximum of 0.67 mm(2) (0.92-mm diameter) in the far periphery; the axonal-field area also showed a 3-fold variation across the retina, ranging from 3.1 mm(2) (2.0-mm diameter) to 10.2 mm(2) (3.6-mm diameter). The increase in dendritic- and axonal-field size was accompanied by a reduction in cell density, from 60 cells/mm(2) in the visual streak to 20 cells/mm(2) in the far periphery, so that the PA1 cells showed a 12 times overlap of their dendritic fields across the retina and a 200-300 times overlap of their axonal fields. Consequently, the axonal plexus was much denser than the dendritic plexus, with each square millimeter of retina containing similar to100 mm of dendrites and similar to1000 mm of axonal processes. The strong homologous tracer coupling revealed that similar to45% of the PA1 somata were located in the inner nuclear layer, similar to50% in the inner plexiform layer, and similar to5% in the ganglion cell layer. In addition, the Neurobiotin-injected PA1 cells sometimes showed clear heterologous tracer coupling to a regular array of small ganglion cells, which were present at half the density of the PA1 cells. The PA1 cells were also shown to contain elevated levels of gamma-aminobutyric acid (GABA), like other axon-bearing amacrine cells.