Fantaisies architecturales,

In portfolio.

Historic ornament; treatise on decorative art and architectural ornament ...

[v. 1] Prehistoric art; ancient art and architecture; eastern, early Christian, Byzantine, Saracenic, Romanesque, Gothic, and renaissance architecture and ornament.--[v. 2] Pottery; enamels; ivories; metal work; furniture; textile fabrics; mosaics; glass; and book decoration.

The Japanese sword and its decoration / by Helen C. Gunsaulus, Assistant Curator of Japanese Ethnology.

no.20(1924)

Architecture and democracy,

Reprinted from the American architect, the Architectural record and other architectural magazines.

A guide to collectors. 3,500 illustrations. English furniture, decoration, woodwork & allied arts during the last half of the seventeenth century, the whole of the eighteenth century, and the earlier part of the nineteenth,

Mode of access: Internet.

Theory and analysis of ornament applied to the work of elementary and technical schools,

Mode of access: Internet.

Art foliage, for sculpture and decoration; with an analysis of geometric form,

Mode of access: Internet.

Ceilings and their decoration;

Mode of access: Internet.

Elementary decoration : a guide to the simpler forms of everyday art as applied to the interior and exterior decoration of dwelling houses, etc. /

Mode of access: Internet.

The birth and development of ornament,

Mode of access: Internet.

French furniture and decoration in the XVIIIth century,

Appendix: List of artists and workmen leaving Paris for St. Petersburg in 1716.--Spaendonck, G. van. Salons.--Oudry, J. B. Salons.--List of officials at the Gobelins.--Caffieri, J. Chronological list of his work for the crown.--Oeben and Reisener. Detailed agreement for the Bureau du roi.--Gouthière. Entries in the sale catalogue of the duke d'Aumont.--Duplessis. Entries in the livre-journal of Lazare Duvaux.--List of French cabinet-makers.

L -Sox5 and Sox6: Architectural transcription factors in chondrogenesis

Transcription factors often determine cell fate and tissue development. Chondrogenesis is the developmental process by which cartilages form. Recently, gene targeting studies have shown that two transcription factors, L-Sox5 and Sox6, play essential and redundant roles in chondrogenesis in vivo by converting precartilaginous cell condensations into cartilages. Both are highly similar High-Mobility-Group (HMG)-domain proteins that bind and subsequently bend DNA containing the 7bp HMG site (A/T)(A/T)CAA(A/T)G. They have no transactivation domain, but homo- and hetero-dimerize and preferentially bind DNA containing two HMG sites. They are thought to play an architectural role in transactivation by facilitating long-range DNA and protein interactions. To understand their molecular mechanism of action, we investigated how phasing, orientation, and spacing between HMG sites affect L-Sox5 and Sox6 DNA-binding. We determined that L-Sox5 and Sox6 dimers bind with high affinity to paired HMG sites in DNA rather than a single HMG site. Binding of paired sites is independent of DNA helical phasing, orientation of paired HMG sites and independent of distance up to 255 base pairs between sites. Mutational analysis demonstrated that binding of L-Sox5 and Sox6, independent of orientation of the sites, is critically dependent on the presence of paired HMG sites rather than one HMG site alone. Our data support a unique and novel model whereby L-Sox5 and Sox6 dimerize and bind DNA with pronounced spatial flexibility, possibly by a flexible hinge, and act as architectural transcription factors that bring distant DNA sites and proteins together to form higher order transcriptional complexes that are essential for the activation of their target genes in chondrogenesis. ^

Morse's manual of art : a self teacher in all branches of deocrative art, embracing almost every variety of painting and drawing, on china, glass, velvet, canvas, paper and wood : the secret of all glass transparencies, sketching from nature, pastel and crayon drawing, etc. : illustrated /

Mode of access: Internet.