The history of Peter the Great, emperor of Russia.

Translation of : Histoire de l'empire de Russie sous Pierre le Grand.

Pictorial life of Napoleon Bonaparte, Emperor of the French : with numerous illustrative anecdotes of his court and times /

May have been written by John Frost.

Geschichte der regierung Ferdinand des Ersten, aus gedruckten und ungedruckten quellen.

Bd. ix, called "Urkunden-band," is edited by J. P. Kaltenbaeck, and contains a short life of Bucholtz.

Life of Maximilian I late Emperor of Mexico, with a sketch of the Empress Carlota

UANL

Copies of the original letters and despatches of the generals, ministers, grand officers of state, &c., at Paris, to the Emperor Napoleon, at Dresden; intercepted by the advanced troops of the Allies in the north of Germany.

French and English.

I. An exposition of the symbolic terms of the second part of Faust. II. How this part thus proves itself to be a dramatic treatment of the modern history of Germany worthy of the genius of Goethe and the life he devoted to the task. (The prologues and first act completely explained; the other acts generally).

Mode of access: Internet.

Narrative of the War in Germany and France, in 1813 and 1814.

Mode of access: Internet.

The young emperor, William II of Germany; a study in character development on a throne,

Mode of access: Internet.

The young emperor, William II of Germany : a study in character development on a throne /

Photocopy.

Solution NMR studies of acetohydroxy acid synthase I: Identification of the sites of inter-subunit interactions using multidimensional NMR methods

The novel multidomain organization in the multimeric Escherichia coli AHAS I (ilvBN) enzyme has been dissected to generate polypeptide fragments. These fragments when cloned, expressed and purified reassemble in the presence of cofactors to yield a catalytically competent enzyme. Structural characterization of AHAS has been impeded due to the fact that the holoenzyme is prone to dissociation leading to heterogeneity in samples. Our approach has enabled the structural characterization using high-resolution nuclear magnetic resonance methods. Near complete sequence specific NMR assignments for backbone H-N, N-15, C-13 alpha and C-13(beta) atoms of the FAD binding domain of ilvB have been obtained on samples isotopically enriched in H-2, C-13 and N-15. The secondary structure determined on the basis of observed C-13(alpha) secondary chemical shifts and sequential NOEs indicates that the secondary structure of the FAD binding domain of E. coli AHAS large Subunit (ilvB) is similar to the structure of this domain in the catalytic subunit of yeast AHAS. Protein-protein interactions involving the regulatory subunit (ilvN) and the domains of the catalytic subunit (ilvB) were studied using circular dichroic and isotope edited solution nuclear magnetic resonance spectroscopic methods. Observed changes in circular dichroic spectra indicate that the regulatory subunit (ilvN) interacts with ilvB alpha and ilvB beta domains of the catalytic subunit and not with the ilvB gamma domain. NMR chemical shift mapping methods show that ilvN binds close to the FAD binding site in ilvB beta and proximal to the intrasubunit ilvB alpha/ilvB beta domain interface. The implication of this interaction on the role of the regulatory subunit oil the activity of the holoenzyme is discussed. NMR studies of the regulatory domains show that these domains are structured in solution. Preliminary evidence for the interaction of ilvN with the metabolic end product of the pathway, viz., valine is also presented.