Soap-bubbles, their colours and the forces which mould them ; being the substance of many lectures delivered to juvenile and popular audiences with the addition of several new and original sections /

Mode of access: Internet.

Techniques for improving the inherent parallelism in programs /

Thesis (M.S.) - University of Illinois at Urbana-Champaign.

Britain independent of Commerce; or, Proofs ... that our riches, prosperity, and power, are derived from sources inherent in ourselves, and would not be affected, even though our commerce were annihilated.

Mode of access: Internet.

Our secret friends and foes : expanded from lectures delivered before popular audiences in London, Edinburgh, and elsewhere /

'Published under the direction of the General Literature Committee'.

Britain independent of commerce; or, Proofs deduced from an investigation into the true causes of the wealth of nations, that our riches, prosperity, and power, are derived from sources inherent in ourselves, and would not be affected, even though our commerce were annihilated.

Mode of access: Internet.

Molière a la nouvelle salle, ou Les audiences de Thalie : comédie en un acte et en vers libres : représentée pour la première fois par les Comédiens français, sur le nouveau Théâtre du Fauxbourg Saint-Germain, le 12 avril 1782 /

Printers' device on t.p.

Rapport : affaire Dreyfus : audiences des 29 et mai 1899 /

At head of title: Ministère de la Justice.

Procès du maréchal Bazaine: rapport, audiences du premier conseil de guerre. Compte rendu rédigé avec l'adjonction de notes explicatives. Par Amédée le Faure.

Vol. 3 has t.p. : Procès du maréchal Bazaine, rapport complet du général de Rivière.

High blood pressure control : information and education strategies for messages to public and patient audiences.

Cover title.

The audiences of 5 magazines: size, characteristics, possessions.

"Supplement. Readers per dollar figures based on publisher's 1963 one-time black & white page rates": (20 p.) inserted.

Winning Friends and Influencing People with Guns: Understanding the Growth of China's Military Diplomacy

Thesis (Ph.D.)--University of Washington, 2016-06

The 2.1 angstrom crystal structure of the far-red fluorescent protein HcRed: Inherent conformational flexibility of the chromophore

We have determined the crystal structure of HcRed, a far-red fluorescent protein isolated from Heteractis crispa, to 2.1 resolution. HcRed was observed to form a dimer, in contrast to the monomeric form of green fluorescent protein (GFP) or the tetrameric forms of the GFP-like proteins (eqFP611, Rtms5 and DsRed). Unlike the well-defined chromophore conformation observed in GFP and the GFP-like proteins, the HcRed chromophore was observed to be considerably mobile. Within the HcRed structure, the cyclic tripeptide chromophore, Glu64-Tyr65-Gly66, was observed to adopt both a cis coplanar and a tran. non-coplanar conformation. As a result of these two con formations, the hydroxyphenyl moiety of the chromophore makes distinct interactions within the interior of the b-can. These data together with a quantum chemical model of the chromophore, suggest the cis coplanar conformation to be consistent with the fluorescent properties of HcRed, and the trans non-coplanar conformation to be consistent with non-fluorescent properties of hcCP, the chromoprotein parent of HcRed. Moreover, within the GFP-like family, it appears that where conformational freedom is permissible then flexibility in the chromophore conformation is possible. 2005 Elsevier Ltd. All rights reserved.

Inherent size constraints on prokaryote gene networks due to "accelerating" growth

Networks exhibiting accelerating growth have total link numbers growing faster than linearly with network size and either reach a limit or exhibit graduated transitions from nonstationary-to-stationary statistics and from random to scale-free to regular statistics as the network size grows. However, if for any reason the network cannot tolerate such gross structural changes then accelerating networks are constrained to have sizes below some critical value. This is of interest as the regulatory gene networks of single-celled prokaryotes are characterized by an accelerating quadratic growth and are size constrained to be less than about 10,000 genes encoded in DNA sequence of less than about 10 megabases. This paper presents a probabilistic accelerating network model for prokaryotic gene regulation which closely matches observed statistics by employing two classes of network nodes (regulatory and non-regulatory) and directed links whose inbound heads are exponentially distributed over all nodes and whose outbound tails are preferentially attached to regulatory nodes and described by a scale-free distribution. This model explains the observed quadratic growth in regulator number with gene number and predicts an upper prokaryote size limit closely approximating the observed value. (c) 2005 Elsevier GmbH. All rights reserved.