Laws of Maryland made and passed at a session of Assembly.

Laws for some of the extra sessions include Journals of the Senate and House of Delegates of the General Assembly for that session.

Session laws of the territory of Minnesota passed by the Legislative Assembly.

Includes extra session of 1857 issued in separate volume.

Biennial report of the Comptroller of the State of Tennessee to the ... General Assembly, ...

Description based on: 1887/1888.

The Journal of the Assembly during the ... session of the Legislature of the state of California.

Title varies slightly.

Journals of the House of Assembly, Lower-Canada.

Added title page title: Journal de la Chambre d'Assemble du Bas-Canada 1803-1837.

Vetoes by the Governor of bills and resolutions passed by the General Assembly session of.

Title varies slightly.

Journal of the Senate of the State of Ohio.

Description based on: 1st session, 11th General Assembly (1812/1813).

Legislative documents compiled by order of the ... General Assembly.

Mode of access: Internet.

Report of the Illinois Commission on Atomic Energy to the ... General Assembly.

Title from cover.

Report of the Election Laws Commission : submitted to Governor ... and members of the ... General Assembly.

Description based on: 1969.

Laws of the territory of New Mexico, passed by the Legislative assembly ...

Subtitle varies.

The Clerk's Manual of Rules, Forms and Laws for the Regulation of Business in the Senate and Assembly

Title Varies: the Clerk's Manual of Rules, Forms and Laws for the Regulation of Business In the Senate and Assembly of the State of New York; Manual for the Use of the Legislature of the State of New York

A final report of the Assembly Interim Committee on Public Employment and Retirement.

Mode of access: Internet.

Mechanical properties of interfacial films formed by lysozyme self-assembly at the air-water interface

We present the first characterization of the mechanical properties of lysozyme films formed by self-assembly at the air-water interface using the Cambridge interfacial tensiometer (CIT), an apparatus capable of subjecting protein films to a much higher level of extensional strain than traditional dilatational techniques. CIT analysis, which is insensitive to surface pressure, provides a direct measure of the extensional stress-strain behavior of an interfacial film without the need to assume a mechanical model (e.g., viscoelastic), and without requiring difficult-to-test assumptions regarding low-strain material linearity. This testing method has revealed that the bulk solution pH from which assembly of an interfacial lysozyme film occurs influences the mechanical properties of the film more significantly than is suggested by the observed differences in elastic moduli or surface pressure. We have also identified a previously undescribed pH dependency in the effect of solution ionic strength on the mechanical strength of the lysozyme films formed at the air-water interface. Increasing solution ionic strength was found to increase lysozyme film strength when assembly occurred at pH 7, but it caused a decrease in film strength at pH 11, close to the pI of lysozyme. This result is discussed in terms of the significant contribution made to protein film strength by both electrostatic interactions and the hydrophobic effect. Washout experiments to remove protein from the bulk phase have shown that a small percentage of the interfacially adsorbed lysozyme molecules are reversibly adsorbed. Finally, the washout tests have probed the role played by additional adsorption to the fresh interface formed by the application of a large strain to the lysozyme film and have suggested the movement of reversibly bound lysozyme molecules from a subinterfacial layer to the interface.

Polymer-lipid interactions:biomimetic self-assembly behaviour and surface properties of poly(styrene-alt-maleic acid) with diacylphosphatidylcholines

Abstract Various lubricating body fluids at tissue interfaces are composed mainly of combinations of phospholipids and amphipathic apoproteins. The challenge in producing synthetic replacements for them is not replacing the phospholipid, which is readily available in synthetic form, but replacing the apoprotein component, more specifically, its unique biophysical properties rather than its chemistry. The potential of amphiphilic reactive hypercoiling behaviour of poly(styrene-alt-maleic acid) (PSMA) was studied in combination with two diacylphosphatidylcholines (PC) of different chain lengths in aqueous solution. The surface properties of the mixtures were characterized by conventional Langmuir-Wilhelmy balance (surface pressure under compression) and the du Noüy tensiometer (surface tension of the non-compressed mixtures). Surface tension values and 31P NMR demonstrated that self-assembly of polymer-phospholipid mixtures were pH and concentration-dependent. Finally, the particle size and zeta potential measurements of this self-assembly showed that it can form negatively charged nanosized structures that might find use as drug or lipids release systems on interfaces such as the tear film or lung interfacial layers. The structural reorganization was sensitive to the alkyl chain length of the PC.