Abstract: An apparatus and method for separating residual water from a solvent and removing a solvent. The apparatus may be sealed and automated. The method comprises providing a solution comprising solvent and residual water and an analyte. The solution may be passed through a membrane to reduce water content wherein an analyte is present at a first concentration. This then may be followed by removing solvent from the solution.

Abstract: A device for use in conjunction with a console on a seat in a vehicle. The device enables an individual to maintain an office for business within a vehicle, such as a truck. The device includes a base unit which surrounds the console and is equipped with compartments, receptacles, writing surfaces and devices to support and retain electronic devices, such as lap top computers. The device includes a base unit. A plurality of writing surfaces and other compartments can be removable secured to the base unit. The writing surfaces can be provided with additional supports which are secured to the undersurface of the writing surface. The additional supports are designed to contact the seat of a vehicle and provide additional support for the writing surface. A compartment which is adapted to retain items such as cell phones, pagers and beverage vessels is releasably secured to a front of the base unit.

Abstract: Inhalation of low levels of nitric oxide can rapidly and safely decrease pulmonary hypertension in mammals. Precise delivery of nitric oxide at therapeutic levels of 20 to 100 ppm and inhibition of reaction of nitric oxide with oxygen to form toxic impurities such as nitrogen dioxide can provide effective inhalation therapy for pulmonary hypertension.

Abstract: An apparatus and method for separating residual water from a solvent and removing a solvent. The apparatus may be sealed and automated. The method comprises providing a solution comprising solvent and residual water and an analyte. The solution may be passed through a membrane to reduce water content wherein an analyte is present at a first concentration. This then may be followed by removing solvent from the solution.

Abstract: Inhalation of low levels of nitric oxide can rapidly and safely decrease pulmonary hypertension in mammals. Precise delivery of nitric oxide at therapeutic levels of 20 to 100 ppm and inhibition of reaction of nitric oxide with oxygen to form toxic impurities such as nitrogen dioxide can provide effective inhalation therapy for pulmonary hypertension.