Reports of cases argued and determined in the Court of Common Pleas, and other courts, from Easter term, 36 Geo. III. 1796, to [Hilary term 44 Geo. III. 1804] ... both inclusive: with tables of the cases and principal matters.

Includes cases in the Court of Exchequer Chamber and in the House of Lords.

Reports of cases argued and determined in the Court of Common Pleas, and other courts, from Easter term 36 Geo. III. 1796, to [Hilary term 44 Geo. III. 1804] ... both inclusive: with tables of the cases and principal matters.

"The cases ... begin with 1797; but at the end of vol. 1 there are cases in 1796, from notes taken by Mr. A. Moore. In the folio edition (1800) these seem to have been sometimes bound separately, and to have been cited as A. Moore's reports."--Soule, Lawyer's ref. manual, 1884.

The letters of Sir Thomas Fitzosborne [pseud.] on several subjects.

Mode of access: Internet.

International exchanges. Address of Mr. Alexandre Vattemare, delivered before the legislature of New Hampshire, June 28, 1849. With introductory remarks by Thomas P. Treadwell, sec'y of state. Also instructions on the best mode of collecting, preserving and transporting objects of natural history.

Mode of access: Internet.

The letters of Sir Thomas Fitzosborne [pseud.] on several subjects /

Mode of access: Internet.

Remarks and collections of Thomas Hearne.

Vols. I-III edited by C. E. Doble; vols. IV-V, by D. W. Rannie; vols. VI-VIII edited under the superintendence of the committee of the Oxford Historical Society; vols. IX-XI edited by H. E. Salter.

Report of cases argued and determined in the Court of Appeals of Virginia. [1790-1796]

Dedication "To Edmund Pendleton, esquire, president of the Court of appeals ...": v.1, p. [iii]

Bannaker's Maryland, Pennsylvania, Delaware, Virginia, Kentucky, and North Carolina almanack and ephemeris, for the year of our Lord 1796; being bissextile, or leap-year; the twentieth year of American independence, and eighth year of the federal government.

"The Anatomy of Man's Body" on page [3] is the only illustration.

Experimental Infection of Culex Annulirostris, Culex Gelidus, and Aedes Vigilax With a Yellow Fever/Japanese Encephalitis Virus Vaccine Chimera (Chimerivax TM-JE)

Australian mosquitoes from which Japanese encephalitis virus (JEV) has been recovered (Culex annulirostris, Culex gelidus, and Aedes vigilax) were assessed for their ability to be infected with the ChimeriVax-JE vaccine, with yellow fever vaccine virus 17D (YF 17D) from which the backbone of ChimeriVax-JE vaccine is derived and with JEV-Nakayama. None of the mosquitoes became infected after being fed orally with 6.1 log(10) plaque-forming units (PFU)/mL of ChimeriVax-JE vaccine, which is greater than the peak viremia in vaccinees (mean peak viremia = 4.8 PFU/mL, range = 0-30 PFU/mL of 0.9 days mean duration, range = 0-11 days). Some members of all three species of mosquito became infected when fed on JEV-Nakayama, but only Ae. vigilax was infected when fed on YF 17D. The results suggest that none of these three species of mosquito are likely to set up secondary cycles of transmission of ChimeriVax-JE in Australia after feeding on a viremic vaccinee.

Thomas Young's contribution to visual optics : the Bakerian lecture "On the mechanism of the eye"

Thomas Young (1773-1829) carried out major pioneering work in many different subjects. In 1800 he gave the Bakerian Lecture of the Royal Society on the topic of the “mechanism of the eye”: this was published in the following year (Young, 1801). Young used his own design of optometer to measure refraction and accommodation, and discovered his own astigmatism. He considered the different possible origins of accommodation and confirmed that it was due to change in shape of the lens rather than to change in shape of the cornea or an increase in axial length. However, the paper also dealt with many other aspects of visual and ophthalmic optics, such as biometric parameters, peripheral refraction, longitudinal chromatic aberration, depth-of-focus and instrument myopia. These aspects of the paper have previously received little attention. We now give detailed consideration to these and other less-familiar features of Young’s work and conclude that his studies remain relevant to many of the topics which currently engage visual scientists.

Thomas Young’s contributions to geometrical optics

In addition to his work on physical optics, Thomas Young (1773-1829) made several contributions to geometrical optics, most of which received little recognition in his time or since. We describe and assess some of these contributions: Young’s construction (the basis for much of his geometric work), paraxial refraction equations, oblique astigmatism and field curvature, and gradient-index optics.