Bits from Blinkbonny; or, Bell o' the manse : a tale of Scottish village life between 1841 and 1851.

Mode of access: Internet.

Mortal life; and the state of the soul after death : conformable to divine revelation as interpreted by the ablest commentators, and consistent with the discoveries of science /

Mode of access: Internet.

Principles of natural and metaphysical philosophy : intended on a more ancient, common-sense, and popular plan, and more consistent also with later improvements that the Cartesian or Newtonian : comprimising a review of prevailing systems now taught ...

Errata: p. [vii]

The universality of the atonement, with its undeniable consequences; simply and plainly stated, in a brief and consistent manner agreeably to Scripture and reason, in a sermon.

"First published at Windsor, (Vt.) December, 1821. Republished at Haverhill, (Mass.) 1824."

A New England boyhood, and other bits of autobiography,

Mode of access: Internet.

Curious bits of history,

Mode of access: Internet.

Bits of pasture, or, handfuls of grass for the Lord's hungry sheep : being selections from sermons of J.R. Miller /

Mode of access: Internet.

An attempt to exhibit the true theory of Christianity as a consistent and practical system.

Mode of access: Internet.

Bits of camp life,

Verses from Civil War songs, with marginal decorations and colored plates.

Progress report on the development of a large-scale conditional consistent economic and manpower forecasting model /

Bibliography: p. 27.

A letter from a Friend in America, to Luke Howard, of Tottenham, near London, in which the character of our late friend, Job Scott, is vindicated and defended, and his doctrines shown to be consistent with scripture and sound reason.

Last leaf contans Errata.

Lakes & streams of New England with some bits of land that charm.

Mode of access: Internet.

Gene expression in profiling in individual cases reveals consistent transcriptional changes in alcoholic human brain

Chronic alcohol exposure induces lasting behavioral changes, tolerance, and dependence. This results, at least partially, from neural adaptations at a cellular level. Previous genome-wide gene expression studies using pooled human brain samples showed that alcohol abuse causes widespread changes in the pattern of gene expression in the frontal and motor cortices of human brain. Because these studies used pooled samples, they could not determine variability between different individuals. In the present study, we profiled gene expression levels of 14 postmortem human brains (seven controls and seven alcoholic cases) using cDNA microarrays (46 448 clones per array). Both frontal cortex and motor cortex brain regions were studied. The list of genes differentially expressed confirms and extends previous studies of alcohol responsive genes. Genes identified as differentially expressed in two brain regions fell generally into similar functional groups, including metabolism, immune response, cell survival, cell communication, signal transduction and energy production. Importantly, hierarchical clustering of differentially expressed genes accurately distinguished between control and alcoholic cases, particularly in the frontal cortex.

Self-consistent theory of atomic Fermi gases with a Feshbach resonance at the superfluid transition

A self-consistent theory is derived to describe the BCS-Bose-Einstein-condensate crossover for a strongly interacting Fermi gas with a Feshbach resonance. In the theory the fluctuation of the dressed molecules, consisting of both preformed Cooper pairs and bare Feshbach molecules, has been included within a self-consistent T-matrix approximation, beyond the Nozieres and Schmitt-Rink strategy considered by Ohashi and Griffin. The resulting self-consistent equations are solved numerically to investigate the normal-state properties of the crossover at various resonance widths. It is found that the superfluid transition temperature T-c increases monotonically at all widths as the effective interaction between atoms becomes more attractive. Furthermore, a residue factor Z(m) of the molecule's Green function and a complex effective mass have been determined to characterize the fraction and lifetime of Feshbach molecules at T-c. Our many-body calculations of Z(m) agree qualitatively well with recent measurments of the gas of Li-6 atoms near the broad resonance at 834 G. The crossover from narrow to broad resonances has also been studied.