Report of the Royal Commission appointed to consider and report upon the care and treatment of the sick and wounded during the South African campaign : presented to both houses of Parliament by command of Her Majesty /

CD. 453, Cd. 454, Cd. 455.

Assessment of the factors controlling the long-term fate of dredged material deposited in unconfined subaqueous disposal areas : final report /

"Contract No. DACW39-73-C-0129."

The archaeology of Standing Rock overhang : a long-term record of bighorn sheep hunting and processing in southeastern Idaho /

Mode of access: Internet.

Long-term management of liquid high-level radioactive wastes stored at the Western New York Nuclear Service Center, West Valley : final Environmental Impact Statement.

"June 1982."

Feasibility of a method for estimating short-term and long-term effects of policy decisions on the airman personnel,

"ASTIA document no. AD 217 079."

Governor's Workshop on the Great Flood of 1993 : long term approaches to the management of the Mississippi and Illinois rivers including lessons learned and information gaps.

"ILENR/RE-94/08."

Illinois Department of Public Health long-term care facility profiles.

Title from caption.

Long-term care facility survey, Illinois, 1984/85 /

"June, 1986."

Nursing Home Care Reform Act of 1979, Abused and Neglected Long-Term Care Facility Residents Reporting Act, and Life Care Facilities Act, as amended and effective as of July 1, 1988.

"May 1988."--P. 78.

Residents' rights for people in long term care facilities.

Download this brochure at www.share.ilus/aging in the "News and Publications" section.

The long-term impact of vocational rehabilitation : RSA-SSA data link analysis.

"September 6, 1989."

The immediate and long term effects of singing on the mood states of people with traumatic brain injury

Mood changes in four male participants with traumatic brain injury (TBI) were observed following their participation in a 15-session song-singing programme. An analysis of the song material was undertaken to categorise the songs according to the predominant mood they portrayed. Results showed significant differences between participants for all moods (p

Beyond verbal fluency: Investigating the long-term effects of bilateral subthalamic (STN) deep brain stimulation (DBS) on language in two cases

Cognitive functioning has been described as largely impervious to chronic STN-DBS administered over 12-month periods. In relation to the domain of language, however, the effects of STN-DBS are yet to be thoroughly delineated. Verbal fluency tasks represent an almost exclusively applied index of linguistic proficiency relative to neuropsychological research within this population. Comprehensive investigations of the impact of STN-DBS on language function, however, have never been undertaken. The more precise elucidation of the role of the STN in the mediation of language processes, by way of assessments which probe language comprehension and production mechanisms, served as the primary focus of this research. Longitudinal analysis also afforded consideration of the way in which cognitive-linguistic circuits respond to STN-DBS over time. Bilateral STN-DBS primarily effected clinically reliable fluctuations (i.e., both improvements and declines) in performance in both subjects on tasks demanding cognitive-linguistic flexibility in the formulation and comprehension of complex language. Of particular note, both subjects demonstrated a cumulative increase in the proportion of reliable post-operative improvements achieved over time. The findings of this research lend support to models of subcortical participation in language which endorse a role for the STN, and suggest that bilateral STN-DBS may serve to enhance the proficiency of basal ganglia-thalamocortical linguistic circuits over time.

Adaptation is not required to explain the long-term response of axons to molecular gradients

It has been suggested that growth cones navigating through the developing nervous system might display adaptation, so that their response to gradient signals is conserved over wide variations in ligand concentration. Recently however, a new chemotaxis assay that allows the effect of gradient parameters on axonal trajectories to be finely varied has revealed a decline in gradient sensitivity on either side of an optimal concentration. We show that this behavior can be quantitatively reproduced with a computational model of axonal chemotaxis that does not employ explicit adaptation. Two crucial components of this model required to reproduce the observed sensitivity are spatial and temporal averaging. These can be interpreted as corresponding, respectively, to the spatial spread of signaling effects downstream from receptor binding, and to the finite time over which these signaling effects decay. For spatial averaging, the model predicts that an effective range of roughly one-third of the extent of the growth cone is optimal for detecting small gradient signals. For temporal decay, a timescale of about 3 minutes is required for the model to reproduce the experimentally observed sensitivity.