Delayed Recovery from Anaesthesia: Missing Information

Delayed Recovery From General Anaesthesia due to Severe Hypoglycemia in a Non-diabetic Adult.

Isocapnic hyperpnoea accelerates recovery from isoflurane anaesthesia.

BACKGROUND Hyperventilation should speed up elimination of volatile anaesthetic agents from the body, but hyperventilation usually results in hypocapnia. We compared recovery from isoflurane anaesthesia in patients allowed to recover with assisted spontaneous ventilation (control) and those treated with isocapnic hyperpnoea. METHODS Fourteen patients were studied after approximately 1 h of an...

A New Effective Information Decomposition Approach for Missing Data Recovery

It is well recognized that missing data could cause severe problem in data mining. Due to its importance lots of work has been done in the past. Several algorithms [5-8] are proposed for missing data recovery. This paper presents a new 1-dimensional linear information decomposition (1DLID) approach which is easier for use in missing data recovery. In this article, we study one particular proble...

Information for : Delayed biological recovery from extinctions throughout the fossil record

Randomization methods offer two important advantages over classical estimates of statistical significance. First, one need not be able to mathematically derive the distribution of possible outcomes under the null hypothesis, since one can construct it by simulation instead. Second, the original data need not obey any particular distribution, since any of their potentially troublesome features (...

Plasma protein concentration and recovery from anaesthesia in man.

The effect of the concentration of plasma protein on the recovery from anaesthesia induced by equipotent doses (UD95) of thiopentone and Althesin was studied in 48 patients. The recovery time (RT) wa plotted against the concentrations of total plasma proteins (TPP) and albumin (Al). A small decrease in TPP concentration from normal range affected the recovery time minimally; a small decrease in...