Objective This paper compares the accuracy of visual estimations of children's food intake in settings where several children eat together off 1 plate vs individual-plate eating scenarios.
The site is based on a 40 Euro a month basic package for rescue teams, going up to an 'all you can eat' scenario which so far is unpriced.
Effectively, this is the "you are what you eat" scenario proposed by Doolittle [ 70], with the difference that the mitochondrial endosymbiosis is perceived as the event that triggered all aspects of eukaryogenesis, in particular, the evolution of the phagocytic capacity.
Thus, even if putative cyanobacterial genes are taken as evidence of a concerted signal from historical HGT, they are better considered in light of alternative hypotheses to chromalveolates; for example, Doolittle's "you are what you eat" scenario [ 18], or the more ancient primary endosymbiosis proposed by Nozaki and colleagues [ 32, 34].
Another six hypoglycaemic events with glucose levels below 3.0 mmol/L occurred, five in the eating in scenario and one in the eating out scenario.
During closed loop delivery, four hypoglycaemic events (glucose level <3.0 mmol/L) were observed, two in the eating in scenario and two in the eating out scenario.
†From start of closed loop control: 1900 to 0800 in eating in scenario and 2200 to 1200 in eating out scenario.
‡From midnight to 0800 in eating in scenario and from midnight to 1200 in eating out scenario.
The primary outcome was the percentage time plasma glucose concentrations were in the target range (3.91-8.00 mmol/L) between 1900 and 0800 in the eating in scenario and between 2200 and 1200 in the eating out scenario.
The accuracy of the sensor, evaluated as the median relative absolute difference between sensor glucose levels and paired plasma glucose levels divided by plasma glucose levels, was 8.0% (4.5-19.3%) in the eating in scenario and 12.0% (6.8-17.2%) in the eating out scenario.
