Information Technology Reference
In-Depth Information
3.5 Urine
Human urine is a complex component biomatter consisting of organic components.
Information patterns of urine describe general functional well-being, so urine passes through
the human organism many times. Any changes of urine information patterns are connected
with its pH level especially (Fig. 25). There is a low pH level (5-6,8 pH) of urine in the morning,
but urine is getting neutral two hours later after eating, then alkaline (7-8,5 pH).
Fig. 25. Non-invasive LED analysis of information patterns of urine during the day
The pH level of urine remains to be equal to 6,6-6,8 pH by day. Ketone bodies are produced
in the liver of a hunger man or after the long-term physical activity and characterize fat
oxidation. There is also no glucose in urine of a healthy man, but it can be present because of
the carbohydrate hypernutrition during a meal and physical activities [11, 12].
3.6 Tears
A lacrimal fluid is a multicomponent secreta which, e.g., total protein is a uniform
dysbolism identifier in. This one is varied considerable depending on functioning states of
the human health: there is total protein for a healthy man an average of 5,4 g/l but increases
in case of, e.g., cornea inflammation to 7,8 g/l. The glucose content in tears correlates with
its level in human blood, so that information lacrimal fluid enables to recognize patterns of
emotional and functional states of the human organism. Moreover, it is possible to diagnose
a human state and the health using for the analysis the alpha amylase activity in tears that
catalyzes hydrolysis of starch and glycogen [13]. The concentration of amylase in a lacrimal
fluid is in 4 times more than in blood. There is the amylase activity in tears of the healthy
men in the range of 130-250 unit/l, but, e.g., acute pancreatitis emerges if this one is more
300 unit/l [14].
