Sally does not exercise. She tends to eat on the go and eats a lot of food that is high in calories and fat. She takes daily cal
cium and vitamin D supplements. Based on all the characteristics of her current lifestyle, what disease does Sally’s lifestyle support? Alzheimer’s disease osteoporosis mental illness hantavirus
Even though sally takes daily calcium and vitamin D supplements, if she does not exercise or regularly moves her body, these calcium and vitamin D supplements will not be fully absorbed and used by the body. Plus her diet is high in calories in fats, she is at risk of developing osteoporosis. Osteoporosis happens when the bones become brittle because lesser calcium is reabsorbed by the bones. Too much intake of high-calorie and high-fat foods can lead to obesity and other chronic health problems as well.
Osteoporosis is a condition characterized by loss of bone tissue, so bones become more fragile. It is the result of deficiency in calcium or D vitamin or of hormonal changes. Human body cannot produce calcium, but 99% of all calcium in the body is in the bones. Also, human skin is able to produce D vitamin in sunlight. Both calcium and D vitamin are necessary for strong bones. Thus, if a person </span>eats a lot of food that is high in calories and fat and takes daily calcium and vitamin D <span>supplements, this suggests that osteoporosis is diagnosed.</span>
the measured abundances of elements, the observed expansion of space, and the discovery of the cosmic microwave background 'CMB'. The CMB refers to the uniform distribution of radiation that pervades the entire universe.
The cellular structure that was visible in the transmission electron micro graph but not visible in the cells when microscope was used is NUCLEOLUS. The transmission electron micro graph is a microscopy method that involves using electrons beams to form image of specimens. Transmission electron micro graph can be used to view minute structures of the cell because of its higher optical capacity. The nucleolus was not seen under the microscope because is a very small cell structure.
The common example of sublimation is shrinking of ice cubes that are not used in the freezer and conversion of dry ice rapidly into wispy clouds which vanish very soon