Differences between descriptive and analytical epidemiology
1. Descriptive epidemiology answers this questions who? what? where? when? Of the disease in an attempt to generate a hypothesis while analytical epidemiology is the studies that are conducted to test the hypothesis and give conclusions of a specific disease. Answers the questions why and how.
2. Descriptive epidemiology generates a hypothesis while analytical epidemiology tests the hypothesis.
3. Descriptive epidemiology identifies a group at a risk of a certain disease while analytical gives the cause of a disease.
4. No interventions are done in descriptive epidemiology while interventions are analyzed in analytical epidemiology
Similarities
1. They are both research design used in epidemiology.
2. Both study causes, the occurrence of a disease or health condition.
3. Outcomes from both aid in fulfilling epidemiology objectives.
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Explanation:
General Chapter <232> will apply to drug products currently in the USP-NF. General Chapter <2232> will apply to finished dietary supplement dosage forms.
Answer:
I would be the extension of the trunk
Explanation:
The erector spinae muscle extends the vertebreal column. [1] It is formed of 3 muscles and its fibers run more or less vertically throughout the lumbar, thoracic and cervical regions. It lies in the groove to the side of the vertebral column. In cervical region it is covered by nuchal ligament and in thoracic and lumber region by thoracolumbar fascia.
Answer:
Explanation:
Interval training works both the aerobic and the anaerobic system. During the high-intensity efforts, the anaerobic system uses the energy stored in the muscles (glycogen) for short bursts of activity. Anaerobic metabolism works without oxygen, but the by-product is lactic acid. As lactic acid builds, the athlete enters oxygen debt, and it is during the recovery phase that the heart and lungs work together to "pay back" this oxygen debt and break down the lactic acid. It is in this phase that the aerobic system is using oxygen to convert stored carbohydrates into energy.
It's thought that by performing high-intensity intervals that produce lactic acid during practice, the body adapts and burns lactic acid more efficiently during exercise. This means athletes can exercise at a higher intensity for a longer period of time before fatigue or pain slows them down.
