Benefits: reduce size of stomach, restrict amount of food the stomach can hold, alters food course to prevent passing through small intestine that would normally absorb calories and nutrients. Effects: promotes satiety, suppress hunger, reverse primary mechanisms that causes obesity-related type 2 diabetes. In addition the surgery causes an average of 60 to 80% long term excess weight loss, which is superior to the adjustable gastric band. Typical maintenance is higher than 50%. Other pros include improvements in overall health, comorbidities, mobility, and increase in energy expenditure and quality of life.
Cons: Complex and irreversible surgery, great complication rates, mortality rate of 2.5% 90 days after procedure, despite the fact that comorbidities like diabetes and high blood pressure may be minimized or cured, the worse they are prior to the surgery the more the more likely it is for the patient to suffer from further complications, ( gastric band is reversible and laparoscopic sleeve gastrectomy is less complex than Roux-en-y gastric bypass, which is what the cons are referring to), can cause long term vitamin deficiency particularly in: vitamin B12, iron, calcium, and folate. In addition, the surgery has a longer hospital stay than than the AGB (adjustable gastric band) and it requires adherence to dietary recommendations, life-long vitamin/mineral supplementation, and follow up compliance as explained by ASMBS ( American society for metabolic and bariatric surgery).
The gravitation pull of the moon and the sun cause ocean currents and tides
<span>Answer: A client who has symptoms of infection but whose culture and sensitivity results are not yet available
Broad-spectrum antibiotics are often used to treat infections of a client who has symptoms of infection but whose culture and sensitivity results are not yet available. The presence of a fever say a client with an oral temperature of 37.9</span>°C,<span> would not be an indication also to use broad-spectrum antibiotics. Age also. </span>
The kinetic energy of 6250 J equals 6250 J work-done in stopping the object in motion.
The given parameters;
- <em>Kinetic energy, K.E = 6250 J</em>
According to work-energy theorem, the work done in stopping a moving object is equal to the kinetic energy of the moving object.
Kinetic energy is the energy possessed by an object by virtue of its state of motion.
Work-done in stopping the object in motion = K.E = 6250 J.
Thus, we can conclude that the kinetic energy of 6250 J equals 6250 work-done in stopping the object in motion.
Learn more about work - energy theorem here: brainly.com/question/22236101
Answer:
The first one is the second one, and the second one is the third one.
Explanation:
