There is a need for so many blood tests after initiation of the therapy for antibiotic intravenous piggyback twice a day for a client with an infection is to determine adequate dosage levels of the drug.
An intravenous piggyback could be a tiny bag of answer connected to a primary infusion line or intermittent blood vessel access device to deliver medication over a given amount of your time. This "piggyback" technique suggests that the patient doesn't need multiple IV sites.
A test done on a sample of blood to live the number of sure substances within the blood or to count differing kinds of blood cells. Blood test is also done to appear for signs of illness or agents that cause illness, to see for antibodies or tumour markers, or to visualize however well treatments are operating.
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Pretty sure it’s “ peristalsis “
Hope this helps!
Answer:
The function of the following tissues are as follows:
Stratified squamous keratinized epithelium: These tissues cover the surface of the body and present at hair and skin. These tissues are keratinized to protect the surface of body from abrasion.
Simple squamous epithelium: This tissue contain the single layer of flat cells. These tissues are thin and has the ability to pass some selected molecules through the cells.
Hyaline cartilage: Hyaline cartilage contains large amount of collagen that provides support and flexibility to the tissues.
Bone: Bones are made up of calcified material, phosphates and various inorganic ions. Bones provide stiffness and supports the weight of muscles in our body.
2 pints are equal to 64 U.S tablespoons so with that in mind we can get our answer.
There is 24 hours in a day and 24 divided by 6 hours means that the patient is taking the antacid 4 times a day.
2 tablespoons multiplied by 4 is equal to 8 tablespoons a day.
8 tablespoons multiplied by 8 days gets us to our magic number of 64 which is equivalent to the amount of 2 pints.
Answer= 8 days
Answer:
a. are found in bacterial lipopolysaccharide
Explanation:
Oligosaccharides are the carbohydrates which are made of approximately 3-10 units of monosaccharide. Oligosaccharides are bound to the lipids or the proteins to form the glycolipids and the glycoproteins respectively by the O-glycosidic or the N-glycosidic linkages. <u>They are found in the bacterial lipopolysaccharides especially cell wall lipopolysaccharides of the Gram negative bacteria. Llipopolysaccharide of the Gram negative bacteria consists of O-antigen that consists of repeated oligosaccharide units.</u>
