Your dental office is participating in a large charity event that promises to provide free dental care to a large number of children. Unfortunately, there are only a limited number of instrument kits & handpieces available and sterilizing them will slow down the delivery of care. Which method of sterilization might help in moving instruments more quickly through processing?

Answers

Answer 1
Answer:

Chemical sterilization is a fast method of sterilization. The best method to sterilize instruments quickly is the use of isopropyle alcohol.

Sterilization:

It is the method of killing microbes from the surface of instruments and utensils used in surgical procedure.

There are two type of sterilization.

  1. Physical sterilization
  2. Chemical sterilization

Physical Sterilization:

  • This is done by using heat and and pressure or irradiation methods.
  • It takes time sterilize the instrument.

Chemical sterilization:

  • This mainly include the use isopropyle alcohol to sterilize the surface and instrument.
  • It is a fast method of sterilization.

Therefore, the best method to sterilize instruments quickly is the use of isopropyle alcohol.

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Answer 2
Answer:

Answer:

Poop

Explanation:

Poop


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18) If heart rate is decreasing, what portions of the nervous system are being activated? Highlight allthat apply.
Afferent division
Somatic nervous system
Sympathetic nervous system
Efferent division
Autonomic nervous system
Parasympathetic nervous system

Answers

Answer:

Autonomic nervous system

parasympatheic nervous system

Final answer:

When the heart rate decreases, the parasympathetic and autonomic nervous systems are activated.

Explanation:

When the heart rate decreases, the portions of the nervous system that are activated include the parasympathetic nervous system and the autonomic nervous system. The parasympathetic nervous system is responsible for rest and digest activities, and it slows down the heart rate. The autonomic nervous system controls involuntary body functions, including heart rate, and it consists of both the sympathetic and parasympathetic divisions.

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In utero the fetus receive oxygenated blood and gives back deoxygenated blood through umbilical arteries and veins attached to the placenta. Given what you know about the definition of arteries and veins, which of the two brings oxygen rich blood to the fetus?a. Umbilical artery
b. Umbilical vein
c. What? I didn't realize we were already on the repro section

Answers

Answer:

B

Explanation:

The umbilical vein carries oxygenated, nutrient-rich blood from the placenta to the fetus, and the umbilical arteries carry deoxygenated, nutrient-depleted blood from the fetus to the placenta

In the plaque assay for bacteriophages, A.only temperate phages may be used. B.coculture with bacteria is not required. C.the plaque is a clear zone caused by a zone of lysis. D.the plaque is an opaque area caused by a high concentration of virus.

Answers

Answer: C

Explanation:

Phage plaques. Plaques are clear zones formed in a lawn of cells due to lysis by phage. ... A diversity of plaque sizes can result if the phage infect cells at different times during the bacterial growth phase: phage that adsorb early make larger plaques than those that adsorb later

Which of the following is/are activated by an increase in mean arterial pressure (MAP) to 120 mmHg? a. Myogenic autoregulation only
b. Tubuloglomerular feedback only
c. Both myogenic autoregulation and tubuloglomerular feedback
d. Neither myogenic autoregulation or tubuloglomerular feedback

Answers

Answer:

Both myogenic autoregulation and tubuloglomerular feedback  are activated by an increase in mean arterial pressure (MAP) to 120 mmHg?

Explanation:

Mean arterial pressure is the average blood pressure an individual has during a single cardiac cycle. It is considered normal when it is between 65 to 110 mmHg.

When there is an increase in MAP to 120 mmHg then the myogenic autoregulation helps in protecting the glomerular capillaries against the rapid elevation during arterial pressure. Whereas, tubuloglomerular feedback is involved in controlling the RBF and GFR has a response to sustained reduction MAP.

When there is an increase in mean arterial pressure (MAP) to 120 mmHg, both myogenic autoregulation and tubuloglomerular feedback are activated.

Explanation:

Myogenic autoregulation is the reflexive action which constricts the stretched smooth muscles in the blood vessels like arteries and arterioles when there is an increase in MAP.

Tubuloglomerular feedback is a mechanism which corrects the glomerular filtration rate based on the salt concentration in the renal tubules.

Both myogenic autoregulation (of preglomerular arterioles) and tubuloglomerular feedback (TGF) are the homeostatic mechanism used for autoregulation of renal blood flow (ARBF) and prevent renal arterial pressure elevation.

ARBF takes place which constricts the renal arterioles according to their salt content. TGF then acts along with myogenic autoregulation to control the elevation of MAP and renal arterial blood flow.

an oncologist ordered 5FU 12 mg/kg IV qd x 4 d for a 180 # man. 5FU is available in 10 mL vials with a concentration of 50 mg/mL. How many mL will the patient need per dose

Answers

Answer: The answer to the question is

19.6 ml

Explanation:

Patient of weight = 180 pounds

converting to Kg;

= 180/2.2= 81.81 kg approximately

The ordered dose= 12 mg /kg

In mg, it will be;

= 12mg× 81.81 kg= 981.72mg

The available dose= 50mg

and

The available volume= 1 ml

The required dose = ( the ordered dose/ the available dose) × the available volume

Imputing the values given,we have;

=( 981.72mg/50mg)× 1ml

which is;

= 19.63 ml

and that is approximately 19.6ml to be administered.

A client is seen in the primary care provider’s office with reports of polydipsia and polyuria without polyphagia. An assessment notes very edematous ankles and an elevation of blood pressure. These data support which diagnosis associated with the adrenal cortex?(A) Hyperal dosteronism
(B) Adrenocortical hyperfunction
(C) Androgen-producing tumors
(D) Adrenal hyperplasia

Answers

Answer: (A) Hyperal dosteronism

Explanation:

In the case of hyperaldosteronism the levels of secretion of aldosterone increases. This can become responsible for alkolosis and hyperkalemia. High blood pressure, low levels of potassium, headache, muscle weakness, numbness and feeling tired are the symptoms of the hyper dosteronism. Also the increase in the content of sodium and decrease in levels of magnesium causes polyuria and polydipsia without causing polyphagia.

D. Adrenal Hyperplasia