An older adult living in a long-term care facility has been receiving lithium 600 mg twice a day for 3 weeks to ease manic behavior. the client is experiencing nausea and vomiting, diarrhea, thirst, polyuria, slurred speech, and muscle weakness. what is the most appropriate nursing intervention?

Answers

Answer 1

 

If the client is experiencing nausea and vomiting, diarrhea, thirst, polyuria, slurred speech, and muscle weakness, then the most appropriate nursing intervention would be withholding the next dose of lithium and drawing blood to test it for toxicity to avoid worsening the client’s condition.

 

To add, the variety of toxicities wherein some substances may give rise causes of harm to the entire body, hazard to specific organs, major/minor damage, or cause cancer are called health hazards. Anything falling outside of the definition cannot be classified as that type of toxicant. In treating schizophrenia, impulse control disorders, depression, eating disorders and certain mental illnesses in kids, lithium is used for them.


Related Questions

One extensive membrane bound structure serves as the site of origin for protein secretions and enzymes used in other organelles. what is the name of this membrane bound organelles in eukaryotic

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One extensive membrane bound structure serves as the site of origin for protein secretions and enzymes used in other organelles. The name of this membrane bound organelles in eukaryotic is the ribosome. In the cytoplasm, ribsomal RNA (rRNA) and protein combine to form a nucleoprotein called a ribosome. The ribosome serves as the site and carries the enzymes necessary for protein synthesis. The ribosome attaches itself to m-RNA and provides the stabilizing structure to hold all substances in position as the protein is synthesized. Several ribosomes may be attached to a single RNA at any time.   

What is the largest and most diverse group of seedless vascular plants are the:?

Answers

Ferns are the largest, seedless, and vascular plants. These plants are also really ancient dating back to before dinosaurs roamed the earth. 10000 known extant varieties of ferns exist. 
Final answer:

The largest and most diverse group of seedless vascular plants are ferns, with around 12,000 different species. Other seedless vascular plants include club mosses, horsetails, and whisk ferns. Non-vascular seedless plants, such as liverworts, mosses, and hornworts, are generally smaller and absorb water and nutrients through all their exposed surfaces.

Explanation:

The largest and most diverse group of seedless vascular plants are ferns. There are about 12,000 species of ferns that inhabit a variety of environments, from the tropics to temperate forests. However, most ferns prefer moist and shaded places. Apart from ferns, other seedless vascular plants include club mosses, horsetails, and whisk ferns. Unlike seed plants, these species still require water for fertilization.

Another group of seedless plants are the nonvascular plants, which include liverworts, mosses, and hornworts, collectively known as the bryophytes. These plants are generally small and absorb water and nutrients through all their exposed surfaces.

Vascular plants, which encompass more than 90 percent of Earth's vegetation, developed a network of specialized cells that conduct water and solutes. These evolutionary innovations allowed them to spread to all habitats. However, not all vascular plants are seed plants; the earliest vascular plants, like lycophytes (club mosses) and pterophytes (ferns, horsetails, and whisk ferns), are seedless.

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True or False God created man from apes

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From a Christian viewpoint this is false. God created man from the ground, and the first man was called Adam.
It depends if you look at it religiously or scientifically. God created man is the religious view. Scientifically is that apes evolved over millions of years into humans that we know today. Hope this helps! ;)

Much of the fluid that moves across capillary walls and into the tissues moves as a result of filtration, forced by blood pressure. o2 on the other hand travels from the capillaries into the tissues as a result of what?

Answers

Diffusion; the movement of gases through a membrane to a period of higher to lower concentration

Why isn't a ph indicator needed in the lactose broth fermentation tubes?

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Final answer:

The lactose broth fermentation tubes already contain a pH indicator that changes from red to yellow to indicate lactose fermentation by coliform bacteria.

Explanation:

A pH indicator is not needed in lactose broth fermentation tubes when testing for the presence of coliforms because the lactose broth already contains a pH indicator that changes color to indicate lactose fermentation. After inoculation and incubation, the observation of a color change from red to yellow in the media signals coliform growth due to the breakdown of lactose, which produces acidic byproducts, lowering the pH. This visual cue is a straightforward method to assess the potential fecal contamination of water samples by coliform bacteria, such as E. coli.

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Perform an on-line search to discover how a gardener can remedy soil that is overly acidic. support your answer with a sequence of contributing chemical reactions.

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A remedy for alleviating soil acidity is the use of lime. The lime should be used in adequate quantities, depending up on the acidity of the soil, and plant to be grown. 
Deficiency of Magnesium, Iron, Aluminium, and Calcium can also cause acidity,
Quick lime, hydrated lime, chalk, oyster-shell etc., may be used for improving acidic soils

Final answer:

To remedy overly acidic soil, a gardener can add lime which reacts with hydrogen ions in the soil to form water and carbonate ions. This neutralizes the acidity of the soil, making it more suitable for plant growth. Contributing to soil acidity is the phenomenon of acid rain, caused by human activities like burning of fossil fuels.

Explanation:

To remedy soil that is overly acidic, a gardener can add a substance, such as lime (calcium carbonate, CaCO3) to the soil. When lime is added to acidic soil, it reacts with the hydrogen ions present in the soil to form water and carbonate ions. This reaction can be represented as:

CaCO3 + 2H+ -> Ca2+ + H2O + CO2

The carbonate ions (CO2) evaporate into the atmosphere as carbon dioxide gas. This chemical reaction neutralizes the acidity of the soil (raises the pH), making it more hospitable for plant growth. In addition, certain human activities can affect the pH of soil, such as the burning of fossil fuels, which releases sulfur dioxide into the atmosphere. This can result in acid rain (rainwater combined with sulfur dioxide forms weak sulfuric acid), which can lower the pH of soil, making it overly acidic.

To remedy soil that is overly acidic, a gardener can use various methods to raise the pH level and make the soil more neutral. One common method is to add lime, such as agricultural lime or dolomitic lime, to the soil. When lime is added to acidic soil, it reacts with the H+ ions in the soil to form water, thus decreasing the acidity. The chemical reaction involved can be represented as:

CaCO3 + 2H+ → Ca2+ + H2O + CO2

Another method is to add organic matter, such as compost or manure, to the soil. The organic matter contains alkaline compounds that can help neutralize the acidity. For example, the reaction between organic matter and acid in the soil can be represented as:

Organic matter + H+ → H2O + CO2

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Optic nerves transmit information from the ________ visual field of ________ to the left cerebral hemisphere.

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Optic nerves transmit information from the right visual field of both the left and right eyes to the left cerebral hemisphere. The optic nerve is a group of nerve fibers that is cable-like which transmits and connects visual information from both eyes to the brain. It is primarily made up of retinal ganglion cell axons. This nerve would receive light signal from the rods and cones by the amacrine and bipolar cells. Then, the signals are being transmitted to the LGN or the lateral geniculate nucleus in which the signal is relayed to the left part of the brain or to the visual cortex wherein it is converted into image which we are able to see.

Answer:

Optic nerve transmit information from the both eyes visual field of the right cerebral hemisphere to the left cerebral hemisphere.

Explanation:

Optic nerve transmit information from the both eyes visual field of the right cerebral hemisphere to the left cerebral hemisphere. The optical nerve is the nerve that transmits visual information from retina to the brain.

Optical nerves is made up of retinal ganglion cell axons glial cells.The image in the eyes is transmitted to the brain along the optic nerve. About 90% of the axons in the optic nerve go to the lateral ganiculate nucleus in the thallamus.

The optic nerves begins from the optic disk which forms from the convergence of ganglion cell fibres(called axons) as they pass out of the eye.      

HELP PLEASE!
Which of the following correctly describes fungi?
A. Eukaryotic autotroph
B. Prokaryotic autotroph
C. Eukaryotic heterotroph
D. Prokaryotic heterotroph

Answers

D. Prokaryotic heterotroph, animals are eukaryotic
Most opisthokonts and prokaryotes are heterotrophic; in particular, all animals andfungi are heterotrophs. Some animals, such as corals, form symbiotic relationships with autotrophs and obtain organic carbon in this way.



How are conditions of pressure and temperature, at which two phases coexist in equilibrium, shown on a phase diagram?

Answers

On the phase diagram, conditions of pressure and temperature, at which two phases coexist in equilibrium are separated by a line.

There are  different kinds of diagram. On the phase diagram, The regular phase diagram is known to be one that has pressure seen on the y-axis and temperature seen on the x-axis and two phases coexist in equilibrium which is often separated by a line.

How are pressure and temperature depicted on a phase diagram?

Phase diagram is known to be a kind of graphical representation of all the physical states of a substance using different kinds of conditions of temperature and pressure.

A regular phase diagram is known to be one that has pressure seen on the y-axis and temperature seen on the x-axis. As one cross the lines or curves on a specific phase diagram, a phase change is said to occur.

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Hydrogen and Oxygen will have properties after they bond to become water. A. the same B. both of their original C. completely new D. only the dominant element’s

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C they will have completely new properties

Hydrogen and Oxygen will have completely new after they bond to become water.

Does hydrogen bonding with oxygen make water?

A molecule of water has two hydrogen atoms. Both of these atoms can form a hydrogen bond with oxygen atoms of different water molecules.

What properties does water get from hydrogen bonding?

Water molecules are polar, so they form hydrogen bonds. This gives water unique properties, such as a relatively high boiling point, high specific heat, cohesion, adhesion and density.

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True or false all animal cells have the same number of chromosomes

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The statement that all animal cells have the same number of chromosomes is false. 
The chromosomes are structures located inside the nucleus of animal and plant cells. Cells from different species have different number of chromosomes. For example bacteria have one or two chromosomes, koalas have 16 chromosomes, snail 24, tiger cell has 38 chromosomes, carp has 100 and so on. 

Final answer:

The statement that all animal cells have the same number of chromosomes is false. While each somatic cell within a species has a consistent chromosome number, this number varies across different species.

Explanation:

The statement that all animal cells have the same number of chromosomes is false. Within a single species, such as humans, each somatic (non-sex) cell indeed has a consistent number of chromosomes, known as the diploid number. However, different species have different numbers of chromosomes. For example, humans have 46 chromosomes in each somatic cell, whereas other species can have more or less. Therefore, while the chromosome number is consistent within a species, it varies across different animal species. Additionally, mature red blood cells in humans contain no nuclei and thus no chromosomes, and certain animals can have cells in polyploid states, where sets of chromosomes have been multiplied beyond the simple diploid number.

Dark green or orange vegetables and/or fruits are recommended at least every other day to provide a source of

Answers

Dark green or orange vegetables are the ones that are best for you. Some examples are carrots, green peppers, zucchini and pumpkin. These foods contain a good source of vitamin A.

Assume you have isolated an unknown virus. this virus has a single, positive sense strand of rna, and possesses an envelope. to which group does it most likely belong?

Answers

This would be a togavirus

Prostatitis with sudden, severe onset accompanied by fever, chills, dysuria, and hematuria is most likely to be which type of infection?

Answers

 

An example of an acute bacterial infection is prostatitis with sudden, severe onset accompanied by fever, chills, dysuria, and hematuria.

To add, acute infection of the prostate gland that causes pelvic pain and urinary tract symptoms, such as dysuria, urinary frequency, and urinary retention, and may lead to systemic symptoms, such as fevers, chills, nausea, emesis, and malaise is called acute bacterial prostatitis .

Which is one serious effect of stress on the body that often goes undetected?

Answers

One of serious effect of stress on the body that often goes undetected is elevated blood pressure. 
Stress will release cortisol hormone that will induce a various effect. One of the effects is elevated blood pressure. High blood pressure often didn't cause symptoms and are undetected.

A non native species of fish is introduced into a lake. which would most likely prevent this fish from becoming an invasive species

Answers

The factor that will prevent the species from becoming an invasive one is predation.

If the species of fish introduced is an apex predator, there will be no organisms present to keep the population of the fish in check. Moreover, if the introduced species has a selective advantage over those that it shares the same niche with, then it is more likely to oust these species from the food chain by consuming all of their resources. 

Answer:The fish shares a niche with another species (apex)

Explanation:

A client is admitted to the hospital with the diagnosis of a right-sided brain attack (stroke). the client is right-handed. which task will be most difficult for this client?

Answers

Since the client is diagnosed of having right sided brain attack or also known as stoke, since the client is right handed, the most difficult task that the client would perform is having to do activities that involves of using his right side of the body such as his or her right arm, hands or right leg.
Since the right side of the brain controls the ability to pay attention, recognize things you see, hear or touch, and be aware of your own body, the answer is dressing every morning.

What would be the primary principle of wise diet planning as related to protein nutrition?​?

Answers

The answer is moderation principle. Socrates said "Everything in moderation; nothing in excess." And yet over 2,500 years old, this saying still holds accurate. Those who place severe limitations on what they can or cannot eat frequently find it challenging to stick to an arrangement of sensible eating. Depriving yourself of foods rich in fat and sugar is not essential. When eaten on occasion, these treats are not damaging to your health and often provide enough enjoyment to keep one motivated to continue healthy eating practices.

A wise diet plan regarding protein nutrition should include an adequate but not excessive intake of proteins, ideally not more than one fifth of daily consumption, focusing on high-quality protein sources. It also entails balancing proteins with carbohydrates and fats, and incorporating a diverse array of foods to ensure all nutritional needs are met.

Protein Nutrition in Wise Diet Planning

The primary principle of wise diet planning as related to protein nutrition is to ensure an adequate but not excessive intake of proteins. Proteins should only constitute a portion of the diet, ideally not exceeding one fifth of the daily intake, as they are essential for repairing tissues and serving as building blocks for the body, but they are also the most expensive nutrients. Balancing proteins with other food groups, and emphasizing high-quality protein sources such as lean meats, dairy, and plant-based options is essential for maintaining health and supporting bodily functions.

Additionally, carbohydrates should form the bulk of one's diet, providing energy, while fats serve as a secondary energy source and help with nutrient absorption. It is important to select proteins that come with a beneficial nutritional package, containing vitamins and minerals essential for overall health.

Moderation and variety are key components; including a diverse array of food items from different food groups ensures a balanced intake of all essential nutrients. While some cultures thrive on diets high in proteins and fats, such as the Inuit, a traditional vegetarian diet can also provide adequate levels of protein when well-planned. An understanding of personal dietary needs, such as activity level and health goals, will assist in determining the optimal protein intake within a balanced diet. It's important to recognize that individual needs may vary, and consulting with a nutritionist or dietitian could provide personalized guidance.

How do I solve this problem in the picture??

Answers

So a box plot displays five points.

The end of the left "whisker" is the minimum, in this case, I would assume either 1 or 0.

The end of the right "whisker" is the maximum, in this case, around 90.

The left edge of the block is the 1st Quartile (if you don't know how to get it or what it is message me and I'll tell you, but for now, it's basically the number in the middle between the median and the minimum)

The right edge of the block is the 3rd Quartile (again, same as before, except median and maximum now)

And the middle line in between those is the median, or 2nd Quartile.

After several miles of running and sprinting in intervals, the runner’s muscles ache and feel fatigued. Which is the best explanation for what has occurred?

Answers

After miles of running and sprinting in intervals, the runner's muscle ache and feel fatigue due to anaerobic respiration taken place in the muscle cells.Anaerobic respiration in animal cell gives Carbon Dioxide and lactic acid as products. Due to the formation of lactic acid after running, muscles feel fatigue and ache.
I hope I helped you! ^^
When your muscles don't have enough oxygen for the exercise they're doing they have to break down carbohydrates into something called lactic acid. Lactic acid also increase the acidity of the muscle cells, so it makes your muscles sore. It may seem counterproductive for your body to produce something that would make your muscles not function as well, but without the lactic acid permanent damage could could happen because your muscles wouldn't be getting the oxygen they need.

In many aquatic vertebrates reproduction involves external fertilization. what is a characteristic of this type of fertilization.

Answers

is that the whole question?

How does research on attributional processes help to explain the link between hot weather and aggression?

Answers

During a study in the U.S., it was noted that people are more violent during summer months and December. It is also disclosed that climate change could lead to more violence, as an example, during El Niño, civil conflict increases. The reason is that anger increases the body temperature by increasing blood pressure and altering the distribution of blood in our body. Higher temperature means an increase in aggression and the heat triggers the feelings of anger.  

In cnidarians, the mouth of both the medusa and polyp form opens into an internal _____ where _____ digestion takes place.

Answers

The correct terms to fill in the blanks are gastric cavity and extracellular. In cnidarians, the mouth of both the medusa and polyp form opens into an internal gastric cavity where extracellular digestion takes place. The polyp and medusa are body forms that can be found in the phylum Cnidaria. The polyp is a nonmotile body form while the medusa is a free swimming body form.

Final answer:

In cnidarians, both the medusa and polyp forms ingest food through a mouth that opens into a gastrovascular cavity, where extracellular digestion occurs, showcasing their simple yet effective digestive system.

Explanation:

In cnidarians, the mouth of both the medusa and polyp form opens into an internal gastrovascular cavity where extracellular digestion takes place. This cavity is central to the cnidarian's simple digestive system, comprising just one opening that serves as both mouth and anus, reflecting an incomplete digestive system. The cnidarians utilize their tentacles, which are equipped with specialized cells called nematocysts, to capture prey. Once the prey is captured and brought to the mouth, it is then transported into the gastrovascular cavity. Here, digestion begins externally with enzymes breaking down the food before the nutrients are absorbed by cells lining the cavity. This process also facilitates gas exchange for the organism. The structural simplicity of this system, characterized by the lack of a separate exit for waste, underscores both the evolutionary position of cnidarians and their unique adaptations to their aquatic environments.

How long do you go without eating before you pass out?

Answers

An average person could be conscious or are able to live without eating for about thirty days. Though what's more important is that the person is having water because water is very vital and essential to the body for it is the most abundant component that could be found in a person's body. Without it, the person without eating and has no water intake could only take him or her three days.

When kelp plants in coral reefs are exposed to sunlight, blue and red wavelengths of light are absorbed by the kelp. Energy from green wavelengths is lost to the kelp. Explain why this phenomenon does not violate the Law of Conservation of Energy.

Answers

While kelp absorbs blue and red wavelengths preferentially, it doesn't mean that green wavelengths aren't absorbed elsewhere.For example, carotenoids like algae and bacteria and fungi absorb blue-green light and there are plenty of these types of organisms on the earth. Carotenoids familiarly present also in vegetables like tomatoes. 

The phenomenon of kelp reflecting green wavelengths of light in coral reefs, while absorbing blue and red light, does not violate the Law of Conservation of Energy because the energy is not destroyed but is reflected or transmitted back into the environment.

When kelp plants in coral reefs are exposed to sunlight, they absorb blue and red wavelengths of light which are most available to them underwater. Kelp, like other photosynthetic organisms, has pigments such as chlorophyll that absorb specific wavelengths of light. Chlorophylls absorb mostly the red and blue wavelengths of light and reflect the green wavelengths, which is why many plants, including kelp, look green. Because the kelp cannot use the energy from the green light, it is reflected or transmitted rather than absorbed. The reflection or transmission of green light by the kelp does not violate the Law of Conservation of Energy because the energy is not lost; it is simply not used by the kelp and continues to exist in the environment.

The absorption spectrum of an organism's pigments determines the range of light it can utilize for photosynthesis. Chlorophylls feature a high absorption in the blue and red regions of the spectrum and low absorption in the green region, which is why they reflect green light. The energy absorbed from sunlight is used to synthesize food, in a process known as photosynthesis, turning light energy into chemical energy. The energy that is not absorbed by the pigments, like the green light, is lost to the kelp but not destroyed; it either passes through or is reflected off the plant and is potentially available for absorption by other organisms or photosynthetic pigments that can use green light.

How does the diversity of life in the subtidal zone compare to that of the upper intertidal zone?

Answers

Final answer:

The upper intertidal zone shows less diversity in life as the organisms here are adapted to harsh conditions including exposure to air, sunlight, and strong wave action. In contrast, the subtidal or neritic zone, with its more stable conditions and the penetration of light enabling photosynthesis, hosts a greater diversity of life including algae, phytoplankton, and various marine animals.

Explanation:

When comparing the diversity of life in the subtidal zone and the upper intertidal zone, several factors come into play. The upper intertidal zone is an immensely variable environment due to tidal flow, being exposed to both air and sunlight at low tide and submerged underwater during high tide. Also, this zone is often pounded by waves, leading to a habitat suited to only certain resilient organisms.

On the other hand, the subtidal zone, also known as the neritic zone, extends from the margin of the intertidal zone to depths of about 200 m at the edge of the continental shelf. The conditions here are comparatively more stable and less harsh. The ability of light to penetrate this zone enables photosynthesis, thus leading to a richer diversity of life, including various algae, phytoplankton, zooplankton, small fishes, and shrimp.

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Changes to waterways will discontinue if human impacts on waterways cease. Please select the best answer from the choices provided T or F

Answers

False. Humans are not the only thing impacting waterways. Although we are one of the biggest contributors we don't take 100% of the blame. If this helps please give brainliest ;)

Answer: FALSE ON EDGE 2021

Explanation:

Is made of multiple globular molecules polymerized to form long chains or filaments.
a.myosin
b.tropomyosin
c.troponin
d.actin
e.titin?

Answers

The answer is option d. Actin

Final answer:

Actin is a protein composed of globular molecules that polymerize to form microfilaments and are instrumental in muscle contraction. It also forms a part of the cell's cytoskeleton and comes in monomeric (G-actin) and polymeric (F-actin) forms.

Explanation:

The substance described in the question is composed of multiple globular molecules polymerized to form long chains or filaments. Among the options provided, actin is the correct answer. Actin is a globular multi-functional protein that forms microfilaments. It exists both as free monomers called G-actin and as a linear polymer called F-actin, which is part of the cytoskeleton in eukaryotic cells and plays a crucial role in muscle contraction as thin filaments.

Actin filaments, along with myosin, facilitate muscle contraction. Myosin interacts with actin filaments during muscle contraction when binding sites on actin are exposed. Tropomyosin and troponin are regulatory proteins that bind to actin filaments and manage the interaction with myosin heads.

The interdependence of body systems is essential because

A. all systems work together to maintain homeostasis.
B. each system doesn't rely on the others to work.
C. each system can work independently on its own.
D. very few processes are controlled by hormones

Answers

The answer to this question is:

The interdependence of body systems is essential because??
A-"All systems work together to maintain homeostasis."

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Without a centrosome, cells would not be able to

Answers

Without a centrosome, cells would not be able to move organelles around the cytoplasm. The centrosome is part of the nucleus that interacts with the chromosomes to build the mitotic spindle. It is typical for the animal cells. This organelle is also responsible for cell division and the stages in the cell division process.
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