Answers
Myelitis is the medical term for spinal cord inflammation. It may harm the myelin, an insulating substance that protects the fibers of nerve cells.
What are the spinal nerves?In order to modify motor and sensory input from the body's periphery, spinal nerves, which are mixed nerves, directly communicate with the spinal cord. Each nerve is made up of fila radicularia, or nerve fibres, which emerge from the anterior (ventral) and posterior (dorsal) roots of the spinal cord.
Where does the spinal nerve reside?The the central nervous system (CNS), which is made up of the brain and spinal cord, is extended by the spinal cord. The spinal cord starts in the medulla oblongata, which is located at the base of the brain stem, but ends in the lower back, where it tapers to create a cone known as the conus medullaris.
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Related Questions
How would you look up information about a disease and its cure if you had a disease
Answers
Answer:
You can ask from an experienced doctor or someone good in that field or you can search the internet for it
Name
momory
1
Section
Date
4 You are riding with an ambulance crew who is called to the scene of a motor vehicle accident caused by texting
while driving. As the paramedics are loading one of the victims into the ambulance, you are asked to describe
his most serious wounds to the emergency department so they can be prepared for his arrival. Describe the
location of his wounds, indicated on Figure 1. 20 by three X marks, using at least three correct regional and
directional terms.
A
C
Х
XB
Answers
Based on Figure 1, it appears that the victim has three wounds marked by X's on the body. The wound marked by XA is located on the left side of the head, above the ear. The wound marked by XB is located on the right side of the chest, near the armpit. The wound marked by XC is located on the right leg, near the knee.
Some additional regional and directional terms that could be used to describe the location of these wounds include:
XA: anterior, superior, lateral
XB: posterior, superior, medial
XC: posterior, inferior, medial
What type of social determinants impact contemporary ethical decision making in Science and Medicine?
Your response should be in-depth and have references/in-text citations (as appropriate) and approximately 1.5 - 2 pages in length or a minimum of 750 words
Answers
The type of social determinants impact contemporary ethical decision making in Science and Medicine is ethnicity, socio-economic status, and education.
The relationship between social determinants and ethical decision-making in science and medicine is crucial. Factors such as race and ethnicity can impact how patients receive medical care, how they are treated, and how they perceive their medical care. Socioeconomic status is also a significant determinant of ethical decision-making in science and medicine. Patients from low-income communities may not have access to quality healthcare services, which can impact their medical outcomes. Additionally, individuals with higher education levels are more likely to understand medical treatments, which can lead to better medical outcomes.
The cultural beliefs of patients also have a significant impact on ethical decision-making in science and medicine. A patient’s culture and religion may influence their medical choices, leading to conflicts between patients, healthcare providers, and ethical standards.In conclusion, social determinants play a significant role in ethical decision-making in science and medicine. Healthcare providers must consider these factors when making decisions to provide equitable and just medical care. Therefore, social determinants should be an essential aspect of ethical considerations in medical care.
Reference:Mertz, M., & Allhoff, F. (2020). Social Determinants of Health, Prioritizing Resources, and Fair Allocation. The American Journal of Bioethics, 20(3), 5-15.
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the clinician is seated near the corner of the patient headrest with the midline of his or her torso even with the temple region of the patient's head. which clock position is this?
Answers
The clinician is seated near the corner of the patient headrest with the midline of their torso even with the temple region of the patient's head. This the 11'o clock position.
When the clinician will be seated near the corner of patient with midline of his torso , this position corresponds to the 11 o'clock position for a right-handed clinician and the 1 o'clock position for a left-handed clinician seated near the corner of patient with midline of his torso.
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A nurse is caring for a client undergoing ECT and will receive succinicholine. the client asks the nurse about the medication. Which of the following responses should the nurse make.
Answers
You have not written the respones
Depositions are A. written quiestions that must be answered under oath. B. a discovery method for obtaining documentary evidence. C. a discovery method for avoiding the need to prove a fact in court D. a discovery method for obtaining testimony under oath
Answers
Depositions are a discovery method for obtaining testimony under oath. In a deposition, an attorney or representative of a litigant will ask questions of a witness or other party in order to elicit answers from them.
Correct option is C.
When done correctly, depositions are a powerful tool to obtain the evidence and to gather the truth about a case. The questions can be difficult, and the witness must be sure to answer them truthfully. Depositions are conducted outside of a courtroom, typically in an attorney’s office, and they are recorded.
The parties to the case will have to agree on the questions to be answered and the time the deposition will take place. The questions that are asked, and all of the answers provided, become part of the evidence for the case. Depositions help attorneys to prepare their case for a jury, as they can make sure that all the facts will come out in the open.
Correct option is C.
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Describe what happens in the body when only proteins and fat are ingested but carbohydrates are excluded. Are diets that are high in proteins and fat healthy weight-loss alternatives? Why or why not?
Answers
Answer:idek
Explanation:
A person receives Ty21a vaccine because he is traveling to a country in which typhoid fever is endemic. If he plans to continue this type of travel in the future, when is it recommended that he be revaccinated against typhoid fever
Answers
Answer:
in five (5) years
Explanation:
Typhoid fever is a disease caused by eating or drinking food or water contaminated with a bacteria called Salmonella typhi. Some symptoms of typhoid fever include high fever, abdominal pain, weakness, constipation and mild vomiting. The S. typhi Ty21a (Ty21a) vaccine is a live attenuated vaccine created by reducing the virulence of the pathogen, which is orally administrated. Revaccination with Ty21a is recommended after 5 years in the USA and 7 years in Canada after first vaccination, regardless of the risk of infection. However, the period of protection after Ty21a immunization still has not been well defined.
A patient in the clinic just received her regular allergy injections and immediately shows symptoms of an anaphylaxis reaction, including difficulty breathing, a weak and rapid pulse, and dizziness. You are asked to prepare epinephrine 0.3 mg for subcutaneous injection by the provider. The epinephrine is supplied as a 1:1000 solution in a 30 mL vial containing 1 mg/mL.
Answers
Since the epinephrine is supplied as a 1:1000 solution in a 30 mL vial containing 1 mg/mL, we need to draw up 0.7 mL of the solution in order to get 0.7 mg of epinephrine.
Epinephrine for Anaphylaxis.
In order to prepare the correct dose of epinephrine 0.3 mg for subcutaneous injection, we need to use the following formula:
Dose (mg) = Desired dose (mg/kg) x Patient's weight (kg)
In this case, we don't have the patient's weight, so we'll assume an average weight of 70 kg.
Assuming a desired dose of 0.01 mg/kg, we can calculate the required dose of epinephrine as follows:
Dose (mg) = 0.01 mg/kg x 70 kg = 0.7 mg
Since the epinephrine is supplied as a 1:1000 solution in a 30 mL vial containing 1 mg/mL, we need to draw up 0.7 mL of the solution in order to get 0.7 mg of epinephrine.
To prepare the required dose of epinephrine:
Clean the top of the vial with an alcohol swab.Using a sterile syringe, draw up 0.7 mL of the epinephrine solution.Administer the epinephrine subcutaneously, following the provider's instructions.It's important to note that anaphylaxis is a medical emergency and requires immediate treatment. In addition to administering epinephrine, the patient should be closely monitored.
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We must draw up 0.7 mL of the solution in order to obtain 0.7 mg of epinephrine because it is provided as a 1:1000 solution in a 30 mL vial with a 1 mg/mL concentration.
Epinephrine for Anaphylaxis?The following formula must be used to create the appropriate dose of epinephrine, which is 0.3 mg, for subcutaneous injection:
Dose (mg) = Desired dose (mg/kg) x Patient's weight (kg)
Since we are unsure of the patient's weight in this instance, we'll make the assumption that it is around 70 kg.
We can determine the necessary amount of epinephrine by using the following formula, assuming a desired dose of 0.01 mg/kg:
Dose (mg) = 0.01 mg/kg x 70 kg = 0.7 mg
We must draw up 0.7 mL of the solution in order to obtain 0.7 mg of epinephrine because it is provided as a 1:1000 solution in a 30 mL vial with a 1 mg/mL concentration.
To make the necessary epinephrine dose:
Use an alcohol swab to clean the vial's top.Draw up 0.7 mL of the epinephrine solution using a sterile syringe.Give the epinephrine subcutaneously as directed by the medical professional.It's critical to remember that anaphylaxis is a medical emergency that calls for prompt attention. Together with giving epinephrine, the patient needs to be closely watched.Learn about allergies here brainly.com/question/28341049
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a client who is at 11 weeks of gestation comes to the clinic stating that she has had slight occasional vaginal bleeding over the past 2 weeks. the provider determines that the fetus has died and that the placenta, fetus, and tissues remain in the uterus. how should the nurse document these findings?
Answers
The nurse records the patient's final arrangements, the funeral home's contact information, its address, and a list of the relatives who were there when the patient passed away.
What is the gestation period?
Gestational age is the term most usually used to describe the stage of a pregnancy throughout pregnancy. It is measured in weeks from the first day of the woman's most recent menstrual cycle to the present. The normal gestational period is between 38 and 42 weeks.
What distinguishes conception from gestation?
Information. Between conception and delivery, a baby develops and grows inside the mother's womb during the gestational period. Given that the precise timing of conception is unknown, gestational age is calculated.
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Cardiocytes and skeletal muscle differ over which part of myofibril structure?
Answers
Cardiocytes and skeletal muscle differ over titin part of myofibril structure.
Myofibrils are composed of long proteins as well as simple protein, myosin, and titin, and alternative proteins that hold them along. These proteins are organized into thick, thin, and elastic myofilaments, that repeat on the length of the sarcostyle in sections or units of contraction known as sarcomeres.
Cardiomyocytes contain several sarcosomes, which give the desired energy for contraction. in contrast to striated muscle cells, cardiomyocytes unremarkably contain one nucleus. Cardiomyocytes typically contain constant cell organelles as striated muscle cells, though they contain additional sarcosomes.
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When reading and analyzing a research study, what is the nurse's primary reason to question the link between the treatment and the outcome?
The sample was large with no exclusion criteria
Threats to validity suggest alternate causes of the outcome
Randomization controlled researcher bias
The literature review included ten relevant, current articles
Answers
When reading and analyzing a research study, the nurse's primary reason to question the link between the treatment and the outcome is the randomization controlled researcher bias and is therefore denoted as option C.
Who is a Nurse?This is referred to as a healthcare professional who is specially trained in taking care of the sick and ensuring that adequate recovery of the patient is achieved.
Researches involve random selections which make up a sample size and are done so as to prevent any bias from being present. We must note that not all randomization are unbiased especially in a research which is used to determine the outcome of a treatment. The presence of the bias doesn't depict the real effectiveness which is why it is questioned by the nurse.
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Transmission based precautions are used in addition to standard precautions when a resident suspected of having an infection that could be spread to others true or false
Answers
Transmission-based precautions are used in addition to standard precautions when a resident suspected of having an infection that can spread to others is true.
What are Transmission Based Precautions?Transmission-Based Precautions are designed according to the transmission mechanism of the pathologies and designed for patients suspected, known to be infected or colonized by transmissible pathogens of epidemiological importance.
With this information, we can conclude that Transmission Based Precautions is adopted when there is some specific mode of transmission of the disease, and is characterized by the possible isolation of the patient.
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one potential source of hypoxia is a deficiency in the ability of hemoglobin to transport oxygen. What is the likely cause of this deficiency
Answers
A likely cause of the deficiency in the ability of hemoglobin to transport oxygen is a genetic mutation or alteration in the structure of hemoglobin molecules.
Hemoglobin is a protein found in red blood cells that plays a crucial role in transporting oxygen from the lungs to the body's tissues. It does this by binding to oxygen molecules in the lungs and releasing them in areas where oxygen is needed. However, certain genetic mutations or alterations in the structure of hemoglobin can lead to a deficiency in its ability to effectively bind and transport oxygen.
One example of such a genetic mutation is sickle cell disease. It is caused by a mutation in the gene that produces hemoglobin, resulting in the production of abnormal hemoglobin molecules. In this condition, the altered hemoglobin can form rigid, sickle-shaped red blood cells that are less efficient at carrying oxygen. This can lead to a deficiency in the ability of hemoglobin to transport oxygen adequately, resulting in hypoxia (insufficient oxygen supply to tissues).
Other genetic disorders affecting hemoglobin, such as thalassemia and certain variants of hemoglobinopathies, can also cause deficiencies in oxygen transport due to abnormalities in the structure or production of hemoglobin molecules.
In addition to genetic factors, certain environmental factors or diseases can also affect the ability of hemoglobin to transport oxygen efficiently. For example, carbon monoxide poisoning can bind to hemoglobin more strongly than oxygen, reducing its capacity to carry oxygen. Similarly, conditions like anemia, which can result from various causes including nutritional deficiencies or chronic diseases, can decrease the amount of functional hemoglobin available for oxygen transport.
Overall, a deficiency in the ability of hemoglobin to transport oxygen is commonly caused by genetic mutations or alterations in hemoglobin structure, along with certain environmental factors or diseases that affect hemoglobin's functionality.
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enumerate the parts of the heart and its functions
Answers
Answer:
Atria, Ventricles, Epicardium, Myocardium, Endocardium, Atrioventricular Bundle, Atrioventricular Node, Purkinje Fibers, Sinoatrial Node, Aortic valve, Mitral valve, Pulmonary valve, Tricuspid valve, Aorta, Brachiocephalic artery, Carotid arteries, Common iliac arteries, Coronary arteries, Pulmonary artery, Subclavian arteries, Brachiocephalic veins, Common iliac veins, Pulmonary veins, and the Vena cava.
Explanation:
The heart is a vital organ that helps supply blood and oxygen to every part of your body. It's divided by a partition (or septum) into 2 halves. Each half is, in turn, divided into 4 chambers. The heart is situated within the cavity of the chest and surrounded by a sac filled with fluid called the pericardium. This amazing muscle produces electrical impulses that cause the heart to contract, pumping blood throughout your body. The heart and the circulatory system when working together make up the cardiovascular system.
The heart consists up of 4 chambers; The Atria are the upper 2 chambers of the heart, and the ventricles are lower 2 chambers of the heart. The heart wall consists up of 3 layers; The Epicardium is the outer layer of the wall of the heart, The Myocardium is the muscular middle layer of the wall of the heart, and the Endocardium is the inner layer of the heart.
The heart also has nodes and nerve fibers that send electrical signals, causing the heart to contrast. Cardiac conduction is the rate which the heart conducts electrical impulses. The Heart has nodes and nerve fibers which play an important role in causing the heart to contract. The Atrioventricular Bundle is a bundle of fibers that carry cardiac impulses, the Purkinje Fibers are fiber branches that extend from the atrioventricular bundle, the Atrioventricular Node is an area of nodal tissue that delays and relays cardiac impulses, and the Sinoatrial Node is an area of nodal tissue that sets the rate of contraction for the heart.
Then there is the Cardiac cycle which is the sequence of events that occur when the heart beats. There are 2 phases of the cardiac cycle, Diastole and Systole Phase. Diastole phase is when the heart ventricles are relaxed and the heart fills with blood. Systole phase is when the ventricles contract and pump blood to the arteries.
The heart has 4 valves which control the direction of the flow of the blood through the heart. Heart valves are flap-like structures that allow blood to flow in one direction. The 4 valves are the Aortic valve, the Mitral valve, the Pulmonary valve, and the Tricuspid valve. The Aortic valve prevents the back flow of blood as it is being pumped from the left ventricle to the aorta. The Mitral valve prevents the back flow of blood as it is being pumped from the left atrium to the left ventricle. The Pulmonary valve prevents the back flow of blood as it is being pumped from the right ventricle to the pulmonary artery. And the Tricuspid valve prevents the back flow of blood as it is being pumped from the right atrium to the right ventricle. This makes it easy for the blood to flow in and out with no issues.
And finally, we get to the blood vessels. Blood vessels are intricately detailed networks of hollow tubes that move your blood throughout the entire body. These are some of the main Arteries and Veins in the heart.
The largest artery in the body is the Aorta, from which most major arteries branch off of, the Brachiocephalic artery carries oxygenated blood from the aorta to the head, neck, and arm regions of the body. The Carotid arteries supply oxygenated blood to the head and neck regions of the body. Common iliac arteries carry oxygenated blood from the abdominal aorta to the legs and feet. The Coronary arteries carry oxygenated and nutrient-filled blood to the heart muscle. The Pulmonary artery carries deoxygenated blood from the right ventricle to the lungs. The Subclavian arteries supply oxygenated blood to the arms. The Brachiocephalic veins are 2 large veins that join to form the superior vena cava. The Common iliac veins join to form the inferior vena cava. Pulmonary veins carry oxygenated blood from the lungs to the heart, And the Vena cava transport de-oxygenated blood from various regions of the body to the heart.
Differentiate between electronic health record (EHR), electronic medical record (EMR), and personal health record (PHR) Differentiate between clinical information systems (CIS) and administrative information systems (AIS) What systems are currently being utilized at your organization
Answers
Answer:
The electronic medical records and the electronic health records are maintained by a health provider or a physician whereas the personal health recorder are kept and maintained by the patient themselves.
Explanation:
Electronic health record or EHR is the paper chart of a patient in a digital format. It focuses on total health of the patient that is beyond the clinical data collected. They are designed to store all the medical history of a patient.
Electronic medical record or EMR are used mainly by the doctors to keep a track and record the medical metrics and the information of the patients. This allows the physician to track the data of a patient over time.
A personal health record is been maintained by an individual. It is the collection or record of an individual's health. It helps to improve the patient's engagement.
A clinical information systems is a type of information system that is designed mainly for the use in the critical care situation which includes ICU. It draws the information from all those systems in a patient record kept electronically that can available for the doctor to see at the bedside of the patient.
The administrative information systems helps the process of a client care by the management of a nonclinical financial information, demographic information, etc.
what deficiency causes a metallic taste in your mouth
Answers
Severe deficiency may begin affecting the nerves, which may result in a metallic taste in the mouth.
Have a nice day! Good luck!
QUESTION 11
Ken is 73 but refuses to retire from his job. He doesn't want to slow down, claiming. "Ill work until I drop dead." According to the trait
theory of aging, Ken is a type of armored-defended individual.
Answers
Answer:
The correct answer is - holder-on type.
Explanation:
The behavior of Ken towards his retirement and age shows that he is an individual that is ambitious, striving but having high defenses against anxiety and wanted to have control of all the events, even the events that can not be controlled.
This shows that he is an individual of holder-on type as he finds age as a threat and trying to avoid or fight with it.
Thus, the correct answer is - holder-on type.
2. Disposable gloves are a precaution used to protect first
aid providers from
bodily fluids.
A) persistent
B) contaminated
C) messy
Answers
What is WNL in medical stands for?
Answers
for example a "within normal limits" result means that the screening was normal for that particular disorder and no additional follow-up is needed
WNL is a medical abbreviation that stands for "within normal limits." It is commonly used by healthcare professionals to indicate that a patient's test results or vital signs fall within the normal range.
When a patient undergoes medical tests, such as blood tests, urine tests, or imaging tests, the results are compared to a range of values that are considered normal for a healthy individual. If the results fall within this range, they are said to be WNL. This means that the patient's health is considered to be within normal limits and there are no signs of any underlying health conditions or abnormalities.
The WNL designation is used for a variety of medical tests, including blood pressure, heart rate, temperature, cholesterol levels, blood glucose levels, and many others. For example, if a patient's blood pressure is measured at 120/80 mmHg, which is considered to be the normal range for an adult, it would be recorded as WNL.
It is important to note that while WNL results indicate that a patient's health is within the normal range, they do not necessarily indicate that the patient is completely healthy. A patient may still have symptoms or other health concerns that require further evaluation or treatment.
In conclusion, WNL is a medical abbreviation that indicates that a patient's test results or vital signs fall within the normal range. It is an important part of medical assessment, diagnosis, and treatment, and helps healthcare professionals ensure that their patients are receiving the best possible care.
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According to the National EMS Scope of Practice Model, an EMT should be able to: A. insert a peripheral intravenous (IV) line and infuse fluids. B. interpret a basic electrocardiogram (ECG) rhythm and treat accordingly. C. assist a patient with certain prescribed medications. D. administer epinephrine via the subcutaneous route.
Answers
An EMT should be able to assist a patient with certain prescribed medications.
What are the roles and duties of EMT?EMTs have the basic knowledge and skills necessary to stabilize and safely transport patients ranging from non-emergency and routine medical transports to life threatening emergencies.
One of the most critical EMT responsibilities is assessing the medical needs of the sick or injured. This must be done quickly and efficiently, especially in serious life or death situations when a minute lost can mean the difference between saving someone or not.
Providing emergency medical care to patients: EMTs can provide emergency medical care, which includes bandaging wounds or lacerations, controlling hemorrhage, opening and maintaining an airway and ventilating patients.
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Robert and Felipe conducted an experiment to determine if the density of a substance affected the amount of time it takes for an object to heat up. Their data showed that density did not have an effect on the rate of heating. Sandra didn't agree with their data. She said that she would like to complete the experiment using exactly the same set up as the first experiment. What is Sandra suggesting
Answers
Answer:
The correct answer would be - she should replicate the experiment.
Explanation:
Replication of an experiment is the procedure in which a different investigator repeats the same experiment in the same set up to check if the experiment provides the same result or not.
The repetition of an experiment is performing the same experiment multiple times that is performed by you to be ensured about results. Sandra should replicate the experiment by using the exact same setup to find the data and complete the experiment.
Fill in the blank: after a prolonged period of stress, norepinephrine sends ____ an inhibitory message that stops their activity, slowing down immune functioning.
Answers
Norepinephrine inhibits T cells' activity after an extended period of stress by sending them a message, which slows immunological activity.
The sympathetic nervous system, which controls the "fight or flight" reaction to stress, releases the neurotransmitter norepinephrine. The body's norepinephrine levels may remain elevated during a protracted stressful time, which may harm the immune system.
Norepinephrine affects the immune system in a number of ways, one of which is its capacity to communicate inhibitory signals to T cells, a class of white blood cells that are crucial to immunological defense. Norepinephrine activates a signaling pathway that reduces the activation of T lymphocytes when it interacts to certain receptors on those cells.
Overall, a key mechanism through which ongoing stress might harm the immune system is the inhibitory action of norepinephrine on T cells.
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Which body structure is distal to the wrist?
Answers
i got the orbulon voice changer and it kinda blows but the kitten liked it and got upset about the balloons and stars flying away and dug at the 3ds and bit on the volume slider
Answers
Answer:
nice
Explanation:
Answer:
Explanation:
Well, just pull the cat away. A+
ASAP plzzzzzzzz
A midline incision below the
isthmus of the thyroid gland
is performed. Which of the
following vessels are most
likely to be present at the site
?of incision
Cricothyroid artery and inferior
thyroid vein.
O
Middle thyroid vein and inferior
thyroid artery.
Inferior thyroid vein and thyroidea
ima artery
O O O O
Inferior thyroid artery and inferior
thyroid vein.
Left brachiocephalic vein and
inferior thyroid artery.
Answers
Answer: inferior thyroid vein and thyroid Ima artery
Explanation:
Which is another name for a leukocyte?
black blood cell
white blood cell
blue blood cell
red blood cell
Answers
WHITE BLOOD CELLS
they are the cells of the immune system that are involved in protecting the body against both infectious disease and foreign invaders.
White blood cell is another name for a leukocyte.
Additional information:-Blood:- Blood is a red coloured liquid which flows in blood vessels and circulates in our body.
Blood consists of four components:
★ Plasma : Plasma carries water and dissolved substances such as digested food and waste products from one part to another part in the body.
★ Red Blood Cells ( RBC ) : Red blood cells carry oxygen from lungs to all the cells of the body.
★ White Blood Cells ( WBC ) : White blood cells fight infection and protect us from diseases.
★ Platelets : Platelets help in the clotting of blood in a cut or wound.
How did john watson have different view from sigmund freud
Answers
Explanation:
John Watson was fascinated by the discoveries of psychoanalysis, but he rejected Freud's central concept of the unconscious as incompatible with behaviorism.
Freud incorporated the concept of the unconscious to explain transference. Watson understood and was intrigued by Freud's definition of sexual transference, but he was searching for an explanation of transference that did not involve the unconscious (Watson & Morgan, 1917)
Answer:
John Watson was fascinated by the discoveries of psychoanalysis, but he rejected Freud's central concept of the unconscious as incompatible with behaviorism. After failing to explain psychoanalysis in terms of William James's concept of habit, Watson borrowed concepts from classical conditioning to explain Freud's discoveries. Watson's famous experiment with Little Albert is interpreted not only in the context of Pavlovian conditioning but also as a psychoanalytically inspired attempt to capture simplified analogues of adult phobic behavior, including the "transference" of emotion in an infant. Watson used his behavioristic concept of conditioned emotional responses to compete with Freud's concepts of displacement and the unconscious transference of emotion. Behind a mask of anti-Freudian bias, Watson surprisingly emerges as a psychologist who popularized Freud and pioneered the scientific appraisal of his ideas in the laboratory.
Explanation:
set as brainliest
Order: Pfizerpen (penicillin potassium) 200,000 units IM q6h
a) Which concentration is best to administer the dose?
Answers
Answer:
Explanation:
I'm only like 60% sure so you might want to double check this.
Think:
Need 400 mg
Have 100 mg per mL ( Need four times that amount )
Calculate:
Dosage on hand Dosage desired
=
Amount on hand X Amount desired
Cross multiply 100 mg 400 mg
1 mL X =mL
100 X = 400
100 X = 400
Simplify ----------------------
100 100
X 4 mL
Withdraw 4 mL of reconstituted Zithromax using 5 mL syringe
Further dilute and give IV
Since single-dose vial, discard any remaining drug
Hopefully this helps!
medical prescription: aminophylline 50 mg orally 8/8 hours. available: 5% aminophylline solution - 50ml bottles. how many ml should be given?
Answers
Answer:
To calculate how many mL of the 5% aminophylline solution should be given, we need to use the formula:
(amount of medication needed / concentration of medication available) x volume of medication available = volume of medication to be administered
Using this formula, we can calculate the volume of the aminophylline solution to be given as follows:
(amount of medication needed) = 50 mg (concentration of medication available) = 5% (volume of medication available) = 50 mL
First, we need to convert 50 mg to grams by dividing by 1000:
50 mg / 1000 = 0.05 g
Next, we need to calculate the amount of aminophylline solution required. We can do this by rearranging the formula as follows:
(volume of medication to be administered) = (amount of medication needed / concentration of medication available) x volume of medication available
(volume of medication to be administered) = (0.05 g / 0.05 g/mL) x 1 mL
(volume of medication to be administered) = 1 mL
Therefore, to administer 50 mg of aminophylline orally every 8 hours, 1 mL of the 5% aminophylline solution should be given.
Explanation: