In this case, David must be guided by both: law and ethics because both apply in this case.
How does the law apply in this case?The law applies in this case because David's partner is clearly committing theft or illegally extracting materials from the lab. This can be considered a serious offense under the law because he is taking things that do not belong to him. Additionally, within the laboratory they surely have a regulation in which this type of behavior is prohibited.
How does ethics apply in this case?In this case, David's partner is also committing an ethical violation because it is an action that goes against the ethics of health care professionals because he is manipulating medical materials from the laboratory outside the laboratory for a personal purpose.
What should David do?David should report this situation to the person in charge of the laboratory so that he can take the respective corrective measures against the colleague who is violating the law. Additionally, if there is an ethics council for the profession of medical assistants, he could also take the option of denouncing it there.
Learn more about medical ethics in: https://brainly.com/question/10604573
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The RHIT certification, which is short for
what nervous system is damaged when a patient has an accident and becomes paralyzed
which phrase best describes a substance in the bowl
(a Bowl of salad
A.A single atom
B.Two elaments
C. A mixture
D. One copound
This subject is science
Answer:
a mixture
Explanation:
Normal age-related changes for the musculoskeletal system include ________.
Answer:
osteoporosis
Explanation:
Muscle and bone conditions in older age
osteoarthritis – the cartilage within the joint breaks down, causing pain and stiffness. osteomalacia – the bones become soft, due to problems with the metabolism of vitamin D. osteoporosis – the bones lose mass and become brittle. Fractures are more likely.
Which of these is one goal of the patient Bill of rights
Answer:
to stop king george
Explanation:
beecause they did this for liberty
Word Roots.....
A) are words with a vowel at the end so that a suffix beginning with a consonant can be added
B) contain the basic meaning of the term
C) come at the end of a word
D) come at the beginning of the word
E) indicate the procedure, condition, disorder, or disease
Answer:contains the basic meaning of the terms; this usually, but not always, ... word root with a vowel at the end so that a suffix beginning with a consonant can be ... always comes at the end of a word; usually, but not always, indicates the procedure, ... a condition of long duration; although such diseases can be controlled, they are ...
Explanation:
FOR EDGE 2022
Answer:
1- prefixes
2- suffixes
3- root word
4- combining forms
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Biological therapy _____. uses chemical agents to kill cells directly involves radiation treatments attempts to activate the immune system so that it will attack the cancer cells is used to help reduce the side effects of other cancer treatments
If need be, I will raise my points if you answer within the next 2 hours.
Answer:
attempts to activate the immune system so that it will attack the cancer cells
Explanation:
In the Standard American Diet, what percentage of calories typically come from carbohydrates?
O 20-30%
O 25-40%
O50-50%
O 55-65%
Answer: 55% - 65%
In the Standard American Diet, 55% - 65% of calories typically come from carbohydrates
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can someone get sick from sitting down on cold surfaces?
Answer:
on cold surfaces no, but if that cold surface happens to be in the cold weather then yes. And if that cold surface has germs then maybe.
Hope this helps :)
The higher the percentage of the active ingredient in a drug?
Answer:
75%
Explanation:
Because it's not all drugs that help.
Health Science/Customer Service True False Questions
Answer:
i think 1. true and 2.false
Answer:
1 true
2 false
Write the medical name for the disease and separate it into suffix, root, and prefix.
amyotrophic lateral sclerosis is the medical name
Answer:
“Neurodegeneration” is a commonly used word whose meaning is believed to be universally understood. Yet finding a precise definition for neurodegeneration is much more arduous than one might imagine. Often, neurodegeneration is only casually mentioned and scarcely discussed in major medical textbooks and is even incompletely defined in the most comprehensive dictionaries. Etymologically, the word is composed of the prefix “neuro-,” which designates nerve cells (i.e., neurons), and “degeneration,” which refers to, in the case of tissues or organs, a process of losing structure or function. Thus, in the strict sense of the word, neurodegeneration corresponds to any pathological condition primarily affecting neurons. In practice, neurodegenerative diseases represent a large group of neurological disorders with heterogeneous clinical and pathological expressions affecting specific subsets of neurons in specific functional anatomic systems; they arise for unknown reasons and progress in a relentless manner. Conversely, neoplasm, edema, hemorrhage, and trauma of the nervous system, which are not primary neuronal diseases, are not considered to be neurodegenerative disorders. Diseases of the nervous system that implicate not neurons per se but rather their attributes, such as the myelin sheath as seen in multiple sclerosis, are not neurodegenerative disorders either, nor are pathologies in which neuron Perspective series.
As we have mentioned, HD has received at great deal of attention in the field of neuroscience, as it is a prototypic model of a genetic neurodegenerative disease. While it is well established that a triplet-repeat CAG expansion mutation in the huntingtin gene on chromosome 4 is responsible for HD, Anne B. Young (39) will bring us on the chaotic trail of research that aims to define the normal functioning of this newly identified protein, as well as to elucidate the intimate mechanism by which the mutant huntingtin kills neurons. Although much remains to be done, this article provides us with an update on the most salient advances made in the past decade in the field of HD, suggests pathological scenarios as to how mutant huntingtin may lead to HD, and, most importantly, discusses the many steps in the process of functional decline and cell death that might be targeted by new neuroprotective therapies (39).
While HD is by nature a genetic condition, PD is only in rare instances an inherited disease. Despite this scarcity, many experts in the field of neurodegeneration share the belief that these rare genetic forms of PD represent unique tools to unravel the molecular mechanisms of neurodegeneration in the sporadic form of PD, which accounts for more than 90% of all cases. Accordingly, Ted Dawson and Valina Dawson review, in their Perspective, the different genetic forms of PD identified to date (40). They then summarize the current knowledge on the normal biology of two proteins, a-synuclein and parkin, whose mutations have been linked to familial PD (40). The authors also discuss how these different proteins may interact with each other and how, in response to the known PD-causing mutations, they may trigger the neurodegenerative processes (40).
The recognition that many neurodegenerative diseases are associated with some sort of intra- or extracellular proteinaceous aggregates has sparked major interest in the idea that these amorphous deposits may play a pathogenic role in the demise of specific subsets of neurons in various brain diseases. Along this line, what could be a better example of “proteinopathic” neurodegenerative disease than AD, which features NFTs and senile plaques? In this context, Todd Golde (41) reviews the presumed role of amyloid β protein (Aβ) in the initiation of AD and outlines the molecular scenario by which Aβ may activate the deleterious cascade of events ultimately responsible for dementia and cell death in AD. In light of this information the author discusses the different therapeutic approaches that may be envisioned for AD (41). He also summarizes the state of our knowledge about risk factors and biomarkers for AD that can be used to detect individuals at risk for developing the disease, and to follow its progression once it has developed (41).
Explanation:
What is the difference between a "sprain" and a "strain?"
A) A "sprain" is an injury to a ligament while a "strain" is an injury to a muscle or tendon.
B) A "strain" is an injury to a ligament while a "sprain" is an injury to a muscle or tendon.
C)Neither options are correct.
Answer:
A
Explanation:
A sprain is an torn ligament while a sprain is a stretched or torn muscle or tendon
Answer:
A
Explanation:
The difference between a sprain and a strain is that a sprain injures the bands of tissue that connect two bones together, while a strain involves an injury to a muscle or to the band of tissue that attaches a muscle to a bone.
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Write a descriptive paragraph (5-7 sentences) that demonstrates your understanding of the terms cause of death, mechanism of death, and manner of death.
⇒Underline or highlight each term.
⇒Provide an example that is different from the one shown on the cards
⇒Include a determination of which aspect—cause, mechanism, or manner—most often requires data and information collected outside of the autopsy. Please be specific here.
Answer:
Cause of death: The reason you die
Too much smoking caused liver cancer and when going under treatment couldn't last for long
Mechanism of death: Anxious to die
Knowing there's no hope left the only way out is death
Manner of death: Slow yet painful
spreads and blocks the respiratory orangs and hence causing the person to choke to death.
This muscle group is located over the anterior thigh, just over the femur bone.
A) Biceps brachii
B) Hamstring group
C) Quadriceps group
D) Trapezius
Answer:
C
Explanation:
The quadriceps femoris is a group of muscles located in the front of the thigh. The Latin translation of 'quadriceps' is 'four headed,' as the group contains four separate muscles: the vastus lateralis, vastus medialis, vastus intermedius, and the rectus femoris.
one example of how technology is used in medicine
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Suggest two specific reasons why determining the cause of death can sometimes be difficult.
Answer:
There are multiple reasons but two are..
Explanation:
1. The body has not been recovered
2. The body suffered transformation after death (ex. by fire or certain chemicals.. etc)
Which of the following professionals most likely needs knowledge of anatomy and physiology?
someone who sends medical bills to clients
someone who assists with cleaning patients’ teeth
someone who schedules patient appointments in a hospital
someone who conducts environmental research
Answer:
Someone who assists with cleaning patients teeth
Explanation:
What health careers are these?
Answer:
1.funeral service worker
2.Orthodontist
3.therapist
4.physician anesthesiologist
5.nursing
6.paramedic
7.caregiver
8.respiratory therapist
9.radiologist
10.ophthalmologist
hope this helps but sorry if its to late tho
Explanation:
long- term care facilities definition
Answer:
A nursing home is a facility for the residential care of elderly or disabled people. Nursing homes may also be referred to as skilled nursing facility, long-term care facilities, old people's homes, care homes, rest homes, convalescent homes or convalescent care.
Feedback occurs in the communication process when?
Answer:
the sender repeats the message and clarifies it. Good listening skills require constant practice. Nonverbal behavior may contradict what a speaker is saying. Prejudice, attitudes, and personality often cause psychological barriers to communication.
5. Do you agree with Dishman’s recommendations? Why or why not?