Pain is a sensation that humans feel in a variety of different ways. Humans react to this sensation depending on the type of pain that is felt. Physical pain may result in various forms of impaired daily living, given the severity of the injury the person has suffered, or the amount of pain being experienced. Emotional pain may become just as inhibiting as physical pain and may also impact daily functioning. Since many have experienced the same type of pain, whether it is physical or emotional, we are able to empathize with others while they experience pain or are going through hard times. Our ability to do this can be based on the theory of mind, which allows us to understand that others are their own unique beings like ourselves …show more content…
Though they do have a lower number of C fibers, it is argued that having this physical ability to feel a noxious stimulus means that they then are able to feel pain. For this argument, it is also looked at how fish react when they are presented with a painful stimulus. It is thought by some that if a fish moves away from or reacts to the painful stimulus, that this then proves they feel pain. It is also not as simple as asking if they are in pain because communication with animals does not happen the same way it does with humans. The question cannot simply be posed to them, “Are you in pain?” Because of this, scientists must treat animal subjects, in this case fish, as they would if they were testing human babies since neither has the communication capabilities of an adult human (Key, 2014). A study by Sneddon and colleges looks at the response fish have to noxious stimuli, specifically rainbow trout (Sneddon, Braithwaite, & Gentle, 2003). This study examined how fish react to a noxious stimuli and how that effects their reaction to a new or fearful object (Sneddon et al, 2003). This study looked at three different aspects of fish in relation to noxious stimuli, the response to an object that was not familiar, response to a familiar object, and the response to an unfamiliar object once pain has been removed (Sneddon et al, 2003). To induce pain, fish were injected with acid and then compared to
1. It is important that we take into consideration, areas other than physical pain and have an holistic approach. Pain is whatever the person who is suffering it feels it to be. Physical pain can be experienced as a result of disease or injury, or some other form of bodily distress. For example childbirth. Although not associated with injury or disease, but can be an extremely painful experience. Pain can also be social, emotional and spiritual as well as just physical.
The perception of pain and the emotions that control intensity differ in individuals. Since feeling pain is somewhat adaptive, when one experiences it, he or she becomes aware of an injury and tries to remove oneself from the source that caused the injury. For this reason, pain is considered neuropathic or inflammatory in nature. Thus, when pain is the outcome from the damage caused to the neurons of the peripheral and central nervous system, then that pain is neuropathic. However, if the pain signals any kind of tissue damage, then the pain is inflammatory in nature. Due to various types of pain, the interpretation of pain by neurons and the source of that pain
Gertler clarifies that pain refers to the sensation and not the common cause, which is C-fibers firing in a specific area with tissue damage. (109) She asserts that pain is not essentially connected to tissue damage of a particular location, indicating to me inadequate understanding of the concept. If one pinches one's arm, though the sensation of pain may not be necessarily located in the arm, I contend that the pain felt is relevantly connected to the location pinched. Gertler provides the alleviating effect of painkillers as an example of a non-essential feature of pain. (117) Location is unlike this property, however, and is essential in conceptualizing pain. For instance, even an amputee, who had a leg removed and experiences a phantom leg-pain, is unable to describe the sensation they feel without making reference to a specific body part. Whether or not the pain is actually “located” anywhere is irrelevant, it matters only that the pain is conceptualized as having a location. Our understanding of pain relies fundamentally on where the pain is thought to be “located.” The fact that it is impossible to conceive of pain without reference to the “location” of the sensation proves that location is an essential feature of
Re "Hooked on a Myth," Oct. 8, 2006: Victoria Braithwaite claims that fish feel pain., contrary to belief by many. I completely agree. Although fish may be seen as dim-witted , that does not mean that they can't feel pain. I've watched my grandpa fish enough times to know that fish have blank expressions. But just because someone or something hides their feelings, does not mean that they don't feel anything.
Do animals other than humans feel pain? How do we know? Well, how do we know if anyone, human or nonhuman, feels pain?
Conceptual analysis is integral in understanding nursing theory. According to Walker and Avant (1995), concept analysis allows nursing scholars to examine the attributes or characteristics of a concept. It can be used to evaluate a nursing theory and allows for examination of concepts for relevance and fit within the theory. The phenomena of pain will be discussed in this paper and how it relates to the comfort theory.
Each individual have experience pain differently. This is usually due to the factors of ethnicity, genetics and sex. This is known as pain perception. Different pain experiences are usually based on the location and severity of pain of an injury. However, evidence has shown that pain perception is not entirely dependent on physical injury; when pain perception is less/greater than expected from the extent of a physical injury, cases where the site of injury and site of pain differs.
Also areas of the brain, such as the forebrain and midbrain which are important in mammalian pain processing, are active during the application of painful stimuli. Suspension of normal behaviour and adverse changes are also exhibited by fish subject to painful stimulus in which is dramatically reduced by the use of painkillers or analgesia. These results suggest that painful, noxious stimulation is important to fish. In 2009, Applied Animal Behaviour Science reported on a study of unanesthetized goldfish conducted by Purdue University's Department of Animal Sciences, describes that "The goldfish that did not get morphine experienced this painful, stressful event. Then two hours later, they turned that pain into fear like we do.”
Society is built upon a foundation of norms, but not all individuals adhere to said norms, some are outliers. If the actions of an individual causes pain onto another, society defines that the normal reaction for that individual would be to exhibit a state of empathy, but this is not always the case, as there are those who do not feel or exhibit the normal psychological reactions to differing scenarios (sociopaths). As individuals’ progress and experience obstacles in their lives, they become familiar with the different aspects of their mind, such as their persona, shadow, and self, ultimately achieving individuation. In
“People always ask the fishes, ‘what does the water feel like to you?’ and the fishes are always happy to oblige”(23).The fish have more wisdom compared to the humans. They are more attendant and aware of their surroundings. They know how ignorant the humans can be and always try to help them out. They explain to the humans how water can feel “like the fur of a chinchilla”(23). Or "like the tongue of a cat”(23). It can feel many different ways depending on the temperature or time of the day. When it's cold out, "the water is like cracked glass. Or honey "(23). When honey gets cold it turns solid, like an ice cube and cracks. Cold honey is similar to cracked glass in the way that they look and that they are sharp. To the fish, that's
Pain is something that connects all of us. From birth to death we can identify with each other the idea and arguably the perception of it. We all know we experience it, but what is more important is how we all perceive it. It is known that there are people out there with a ‘high’ pain tolerance and there are also ones out there with a ‘low’ pain tolerance, but what is different between them? We also know that pain is an objective response to certain stimuli, there are neurons that sense and feel pain and there are nerve impulses that send these “painful” messages to the brain. What we don’t know is where the pain
The most common reason that people seek medical care is pain, and pain is the leading cause of disability (Peterson & Bredow, 2013, p. 51; National Institute of Health, 2010). Pain is such an important topic in healthcare that the United States congress “identified 2000 to 2010 as the Decade of Pain Control and Research” (Brunner L. S., et al., 2010, p. 231). Unfortunatelly, patients are reporting a small increase in satisfaction with the pain management while in the hospital (Bernhofer, 2011). Pain assessment and treatment can be complex since nurses do not have a tool to quantify it. Pain is considered the fifth vital sign, however, we do not have numbers to guide our interventions. Pain is a subjective expirience that cannot be shared easily. Since nurses spend more time with patients in pain than any other healthcare provider, nurses must have a clear understanding of the concept of pain (Brunner, et al., 2010). Concept analysis’ main objective is to clarify ideas, to enhance critical thinking, and to promote communication (Rodgers & Knafl, 2000). This paper will examine the concept of pain using Wilson’s Steps of Concept Analysis (Rodgers & Knafl, 2000).
It was thought that there was a simple casual connection between pain and its rein-forcers. The respondent acute pain was seen as a reflexive response to antecedent stimulus and the respondent pain may eventually evolve into operant and persisting pain if the environment offers pain contingent reinforcements.
for how many animals feel pain correlates to the harm that is being done to them, the
When fish are yanked from the water, they begin to suffocate. Their gills often collapse, and their swim bladders can rupture because of the sudden change in pressure. Numerous scientific reports from around the world confirm that fish feel pain. Researchers from the University of Edinburgh and University of Glasgow studied the pain receptors in fish and found that they were strikingly similar to those of mammals; the researchers concluded that “fish do have the capacity for